From 1718961a770c7a2315ec8cbc91e6991c34e9fba6 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 10:34:36 +0200 Subject: [PATCH 01/62] Prepare Mission 7 cut with Vestera and parallel execution structure Amp-Thread-ID: https://ampcode.com/threads/T-01a07ad3-002f-775d-8d0c-f5fd7188da77 Co-authored-by: Amp --- libs/@hashintel/brunch-agent/MISSION.next.md | 2 +- .../7-explainable-construction.md | 41 ++++++++++++++++++- .../mission-drafts/9-traceable-projection.md | 6 +++ 3 files changed, 47 insertions(+), 2 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index c65e005691c..28fcd7ef389 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -35,7 +35,7 @@ Every numbered product mission after the proof-of-life exception must pass the * ### M7 — Construct and explain one real net region from a genuine conversation -Tracker projection: [FE-1573](https://linear.app/hash/issue/FE-1573/explain-one-prepared-petrinaut-net-from-exact-conversation-evidence), advancing stakeholder outcome [FE-1478](https://linear.app/hash/issue/FE-1478/provide-provenance-from-a-generated-net-back-to-the-requirements-graph); the issue must be re-titled with owner approval before the cut because it still describes the superseded prepared-pair mission. +Tracker projection: [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), advancing stakeholder outcome [FE-1478](https://linear.app/hash/issue/FE-1478/provide-provenance-from-a-generated-net-back-to-the-requirements-graph). Its consolidated title and description were verified on 2026-09-07 and its state moved to in progress with owner approval. The owner selected Vestera and authorized the cut; [cut preparation and execution structure](docs/mission-drafts/7-explainable-construction.md#cut-preparation--2026-09-07) retain the decisions and remaining questions. The full authority conversion has not yet occurred. After M6 proves viability, run a genuine conversation on one proving scenario through the production agent, let Brunch revise the workpiece as first-class tool calls, build one real net region with a declared basis on every mutation, and answer why for every consequential element from recorded lineage, or refuse. **Product-manager litmus:** talk to Brunch about a process, watch it build that part of the net, then ask why any element exists and see the passage Brunch declared as its basis, the conversation behind it, and which recorded step did what. Demo: open the demo conversation and its net, watch the workpiece pane and its revision diff, type any element's name, read the answer; pick the hand-edited element and the basis-less element and watch Brunch refuse honestly. Previously impossible: Brunch had never built a region inside a real conversation, and nothing connected an element to what was said. Complete at the readiness gate, including the why operation's safety and utility gates; the adversarial tracer and the first constructed region are internal milestones. Authority is cut in two steps under one issue from the final Mission 6 close commit: a narrow first authority for the adversarial tracer and four probes with decision tables and an outcome classification, then an owner-gated, separately committed amendment into the construction-and-explanation body; until that amendment the Step B packet survives in the retitled draft, never in the live Proof. A readiness review on 2026-09-04 tightened oracles, identity semantics, and the pre-cut owner checklist without narrowing scope (decision log section H). Scope history and the full cut-level contract live in the [draft](docs/mission-drafts/7-explainable-construction.md). diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md index 4b788d0cdff..a3747160cf2 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md @@ -4,9 +4,48 @@ This draft is written at cut-level detail so that conversion into a live `MISSION.md` is a re-evaluation rather than a rewrite; the [cut conversion map](#cut-conversion-map) at the end names which section becomes which live address and how the two-step authority is represented. It was recut on 2026-09-04 from the former "capture-backed review of an honest prebuilt pair" after two independent reviews of the provenance design, then tightened the same day after a readiness review of the recut; the reasoning is in the [decision log](../evidence/design/provenance-and-tooling-decision-log-2026-09-04.md) (sections C, F, G, H), the [mini spec](../evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), the [independent review](../evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), and the [follow-up review](../evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md). Where this draft cites an entry such as G7, that entry is the surviving rationale. The owner's standing qualification on the readiness review is recorded as H0: it may make this mission more rigorous, never narrower. +## Cut preparation — 2026-09-07 + +The owner authorized cutting Mission 7, creating its branch, and updating FE-1573. Branch `ln/fe-1573-construct-and-explain` was created from Mission 6's owner-close commit [`9b94604cb0`](https://github.com/hashintel/hash/commit/9b94604cb0bc34765ec7e7e8616ac907a061b1fb), not from `main` or `origin/main`. FE-1573 is in progress. This draft remains non-authoritative while the remaining cut-time owner decisions are resolved; the closed Mission 6 record is still in root `MISSION.md` pending archival and conversion. + +**Selected:** Vestera is the proving scenario for this pass. Its existing case inputs remain private to the interviewee and its answer keys remain evaluation-only. The recommended region is multi-line changeover and production eligibility: shared crew contention, asymmetric family changes, and product/line restrictions with unknowns preserved. The exact region, admitted operations, behavioural check, consequential inventory rule, utility threshold and reviewers, paid model/call/spend envelope, and disposition of Chris/Yannis discovery are finalized in the cut, not inferred from this selection. More complex cases remain required future proof, not optional improvements or claims established by Vestera; their planning owner and re-entry live in [Mission 9's scenario breadth obligation](9-traceable-projection.md#scenario-breadth-obligation). + +### Execution structure accepted for incorporation + +This supplements, rather than replaces, the six-address mission contract, proof leaves, readiness gate, and two-step authority. Chunks are delegated work inside one mission, issue, branch, and PR, not new missions. The dependency graph is an execution hypothesis; change ordering when observed evidence warrants it without silently changing scope or policy. + +```text +Step A authority cut + ├─ A1 provider carrier and one scenario-required nested mutation + ├─ A2 settled workpiece revisions over the mounted production agent + ├─ A3 independently observed browser mutations and transition records + └─ A4 history survival and reopen pins, starting with existing tools + A1 + A2 + A3 + A4 + → A5 joined construction and model-facing why, with a minimal real pane + → A6 genuine adversarial tracer; all four probes; cadence, basis, safety and utility measurement + → owner gate: allowed amendment, named rework, or terminal stop + → separately committed Step B authority amendment + ├─ B1 meaning and lineage contract closure + ├─ B2 mutation and reconciliation contract closure + └─ B3 product and lifecycle contract closure + → integrated genuine proving run, behavioural check, safety, blinded utility, product demo +``` + +- **A1** owns plugin schema/tool machinery. Handoff: canonical schemas survive the real provider boundary for the tested operation, or a precise carrier blocker. A successful nested call does not admit every other operation without its own evidence. +- **A2** owns core revision machinery and focused app integration. First pin tool-call identity, persistent-state writes from tool execution, and batch behaviour; then prove real settlement, current Markdown recovery, and revision identity. Handoff: the settled-revision contract, not an assumed future history API. +- **A3** owns actual browser execution observation and plugin effect semantics. First prove independent pre/post observation and diff accounting on one canonical mutation. A headless callback returning `applied: true` is insufficient; where both hosts need the same effect semantics, share those semantics without adding Brunch logic to Petrinaut. A generic host extension is considered only if the real execution boundary requires it. +- **A4** owns binding/history investigations and evidence. Begin compaction and reopen pins on existing genuine records in parallel with A1–A3; repeat against their actual revision and mutation records before the final verdict. Early substrate evidence does not substitute for the mission's four probe outcomes. The archive-lane fail branch must remain available until decided. +- **A5** is integration-owned: settled citation and refusal, declared basis, authorized evidence acquisition, live-state reconciliation, structured why results interpreted through the actual assistant interaction, and the minimal real pane. Pane and persona-host adaptation may be delegated after their consumed contracts exist. A new browser-driven persona executor is a candidate, not mandatory architecture; a human browser conversation remains an admitted route. +- **A6** applies the existing adversarial tracer and probe decision tables. Before claiming no false attribution, it needs citation refusal, evidence-source validation, independently verifiable effects, conflicting-result refusal, live-state reconciliation, honest absent basis, and an enumerated tracer inventory. These safety premises cannot be postponed to Step B. Passage-policy selection and cadence/basis measurements use the genuine workpiece rather than unrelated mock content. +- **B1** completes passage/evidence continuity, origin versus current-state query semantics, identity epochs, and basis-quality coverage for the accepted region. **B2** completes admitted-operation coverage, duplicate and unknown outcomes, external changes/imports, and binding enforcement. **B3** completes the revision list/diff, migration and rollback behaviour, reopen, stock coexistence, docs, and subtraction after the archive-lane decision. Each extends Step A's demonstrated safety; aggregate unit-test totals do not replace the integrated run or human gates. + +One integration owner controls `packages/plugin-sdcpn/src/flue.ts`, `apps/brunch-agent/src/agents/chat-agent/agent.ts`, website client-tool/transport registration, the basis-envelope join, and `MISSION.md`. Worker briefs name non-overlapping write boundaries, protected semantic content, permitted deltas, handoff contracts, exact oracles, and stop conditions. Shared composition changes are integrated by that owner; delegates cannot select policy, rewrite the oracle to fit output, or amend authority. Independent contract tests and evaluation preparation may overlap production work, but answer keys never enter agent inputs. + +Mission 6's newly carried typed/Voice/stopped-entry reopen scenario belongs to B3 because Mission 7 exercises exact conversation resume. Include the reproducible human scenario from the spine before Step B closure; its waiver in Mission 6 is not a passing result. Do not reopen Mission 6 or make its skipped check a Step A lineage premise. + ## Cold-start reads -Tracker: [FE-1573](https://linear.app/hash/issue/FE-1573/explain-one-prepared-petrinaut-net-from-exact-conversation-evidence) is the tracker projection for this future branch mission and advances the stakeholder outcome [FE-1478](https://linear.app/hash/issue/FE-1478/provide-provenance-from-a-generated-net-back-to-the-requirements-graph) without rewriting that record. Its current title and description describe the superseded prepared-pair cut and must be re-titled with owner approval before this draft is cut; FE-1478's "requirements graph" and "captured assertions" wording remains the stakeholder's, satisfied here by declared basis over settled workpiece revisions rather than by a graph. +Tracker: [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation) is the tracker projection for this future branch mission and advances the stakeholder outcome [FE-1478](https://linear.app/hash/issue/FE-1478/provide-provenance-from-a-generated-net-back-to-the-requirements-graph) without rewriting that record. Its title and description were read from Linear on 2026-09-07 and already describe the consolidated genuine-conversation cut; no re-title is needed. Its final description must reflect the completed cut. FE-1478's "requirements graph" and "captured assertions" wording remains the stakeholder's, satisfied here by declared basis over settled workpiece revisions rather than by a graph. A fresh builder must resolve these authorities and this terrain before implementing anything: diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md index 90a2ef9e7f2..ceb19ee2993 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md @@ -56,6 +56,12 @@ The bounded stratum includes: Stratum closure is over the named extended region, accepted peer set, and mutation classes actually used, not all Petrinaut tools or the full optimisation handoff. Mission 10 owns reviewer authority; Mission 11 owns broadening to its accepted handoff scenario. +### Scenario breadth obligation + +On 2026-09-07 the owner selected Vestera for Mission 7 and required later missions to prove the more complex cases. Vestera construction-and-explanation evidence must not be generalized to continuous dynamics or the other cases' richer operational constraints. Mission 9 owns the next scenario-breadth allocation at its cut: name the more complex cases and additional contract classes it will prove, and assign any remaining cases to a named later mission with a re-entry gate and oracle rather than leaving them as optional backlog. Industrial Gas, Data Centre Thermal Operations, and Pharma Cold Chain are existing candidates for continuous/hybrid behaviour; Truck Fleet Maintenance and Semiconductor Fab Operations carry other richer constraints. Selection and order remain owner decisions informed by the Mission 7 result and consumer discovery. + +**Re-entry gate:** Mission 9's region and scenario portfolio are selected over the accepted Mission 7 seam, before expanded tool admission or a claim of broader support. **Oracle:** for each admitted case, a genuine production-agent conversation constructs a meaningful region using its newly required canonical classes; a case-derived executable behavioural check and reopened why safety/utility checks establish the added claim. Classes outside the selected portfolio remain explicitly unproven. This obligation does not authorize these cases under Mission 7 or replace Mission 9's repeat/change/readiness requirements. + ## Boundary crossings and current throughline hypothesis ```text From c7cd25c59c93d5da3c10e64ce64b369e9cb4d8be Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 19:30:59 +0200 Subject: [PATCH 02/62] Cut Mission 7 Step A authority for Vestera construction and explanation Co-authored-by: Cursor --- libs/@hashintel/brunch-agent/MISSION.md | 343 ++++++----- libs/@hashintel/brunch-agent/MISSION.next.md | 68 ++- .../docs/mission-archive/README.md | 1 + .../7-explainable-construction.md | 547 ++++++------------ 4 files changed, 438 insertions(+), 521 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index ff515a804a6..408fcee0858 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -1,158 +1,243 @@ -# Brunch remote browser-origin policy +# Mission 7 — Construct and explain one real Vestera net region ## Status -**Live as of 2026-09-08** for -[FE-1626](https://linear.app/hash/issue/FE-1626/add-cors-handling-to-brunch-agents-agents-routes-for-the-petrinaut) -on `kafe/fe-1626-cors-agents-routes`, cut directly from `main` after -[FE-1574](https://github.com/hashintel/hash/pull/9528) established -`/agents/chat/:instanceId` as the Petrinaut browser's Brunch transport and -[FE-1625](https://github.com/hashintel/hash/pull/9573) made the image deployable. -This file is the branch's sole execution authority. - -The owner selected deployment-configured exact origins over wildcard preview-host patterns or a -new same-origin proxy. CORS governs whether a conforming browser exposes a cross-origin response -to client code; it does not authenticate or restrict non-browser callers, authorize a -conversation, or make public exposure safe by itself. +**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), based on Mission 6's owner-close commit [`9b94604cb0`](https://github.com/hashintel/hash/commit/9b94604cb0bc34765ec7e7e8616ac907a061b1fb). Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). Implementation and paid evidence have not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. ## Imperative -Let a deployed Petrinaut website use the Brunch `/agents/*` Flue routes from an explicitly trusted -browser origin while causing browsers to withhold cross-origin access from unlisted origins. Do -this now because the deployed website and Brunch service are separate origins and -[SRE-1042](https://linear.app/hash/issue/SRE-1042/configure-petrinauts-deployment-variables-for-the-brunch-agent-chat) -cannot point the browser at the deployed Brunch route until preflight and response headers work. +Establish whether Brunch can elicit a genuinely complex operational account, maintain its meaning and uncertainty, construct a meaningful Petrinaut region from it, and explain every ordinary behaviour-affecting element and field through declared basis and recorded effects. Prove the mechanics and complete the contracts within this one mission; do not turn the mission into a sequence of toy demonstrations or separate subsystem missions. + +**Visible product goal:** talk to Brunch about Vestera's multi-line production eligibility and changeovers, watch that region take shape, then ask why an element or rule exists and see the governing workpiece passage, its evidential standing, and the recorded construction steps. Deliberately unsupported and hand-edited examples must refuse honestly. A reviewer can reopen the genuine conversation and understand the model without reconstructing its history manually. + +**Demo goal:** reopen the genuine Vestera conversation and net in the local Brunch panel, inspect the workpiece and revision history, ask why by an ordinary element's name, and inspect the answer; then ask about the hand-edited and basis-less controls and observe honest refusals. The [full demo contract](docs/mission-drafts/7-explainable-construction.md#proposed-visible-product-advance) remains Step B's gated completion obligation, not Step A acceptance. + +**Previously impossible:** Mission 6 established one browser mutation and two-tab resume over an honestly prepared fixture, not genuine conversation-to-construction provenance. Mission 3's nested provider-schema path failed; Mission 4 supplied no full-run candidate. Neither a hand-authored correspondence section nor a parser-valid empty net answers this mission's question. + +**Architecture under test:** the CURRENT combined core `elicitation` and plugin `sdcpn-modelling` guidance must capture, conserve, and map the selected complexity. Required revision/basis/tool protocol teaching is admitted, but a directional-versus-neutral teaching redesign is not assumed necessary. Record acquisition failures, workpiece losses, construction misunderstandings, unsupported assumptions, and interaction strain at the real boundaries. If the architecture is insufficient, expose the failure rather than feed the model an answer key, reduce the region, or quietly replace the subject of the test. + +**Deployment and completion:** local `yarn dev:brunch`, one authorized principal, one conversation bound to one document incarnation. Step A ends at an owner decision, not a product release. The eventual full mission completes only after the separately authorized Step B readiness and human demo gates; its detailed demo and closure portfolios live only in the amendment packet. ## Throughline +### Scenario and admission + +The owner selected the existing [Vestera case](evaluations/cases/vestera-scheduling/) and accepted a region spanning production eligibility across multiple lines, shared changeover crew contention, asymmetric family changes, product/line restrictions, and preserved unknowns. The region must remain operationally meaningful: not the whole plant or an optimiser, but not one disconnected resource arc either. Include the stage/availability/occupancy distinctions needed to implement those rules. Broader breakdown, materials, QA, continuous dynamics, and optimisation modelling are not silently folded into this region. + +The interviewee alone receives the existing situation pack. The elicitor receives the normal opening and operational replies, never this mission's case details, the case pack, truth ledger, frozen expected net, or evaluation instructions. A bounded operational request to focus on the selected region may be given as a user request; it may not disclose hidden facts or formal-model answers. Do not copy Vestera nouns or facts into reusable prompts/skills. The model must discover practice, restrictions, contextual values, and unknowns through conversation. Existing baseline protocols and results remain immutable; new evidence is a new instrument, not a baseline rerun. + +Scenario selection is interpretive; schema derivation is mechanical. The following is the required operation-class envelope, not permission to mount all Petrinaut tools. Each admitted operation records the Vestera requirement or correction/negative obligation it discharges; unsupported operations remain visibly unavailable. A1 first proves one genuinely nested input such as `addType.elements`; one success does not establish every admitted schema class. + +| Class and canonical operations | Requirement and boundary | +| --- | --- | +| Places: `addPlace`, `updatePlace`, `removePlace`; transitions: `addTransition`, `updateTransition`, `removeTransition` | Line availability, work/occupied states, production and changeover steps; correction and delete/recreate control. No mandatory process-node blueprint. | +| Arcs: `addArc`, `removeArc`, `updateArcWeight`, `updateArcType`, `updateArcPlace` | Shared crew acquisition/release, flow, enabling and eligibility, multiplicity, corrected connectivity. Use canonical semantics rather than a convenient but false read/consume encoding. | +| Types and elements: `addType`, `updateType`, `removeType`, `addTypeElement`, `updateTypeElement`, `removeTypeElement` | Behaviourally consequential product family, line qualification, and source/destination mode distinctions; the nested carrier and correction obligations. No forced colour for a distinction the chosen representation does not need. | +| Scenarios: `addScenario`, `updateScenario`, `removeScenario` | Initial populations/availability and competing-work setup; initial-state correction. Synthetic test initial conditions remain labelled test conditions, not claims of the plant's observed inventory. | +| Parameters: `addParameter`, `updateParameter`, `removeParameter`, only when used by the workpiece-supported representation | Direction-dependent changeover quantities or explicitly unresolved symbolic quantities. No invented rates, distributions, objective weights, or false exactness. Parameterising an unknown does not resolve it. | +| `getLatestNetDefinition`, `getNetCompilationErrors`, `applyAutoLayout`, `setNetTitle` | Inspect and check the constructed region and make it reviewable. Title/layout are recorded operations; purely cosmetic fields are disclosed exclusions from semantic explanation coverage. Preserve stock consent rules for existing layouts. | + +Subnets, component instances, type-element moves, arbitrary position tools, differential equations, and executable metrics are not admitted by default. Vestera's scheduling goals do not authorize invented metric weights. If canonical capabilities cannot express a required accepted rule, record the representational loss and stop for reorientation; do not remove the rule from the claim. More complex cases are required later proof under [Mission 9's allocation obligation](docs/mission-drafts/9-traceable-projection.md#scenario-breadth-obligation). + +### Real boundary and responsibility crossings + +```text +genuine human/persona conversation → mounted /agents/chat/:instanceId → production ChatAgent + → core update_workpiece settles Markdown, revisionId, sha256 and display ordinal + → next render exposes current revision; plugin reads the live Petrinaut definition + → mutation cites a settled revision and declared basis (or explicit absence) + → actual browser validates bound identity/base and canonical input + → pre/post observations produce verifiable effects and a correlated transition record + → client-tool-result resumes the same conversation; agent reconciles and checks compilation + → reviewer asks why by name/id; authorized lookup resolves record → basis → passage → evidence/context + → live document reconciliation; structured result interpreted by assistant in the minimal real pane + → retain/reopen the genuine conversation; repeat the same authorized product why operation +``` + +Core owns revision and generic query semantics. Plugin owns SDCPN operation/effect semantics, canonical tool admission, template conformance and element locators. Binding/app own authorized history acquisition and why composition. Transport carries projections and correlations; UI executes against the bound document. Petrinaut owns schemas, validation, mutation callbacks, compilation, and document state, and gains no Brunch semantics. + +Browser and headless hosts currently execute separately; a headless non-throw returning `applied: true` is not proof of effect or no-op honesty. Prove actual browser pre/post observation in A3, then reuse effect semantics across hosts where that removes real divergence. A generic Brunch-free host extension is allowed only if independent observation at the actual execution boundary requires it. Chunk-arrival timing must not impersonate an atomic pre-apply observation. + +### Execution graph and delegation + ```text -Petrinaut browser at one configured exact origin -→ OPTIONS /agents// with requested method and headers -→ route-scoped Hono CORS middleware before ownership middleware -→ 204 preflight carrying the matching origin, GET/POST/OPTIONS, and Flue request headers -→ browser FlueClient GET/POST with x-brunch-principal + x-brunch-conversation -→ existing agentOwnershipGuard and createAgentRouter -→ response exposes the Flue/Durable Streams headers the browser SDK reads +authority commit + ├─ A1 canonical schema carrier + first real nested mutation + ├─ A2 settled workpiece revision path + tool/state/batch premise pins + ├─ A3 real browser effect path + independently observed transition record + └─ A4 existing-history compaction/reopen pins; repeat on A2/A3 records + → integration owner joins settled citation, basis, host records and authorized lookup + → A5 minimal real model-facing why + current-workpiece pane + → A6 adversarial genuine tracer, four probe verdicts and two measurements + → Lu's owner gate: amendment eligibility / named rework / terminal stop + → STOP (Step B is not authorized by this graph) ``` -`BRUNCH_CORS_ALLOWED_ORIGINS` is read once at startup as a comma-separated list of exact HTTP(S) -origins. Parsing trims whitespace, normalizes an optional trailing slash through `URL.origin`, and -deduplicates values. Credentials, non-root paths, queries, fragments, wildcards, opaque origins, -and non-HTTP(S) schemes are startup configuration errors. Missing or blank configuration means an -empty allowlist: same-origin and non-browser callers continue through the existing route, but -browser code at another origin receives no CORS grant. See the -[Brunch application README](../../../apps/brunch-agent/README.md#production-container) for -operator configuration details. - -The middleware applies only to `/agents/*` and runs before `agentOwnershipGuard`, so a valid -preflight does not need conversation headers. It permits `GET`, `POST`, and `OPTIONS`; permits -`Content-Type`, `x-brunch-principal`, and `x-brunch-conversation`; does not permit credentials; and -uses a 600-second preflight cache. It exposes the non-safelisted response headers read by the -installed Flue 2.0.3 and Durable Streams 0.2.6 clients: - -- `flue-error-ref` -- `Stream-Next-Offset` -- `Stream-Cursor` -- `Stream-Up-To-Date` -- `Stream-Closed` -- `stream-sse-data-encoding` - -Hono's maintained CORS middleware owns header emission, `Vary` handling, and the `OPTIONS` response. -Non-browser callers can still send requests and receive ordinary HTTP responses because CORS is -enforced by browsers, not by the service as caller authentication. A response to an unlisted -browser origin carries no `Access-Control-Allow-Origin`, so the browser withholds that response -from client code. +| Chunk | Owned work and handoff | Dependency and oracle | +| --- | --- | --- | +| A1 | Plugin carrier machinery and schema alignment tests; return mechanically derived schema, real provider arguments/result, class-specific blocker if any. Do not independently change tool mounting or termination. | Starts immediately; carrier oracle below. | +| A2 | Core settled-revision machinery and focused app tests. First prove call-ID equality in public history, state setter from tool execution, and mixed-batch behaviour; return the minimal earned revision API. | Starts immediately; revision/protocol oracles below. | +| A3 | Browser observation, plugin effect semantics, and headless parity where consumed. Return canonical pre/post evidence, outcomes and diff accounting, not merely an effect summary. | Starts on one existing canonical mutation; full basis join consumes A1/A2. Browser-record oracle below. | +| A4 | Binding/history investigation. Existing tools may establish an early compaction/reopen pin while A1–A3 run; actual revision/mutation records must pass before the final verdict. Retain the archive fail branch. | Early overlap allowed; final compaction/materialization probes consume genuine A2/A3 records. | +| A5 | Integrate citation refusals, authorized evidence validation, record resolution, live reconciliation, assistant interpretation and minimal pane. A deterministic resolver alone or mock pane does not prove the interaction. | Consumes A1–A4 handoffs; reopened why safety and visible-interaction oracles. | +| A6 | Genuine tracer, passage-policy probe, cadence/basis measurement, safety/utility adjudication and gate packet. | Requires integrated A5, not detached subsystem tests. | + +One integration owner exclusively controls `packages/plugin-sdcpn/src/flue.ts`, `apps/brunch-agent/src/agents/chat-agent/agent.ts`, website client-tool/transport registration, the basis-envelope join, and this authority. A1/A3 may both work in the plugin only with explicit disjoint files. Assign any shared transport or browser-host file to one worker; integrate other requests serially. Delegates own bounded work, not policy. Their briefs name protected sources, destinations, permitted semantic deltas, exact write sets, handoff contracts, oracles and stop conditions. Unlisted semantic changes return to the owner. + +The pane and persona-host adaptation can proceed in parallel with integration after their data contracts have been exercised. Do not invent a generalized history API or companion store to enable parallelism. `real-headless` remains an admitted genuine-conversation route, but cannot substitute for the separate browser-effect witness. A human browser conversation is also admitted. A browser-driven persona executor is only a candidate if the test path needs it; first verify attachment and correlated continuation using existing machinery. No new runner daemon, second server or second elicitor agent. + +### Cold-start reads + +Read the current source, not only prior claims. These are required entrypoints, not permission to implement historical specs: + +- [Mission 6 archive](docs/mission-archive/6-resumable-workpiece-petrinaut.md), its [implementation evidence](docs/evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md), r2 browser witness and human gates; [Mission 5 transport evidence](docs/evidence/implementations/mission-5-direct-voice-flue/README.md). Consume transport/mutation/resume viability, not a provenance pair or a waived human check. +- [Mission 2](docs/mission-archive/2-mechanical-capture-sweep.md), [Mission 3](docs/mission-archive/3-structurally-typed-runbook-to-headless-pn.md), its [construction evidence](docs/evidence/implementations/fe-1525-headless-runbook-pn.md), and [Mission 4](docs/mission-archive/4-core-plugin-elicitation-proof-of-life.md): archive capability versus rejected capture semantics, falsified nested carrier, accepted core/plugin split, and no full-run candidate. +- [Decision log](docs/evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [mini spec](docs/evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [independent review](docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), [follow-up review](docs/evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md), especially final H dispositions and their evidence lists. This cut supersedes earlier conflicting diagrams and partial-coverage suggestions. [Pre-split draft commit](https://github.com/hashintel/hash/commit/d6b7ea829f) retains the complete planning source; the spine records conversion destinations. +- Core `packages/core/src/flue.ts`, `client-tools.ts`, `workpiece.ts`, `prompts/SYSTEM.md`, and `skills/elicitation/`; app `apps/brunch-agent/src/conversation/workpiece.ts` (currently hashes the selected fenced revision). Core now owns the new settling tool; the tagged prepared route stays distinct. +- Plugin `packages/plugin-sdcpn/src/flue.ts`, `tools/petrinaut-construction.ts`, `test/construction-tools.test.ts`, `skills/sdcpn-modelling/SKILL.md`, its `templates/workpiece.md` and `references/{profile,pn-construction,checks}.md`. The inherited carrier uses an empty loose object with JSON Schema in description; admission remains fixture/headless-only until this cut is implemented. +- `packages/binding-flue/src/history-reader.ts`, `packages/transport-aisdk/src/client-tool-history.ts`; app `src/agents/chat-agent/agent.ts`, `src/conversation/identity.ts`, `src/http/ownership.ts`, `src/capture/apply-sweep.ts`: composition, principal/conversation identity, host-owned history URL and archive lane, opaque cumulative result records. +- `apps/brunch-agent/.pi/extensions/brunch-persona-testing/README.md`, `src/evaluations/persona/brunch-turn.ts`, `src/evaluations/runbook/headless-petrinaut-client.ts`: none/mock/real-headless hosts, evidence directory, tool budget and workpiece recovery. Paths beginning `apps/` are repository-root paths, not relative to this context root. +- `libs/@hashintel/petrinaut-core/src/{ai,action-schemas,command-schemas}.ts`, `schemas/{entity-schemas,metric-schema}.ts`, `file-format/types.ts`; `libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx`; website `src/main/app/local-storage-demo/` document binding/history/transport code. Strict canonical entities have no provenance slot; reuse contracts, never copy fields. +- [Flue routing](docs/reference/architecture/flue-routing.md), architecture cheatsheet and [source-read evidence](docs/evidence/audits/flue-entry-projection-source-read-2026-08-18.md). Flue 2.0.3 documentation in installed `@flue/runtime/docs/reference/{agent-api,agent-hooks-api}.md` and `docs/guide/models.md` supplies priors for batch termination, tool-call identity, hook/state and compaction pins. Inspect the authoritative runtime when a pin contradicts those priors; an old source read is not a new behavioral pass. +- [Evaluation guidance](evaluations/README.md), Vestera inputs and oracles; [Petrinaut user guide](../petrinaut/docs/ai-assistant.md). New observed evidence belongs under `docs/evidence/`, not evaluation source directories. +- Mission 8 historical handoff: `git show 157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md`. Its old `/api/chat` route is superseded, not inherited. Local image proof never established remote deployment. ## Proof -This mission establishes the application-side CORS contract required by the deployed browser -transport. It does **not** establish authentication, authorization, rate limiting, infrastructure -configuration, a deployed endpoint, or end-to-end remote verification. - -1. **Configuration is exact and fail-closed.** Missing and blank configuration produce no allowed - origins; whitespace, trailing slashes, duplicates, and multiple exact origins normalize - deterministically; malformed or broader-than-origin entries fail with the offending variable - named. Oracle: focused unit cases in `apps/brunch-agent/test/cors.test.ts`. -2. **Allowed browser traffic receives the complete grant.** An allowed origin receives its exact - value on an `/agents/*` response. Its preflight receives 204 before ownership, the three allowed - methods, the three allowed request headers, the six exposed response headers, no credentials - grant, and the required `Vary` values. Oracle: in-process Hono requests in - `apps/brunch-agent/test/cors.test.ts`. -3. **Rejected origins receive no grant.** An unlisted origin's preflight and ordinary response omit - `Access-Control-Allow-Origin`; an allowed origin does not make another origin pass. Oracle: - focused negative cases in `apps/brunch-agent/test/cors.test.ts`. -4. **The policy cannot widen unrelated routes.** `/health`, `/`, and `/assets/*` carry no Brunch - CORS grant. Existing ownership checks still return 401/403 for actual agent requests with - missing or mismatched identity. Oracle: CORS route-scope tests plus the existing - `apps/brunch-agent/test/agent-ownership.test.ts`. -5. **The shipped artifact and operator contract agree.** Brunch's README documents the variable, - exact-origin configuration, empty-list behavior, and the fact that CORS governs browser access - rather than authenticating or restricting non-browser callers. Oracle: - `yarn workspace @apps/brunch-agent test:unit`, - `yarn workspace @apps/brunch-agent lint:tsc`, - `yarn workspace @apps/brunch-agent lint:eslint`, and - `yarn workspace @apps/brunch-agent build`. +### Adversarial throughline and architecture pressure + +One genuine Vestera conversation over the production agent must contain at least two distinguishable workpiece passages, two mutations with declared basis, a failed/no-op attempt, a correction changing passage and element, a hand edit outside the conversation, a carried-forward passage, non-adjacent evidence, and multi-source synthesis. Also exercise duplicate wording, a rejected quotation, constructor inference, and unrelated context. The structural minimum is not the complexity target: the account must expose the accepted region's contention, direction-dependent meaning and qualifications. Preserve the interviewer's information wall even when scheduling adversarial controls; author any additional interviewee control before the run and label it without rewriting the reusable case. + +The browser must execute at least one independently observed canonical mutation; if the main interview is headless, retain a separately labelled browser witness exercising the same record contract, and still reopen/query the genuine conversation through the product. Persona-generated or human-generated sources are labelled accurately. Hand edits, negative controls, and test initial states are distinguished from interviewee testimony. A fabricated assistant record, prepared derivation, restored projection pretending to be canonical history, or diagnostic-only why lookup fails. + +Before declaring the tracer safe, implement the safety premises it consumes: settled citation and supersession refusal, true-user evidence validation, independently verifiable effects, conflicting-result handling, bound identity, live reconciliation, honest absent basis and complete tracer inventory. The minimal pane must expose current workpiece and actual model-facing why output. Revision list/diff breadth is Step B, but measuring interaction only against mocks is not admitted. + +### Inventory and explanation standard + +The owner accepted **100% useful explanation coverage for ordinary behaviour-affecting items in the accepted region**, overall and within every represented class. Freeze this rule before generation. Enumerate the final canonical definition mechanically by entity identity and canonical field path; include identity-bearing entities, arcs and their attributes, types/elements, expressions/conditions, quantities/multiplicities, scenarios and initial state, parameters if used, consequential document settings and derived effects. Test unknown-preservation and omitted required meaning against the workpiece separately: a missing rule cannot vanish by being absent from the generated inventory. + +Exactly one disposition per item: supported, partially supported, basis-absent, external, retired, or refused. Publish full denominator, useful numerator, each disposition count, per-class counts, and explicit exclusions. Keep deliberately hand-edited and deliberately basis-less controls in the full inventory as named separate cohorts with expected refusals. Report ordinary coverage separately; do not reclassify an ordinary failure as a control after seeing output. Purely cosmetic layout is excluded from semantic utility with count and reason, not from mutation history or effect accounting. A generated node/edge count alone is not the denominator. + +A useful answer identifies the governing passage and revision, distinguishes elicited evidence from normalization/inference/assumption/default/formalism constraint, explains the current definition and relevant correction, and gives the reviewer enough information to assess whether the model is right. A valid locator, circular Construction note, broad temporal range, or plausible unsupported prose is not useful support. An explicitly justified modelling inference can qualify; pretending an unknown operational fact was supplied cannot. Safe refusal is necessary for unsupported material but does not pass ordinary utility coverage. + +Lu Nelson owns the semantic/utility adjudication and product acceptance. Supply the fixed rubric, workpiece, product answer and relevant records, not the producer's preferred verdict or troubleshooting trajectory. Lu knows the design; do not claim design blindness. Record semantic correspondence, reviewer utility, and product operation as separate judgments. Step A measures the threshold and eligibility; the full-region release gate remains Step B. Below-threshold Step A utility means named rework, not permission to lower the agreed final bar. + +### Behavioural discriminator + +Author the prospective test at `evaluations/oracles/vestera-scheduling/mission-7-behaviour.test.ts`, against the generated canonical region using Petrinaut's real headless execution/analysis APIs: two simultaneous changeover demands cannot both hold the sole crew; completion releases it so another eligible changeover can proceed; a product cannot execute on an unqualified line. Include a positive eligible case so blocking everything cannot pass. Human semantic review additionally checks asymmetric family changes and preserved unknowns against the workpiece. Name any synthetic marking and timing assumption as test conditions, never evidence of actual plant operation. + +Implement the check after elicitation supplies the concrete workpiece and before adjudicating construction. Freeze the assertion semantics above now; pin the exact executable and fixture before the proving run, and do not edit it to accept a failed net. Failure to express or execute a required property is an observed blocker, not permission to replace execution with schema validity. Step A establishes the discriminator's feasibility on its constructed portion; the full accepted region and unchanged handoff to Missions 9/10 remain Step B obligations. + +### Probe outcomes and owner gate + +Each probe records Pass, Partial, or Fail, retained evidence, and its selected branch. An early A4 pin is preliminary; the final compaction/materialization verdict uses actual settled revision/mutation records from the genuine path. + +| Probe | Pass | Partial | Fail and re-entry | +| --- | --- | --- | --- | +| Compaction: low `keepRecentTokens`, cross threshold, query public `history()` for folded revision inputs, mutations and true-user lines | Lineage reads history | Current Markdown from state; scope historical claims to retained window, disclose every affected answer | Harden the existing session-log archive lane into an immutable lineage projection before exact-line claims; no new log/capture envelopes. Re-enter on supported pre-compaction history. | +| Materialization: retain/export, relocate if supported, reopen, authorize and query genuine conversation | Supported retained-store or relocation route | Record and enforce identity rebinding | Use the retained live store; pursue relocation upstream, never prepared projections for why. No genuine reopen route at all is terminal. | +| Passage policy: rename, move, paraphrase, split, merge, deletion, reintroduction, duplicates on tracer workpiece | Selected locator scheme satisfies policy | Unsupported continuity classes explicitly refuse | Revision-local spans only; no cross-revision introduced-by claim. Re-enter when a cheaper policy-compliant anchor lifecycle exists. | +| Carrier: real scenario-required nested canonical mutation, raw provider input and canonical result | Tested class carried; earn remaining class admission separately | Carried classes only; nested blocker named | Crisp upstream Standard Schema/supplied JSON Schema requirement, no hand-copied fields. Continue useful carried-class work but do not drop accepted Vestera rules or claim nested success. | + +Measure **revision cadence and basis quality** (unprompted workpiece updates, relevance, contradiction, granularity, omitted dependencies, circularity, cost) and **reviewer utility** (fixed rubric above, not merely coverage of fields). Partial cadence/basis allows one bounded wording/pane adjustment under the semantic envelope, then rerun and measure. Coarser ranges must be disclosed. Utility below the accepted bar requires named rework; it does not redefine the bar. + +| Observed outcome | Eligibility | Owner-gate consequence | +| --- | --- | --- | +| Safe integrated tracer; all probes pass; cadence/basis and measured utility meet their requirements | Eligible for Step B amendment | Lu may authorize the separately committed Step B packet; no automatic continuation. | +| Compaction partial/fail; relocation partial/fail with a genuine retained-store route; passage partial/fail; carrier partial/fail with useful carried classes | Eligible after named rework | Apply the corresponding branch and disclose its limits. Preserve consolidated construction/explanation and required scenario meaning; rework is not scope reduction. | +| Cadence/basis partial, utility below full ordinary coverage, or missing accepted region meaning | Eligible after named rework | Name failure and permitted bounded adjustment, rerun within budget, and return evidence. No release until required meaning and utility are restored. | +| False attribution that the records cannot prevent; no genuine reopened-conversation route; effects cannot be mechanically derived | Terminal for this shape | Stop and return to design; do not amend past the failed premise. | +| Basis remains absent or circular after the one rework round, or no admitted class yields useful explanations | Terminal for explanation under this shape | Withhold the explanation release; construction evidence may stand on its own gates but is not Mission 7 success. Lu decides the reorientation. | + +The gate packet lists every leaf below, outcome, artefact, limit, probe branch, inventory count, spent/remaining budget, and proposed rework or amendment. Lu performs the gate. Producing reports is not acceptance, and a stop verdict can be a valid Step A result without a successful product claim. + +### Exact prospective oracles and evidence + +Paths beginning `packages/`, `evaluations/` or `docs/` are context-root paths; `apps/` and `libs/` are repository-root paths. These are prospective tests, not claims they already exist. Record implementation-driven renames with equivalent assertions in this authority before delegation; never silently weaken an assertion. Run evidence root is `docs/evidence/implementations/fe-1573-step-a//`. + +| Claim | Discriminating oracle | +| --- | --- | +| Revision identity/state/validation and actual batch semantics | `packages/core/test/update-workpiece.test.ts`: "returns revisionId equal to toolCallId and sha256 of the Markdown", "persists Markdown with the pointer", "refuses empty Markdown", "refuses Markdown over the size ceiling", "declares a non-terminating result", "captures the persistent-state setter at render and writes from run". `apps/brunch-agent/test/workpiece-revisions.integration.ts`: "the built agent settles a revision over the mounted route", "public history preserves the tool call identity", "mixed workpiece and browser tool batch does not apply a mutation". Retain `revision-protocol.json`. | +| No mixed batch; explicit settled citation | `packages/plugin-sdcpn/test/construction-tools.test.ts`: "never mounts update_workpiece in a batch with a terminating construction tool"; `packages/plugin-sdcpn/test/declared-basis.test.ts`: "accepts a basis citing the settled revision", "refuses a citation of an unknown revisionId", "refuses a superseded revision unless supersession is intended". Retain `basis-citations.json`; actual mixed-batch safety is the mounted test above, not a static mounting assertion alone. | +| Evidence is authorized and genuinely user-authored | `apps/brunch-agent/test/workpiece-evidence.integration.ts`: "accepts bound true-user evidence", "refuses assistant, signal and prepared ids as elicited evidence", "refuses another principal or conversation", "preserves unchanged passage evidence without inventing new support". Retain `evidence-relations.json`. | +| Browser effects and conflicts are verifiable | `apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts`: "observes the pre-apply hash independently of the request", "derives disjoint created, updated, deleted, derived sets from pre and post definitions", "refuses a record whose effects do not account for the diff", "marks conflicting duplicate browser outcomes unknown and retains both deliveries". `apps/brunch-agent/test/transition-records.integration.ts`: "correlates the real browser transition record and resumes without reapplying". Retain browser `transition-records.json`, canonical pre/post definitions and `browser-witness.md`; headless evidence separately labelled. | +| Current state and bound identity are not invented | `apps/brunch-agent/test/reconciliation.test.ts`: "reports not attributable when the live hash has no recorded transition", "labels an answer as of the last reconciled state when the live hash is unavailable", "refuses a mismatched conversation or document incarnation". Retain `hand-edit-result.md`. | +| Origin/change/attempt distinction and epochs | `packages/core/test/identity-epochs.test.ts`: "opens a new epoch on delete and recreate", "refuses reuse of a retired id", "does not attribute failed or no-op attempts as changes"; `epochs.json`. Exercise epoch semantics if the tracer correction deletes/recreates; complete the required delete/recreate case no later than Step B. | +| Passage identity is earned, not guessed | `packages/core/test/passage-identity.test.ts`, one assertion for no reuse after deletion, split/merge predecessor/successor sets, ambiguous paraphrase refusal, reintroduction as new identity, immutable revision-local span, duplicate headings/quotes, and overbroad-basis failure. `passage-identity-result.md` records every edit class and the branch. | +| Compaction preserves exactly the claimed sources | `compaction-result.md`: threshold, folding evidence, exact retained/lost user/revision/mutation ids, current state after compaction, branch, disclosure. Existing-tool pin and genuine new-record recheck are separate results. | +| Genuine materialization and authorized reopened why | `materialization-result.md`: retention/export, attempted supported relocation, original/reopened identities, authorization and query; `apps/brunch-agent/test/reopened-why.integration.ts`: "reopens genuine revision and mutation records through the authorized product why operation". | +| Canonical carrier carries nested data | `packages/plugin-sdcpn/test/schema-carrier.test.ts`: "derives a Valibot schema structurally equal to the canonical JSON Schema for each admitted class"; `carrier-result.md` records provider/model, generated schema, raw arguments, runtime/canonical result, retries, latency, cost and per-operation admission. Schema-copying fails regardless of output. | +| Every tracer item is accounted for safely and usefully | Frozen `inventory-rule.json`, generated `inventory.json`, `apps/brunch-agent/test/why-safety.integration.ts` with one test per disposition through the reopened product operation; `utility-adjudication.md` by Lu against the fixed rubric. Test assistant interpretation as well as deterministic lookup. Deliberate controls are predeclared, not post-hoc exclusions. | +| Guidance handles the selected complexity | `guidance-manifest.json` pins core/plugin prompt/skill/resource hashes, admitted protocol deltas, build and model; `semantic-adjudication.md` compares conversation → workpiece → net for contention, asymmetry, qualification, correction and unknowns, classifying acquisition/conservation/construction/nondisclosure failures. Lu adjudicates. No toy or answer-key-assisted substitute. | +| Cadence, basis and behavioral evidence discriminate | `cadence-and-basis.json` records every revision/mutation and quality assessment; `behaviour-result.md` records the exact Vestera test/fixture hash, executed assertions and limitations. Prospective test: `evaluations/oracles/vestera-scheduling/mission-7-behaviour.test.ts`. | +| Visible minimal interaction and stock coexistence | `browser-witness.md` plus inspected screenshots: current workpiece, ordinary why, hand-edit refusal, absent-basis refusal; stock host-mode test and Mission 6 witness pattern. Full list/diff, carried human resume and final PM demo stay in Step B. | +| Step A acceptance is owner-performed | `gate-packet.md` and `owner-gate.md`, naming Lu, actual decision, each probe eligibility, rework bounds, remaining flags and any Step B authorization. No agent-generated acceptance. | + +Verification is inside-out: unit contracts; built production `ChatAgent` over the actual mount with browser results; real local browser and reopened authorized queries; semantic/behavioral checks; Lu's independent review. Run root Turbo `test:unit`, `lint:tsc`, `lint:eslint`, `build` for affected `@apps/brunch-agent`, `@apps/petrinaut-website`, `@hashintel/brunch-agent`, `@hashintel/brunch-agent-plugin-sdcpn`, `@hashintel/brunch-agent-binding-flue`, `@hashintel/brunch-agent-transport-aisdk`, and `@hashintel/petrinaut`; add `@hashintel/petrinaut-core` if changed. Run the named discriminator explicitly if workspace discovery does not include it. Existing green checks are regression priors, not new Step A evidence. ## Constraints -- Use Hono's built-in CORS middleware; do not create a parallel HTTP server or hand-maintain generic - CORS response logic. -- Keep one Flue product route and the existing ownership guard. CORS must not add, proxy, rename, or - reinterpret an agent route. -- The origin list is exact. Do not hard-code Petrinaut domains, accept wildcard entries, infer trust - from `.stage.hash.ai`, reflect arbitrary `Origin` values, or silently skip malformed entries. -- Keep credentials disabled. The current browser client uses explicit ownership headers, not - cookies, and those headers are not authentication. -- Answer preflight before ownership while preserving ownership enforcement on every non-preflight - agent request. -- Read configuration once at startup. Dynamic policy storage or hot reload is not earned by this - deployment. -- Preserve local same-origin proxying when the variable is unset. -- No implementation begins until this authority cut is committed separately. Material changes to - this contract require owner review and another focused authority commit. - -### Expected touched paths +### Revision, provenance and effect contracts -```text -~ libs/@hashintel/brunch-agent/MISSION.md branch authority -+ apps/brunch-agent/src/http/cors.ts exact-origin parsing and Hono middleware -~ apps/brunch-agent/src/app.ts mount CORS before ownership on /agents/* -+ apps/brunch-agent/test/cors.test.ts parser, allowed, rejected, preflight, route-scope tests -~ apps/brunch-agent/README.md deployment variable and security boundary -~ apps/brunch-agent/turbo.json pass the variable into the local dev task -``` +- `update_workpiece { markdown, evidence? }` is core-owned, non-terminating and durable server-side. `revisionId` is `ToolContext.toolCallId`; SHA-256 is content identity; ordinal revision is display-only. Validate non-empty/size in core and template conformance in plugin. Capture `usePersistentState` setter at render, invoke from `run`; persist current Markdown with pointer so model context compaction cannot remove the current artifact. No hook calls from callbacks or state interpolated into invariant instructions. +- Revision settles before mutation; `update_workpiece` never shares a batch with a terminating construction tool. Mutation explicitly cites settled id/hash, not latest/sibling order. Refuse unknown or superseded citation unless supersession is marked intended. A2 must determine an enforceable production protocol; prompt wording alone cannot establish the mixed-batch safety claim. If existing runtime controls cannot enforce it, stop for a bounded authority decision before weakening it or changing termination. +- Mutation basis is `declared { revisionId, sha256, locators, rationale, scope }` or `absent { reason }`. Scope is operation-level unless explicit intended-effect mappings name elements/locators. Unanticipated/unmapped effects do not automatically inherit all request locators. Preserve the declared envelope in canonical history and strip it before canonical Petrinaut execution; Construction notes cannot substitute for it. +- Optional revision-time relation: `evidence: [{ locator, messageIds, kind }]`, with elicited, inference, default, formalism-constraint, external or correction standing. Elicited ids must resolve to authorized `role: user`, `purpose: user` messages in the bound conversation. Assistant, dispatch, prepared, or other-principal material cannot become expert evidence. Unchanged carried-forward passages inherit their relation; absence is explicitly temporal context, never implied causal support. Validate actual relevance separately from valid ids. +- Passage policy: immutable revision-local spans; no identity reuse after deletion; split/merge predecessor/successor sets; ambiguous paraphrase refuses continuity; reintroduction is new unless continuity is declared; duplicate headings/quotes tested; overbroad sufficient-looking spans fail quality when materially narrower support exists. Probe the locator mechanism rather than assume heading paths, anchors or companion manifests. Revision-local fallback does not establish introduced-by continuity. +- A browser transition records call id, bound document/incarnation, requested base hash, independently observed pre-hash, post-hash only when observed, outcome (applied/no-op/failed/stale/unknown), disjoint mechanically derived created/updated/deleted/derived effects and diff accounting. Retain enough canonical observation to independently check the diff, not merely self-reported ids/hashes. First well-formed outcome stands unless a conflicting delivery makes it unknown; retain both deliveries as attempts. Duplicate delivery must not apply twice. Failed/no-op/stale/unknown attempts are never presented as causes. +- Keep origin, current-state composition, applied change history and attempt history distinct. IDs are never reused across identity epochs; delete/recreate opens a new epoch. Bind one conversation to one document incarnation and check every mutation and why request; mismatches refuse. Cross-conversation access and its document-scoped owner are Mission 9 breadth, not implicitly available. +- Reconcile why with the live browser hash or label it as of the last reconciled recorded hash. Unrecorded hand edits are not attributable. External import, when Step B admits it, records parent hash, canonical diff, actor or unknown, principal and reason; changed fields remain external/unsupported until a recorded transition replaces them. Import never retrospectively supplies provenance. +- Recorded roles only: assistant tool call, local browser executor, user under principal key, test-authored fixture author. Human identity unknown unless separately established; time is stream order, not guessed wall-clock causation. Retrieved text is untrusted evidence in the smallest necessary authorized range. Deterministic structured lookup constrains assistant interpretation; it does not authorize invented prose links. + +### Ownership, teaching and scope + +- Preserve `useBrunchAgent()` + `useSdcpnPlugin()`, inward dependencies and dedicated `./flue` resources. The app composes, plugin owns formalism semantics, core stays universal. The core tool is earned because revision/query semantics apply independently of Petrinaut. No parallel conversation route, log, capture ledger, derivation store, ontology, graph database, observer, workflow engine, second production agent/server or general projection engine. +- This cut explicitly replaces Mission 6's ordinary-conversation construction restriction with scenario-selected admission after carrier evidence, and replaces fenced blocks for model-produced workpieces with settled tool revisions. Keep the tagged prepared-signal source honestly test-authored. Migration inspection starts with affected persisted/wire consumers; final retirement and dual-read removal gates live in Step B. Do not maintain duplicate model-produced authorities or silently break retained evidence to simplify the change. +- Maintain stock assistant behavior when Brunch is absent/unselected, no content-bearing telemetry, and local-only claims. Published Petrinaut changes require applicable patch changesets and user-doc updates; a real new architectural folder requires its local declaration and arch-doc lint. Inspect rendered changed UI states, not screenshots alone; update guide screenshots or prompt replacement. +- Freeze CURRENT core/plugin guidance and the necessary protocol additions before paid runs. Allowed initial deltas: replace fenced emission with settlement, teach explicit basis/citation and mounted construction/check sequencing, and teach honest use of structured why results. Preserve existing elicitation methods, operational vocabulary, domain-neutrality, authorship, uncertainty and no-invented-operational-facts rules. No scenario nouns or tailored answers in reusable teaching. +- One cadence/basis wording or pane adjustment is permitted within those semantics and budget; retain both instruments and failure evidence. A material recut of core/plugin architecture, meaning, policy or the frozen acceptance instrument is owner-reviewed and committed separately before dependent implementation/evaluation. Do not rewrite prompts to mirror the checker or fit frozen answers. The owner's neutral "understand a Petri net" teaching suggestion remains a hypothesis to assess under observed strain, not a required rewrite. +- Chris/Yannis discovery has not occurred and the owner explicitly waived it as a dependency for this construction proof. Optimisation is a later special case, not a retrospective gate here. Later consumer discovery and expanded scenario selection remain in Missions 9/11. + +### Paid evidence envelope + +The owner authorized a first **US$100 total Step A budget** and models **at least Sonnet-class**. Select `anthropic/claude-sonnet-4-6` for Brunch and, when used, the simulated interviewee; the exact model id is already used by the repository's prior production protocol. Configure `BRUNCH_CHAT_MODEL=claude-sonnet-4-6` for the elicitor and explicitly select the same persona model. Record actual provider-reported ids; no silent fallback to the app's Haiku default. If unavailable, stop rather than downgrade. This cut selects a model; it does not claim provider availability has just been tested. + +Keep the proposed conservative **200 combined provider-call operational cap** in addition to the dollar ceiling, whichever is reached first. Count probes, elicitor, persona, model-assisted evaluation, failures and retries together, across all workers. Unit/faux-provider tests are not paid evidence. Step B receives no calls or spend from this authority. Shared delegation does not multiply the budget. + +The integration owner maintains `usage-ledger.json` and `attempt-ledger.md` under the Step A evidence root, allocates bounded reservations before parallel paid work, and records actual usage/cost including failed or uncertain requests. Each call has a token bound and a conservative cost reservation; refuse a launch if remaining budget cannot cover it. Uncertain cost or unavailable accounting stops paid work, not the ledger. Limit a rejected canonical operation to three attempts before a visible repair-budget failure; record exhaustion and ask for reorientation rather than looping. More spend, more calls, model changes, extra adjustment rounds, or Step B execution require new owner authorization. ## Fog-line -- Infrastructure repository access is unavailable in this worktree, so this branch can prove only - the application contract. Runtime deployment configuration must supply the chosen origins before - remote verification. -- Exact origins intentionally do not cover every ephemeral deployment URL. Prefer stable, - explicitly named origins; add an ephemeral origin only when a named test requires it. Re-enter - constrained patterns or a same-origin proxy only if maintaining the exact list becomes observed - operational strain. -- The allowed and exposed headers are pinned to the installed Flue and Durable Streams clients. - Re-evaluate them from client source when either dependency changes. +- Compaction survival and public history/state contracts at the real mounted runtime, including call-ID equality, post-settlement visibility, and enforceable mixed-batch prevention. +- Genuine retention/relocation/reopen route and identity rebinding; snapshots remain diagnostics, not arbitrary canonical import permission. +- Passage locator mechanism under the accepted identity policy; optional evidence relation's compliance and whether it drifts toward assertion-card complexity. +- Local carrier derivation versus upstream support and each admitted class's real provider behavior; no shape-preserving claim from description text. +- Actual browser pre/post observation seam and headless parity; ability to distinguish effect categories and account for all changed fields without Brunch logic in Petrinaut. +- Whether current guidance elicits/conserves enough Vestera complexity and produces useful, non-circular basis at an affordable cadence; classify acquisition, conservation, construction and interviewee nondisclosure rather than assume a prompt defect. +- One versus two model-facing why tools, full-document token cost, when a structured patch earns its complexity, and whether the real user interaction needs browser-driven persona execution. +- Concrete generated representation for the behavioural test. Known semantic assertions are fixed; exact representation is discovered, not handed to the model as an answer. -## Stop or reorient +These are implementation/probe questions, not unresolved permission to shrink the region, reduce explanation coverage, skip an owner gate or select a cheaper model. An answer changing accepted policy or ownership returns to Lu before implementation continues. -Stop if the real browser client emits a request method or non-safelisted request header outside the -pinned contract, reads another non-safelisted response header, or needs cookie credentials. Bring -that evidence back to the contract before broadening the grant. +## Stop or reorient -Stop if middleware ordering bypasses ownership for a non-`OPTIONS` request, if an invalid -configuration widens access or is ignored, if an unlisted origin receives -`Access-Control-Allow-Origin`, or if `/health`, `/`, or `/assets/*` inherit the policy. +Stop and report the evidence if any of these occurs: -Do not represent a green CORS test as permission for unauthenticated public exposure. Authentication, -per-conversation authorization, rate/spend controls, and the infrastructure ingress boundary remain -separate release gates. +- The integrated tracer cannot answer or explicitly refuse without guessing after the permitted adjustment; ordinary missing basis is relabelled as a deliberate control; the inventory/exclusion rule is chosen after seeing the net. +- A useful result depends on giving the elicitor case truth, a prepared workpiece/net, hand-authored derivation, retrospective basis or a simpler substitute for accepted contention/asymmetry/qualification complexity. +- Mixed update/mutation batching is required for progress, a revision cannot be cited reliably, or the only proposed remedy changes accepted termination/interaction semantics without owner amendment. +- Effects cannot be derived and independently checked, result correlation is ambiguous, duplicate delivery mutates twice, conflicting outcomes are treated as success, or partial/unknown state is blessed as settled. +- A hand edit/import is attributed to the conversation, temporal context is presented as evidence, unknown becomes a guessed operational fact, an id is reused, or another conversation/principal can reach the bound document. +- Compaction requires a second log rather than the existing permitted archive lane; no genuine conversation can be reopened; relocation requires pretending prepared projections are genuine canonical history. +- Carrier repair requires copied Petrinaut fields, required Vestera meaning cannot be expressed/checked, or one successful class is presented as broad admission. Follow the probe branch; do not finish the planned neighbourhood past contradictory evidence. +- The pane or why operation needs Brunch semantics inside Petrinaut, or implementation invents a graph/observer/typed domain model/new service before observed strain warrants owner reorientation. +- A frozen instrument or accepted teaching policy is silently changed, the reviewer is fed the producer's preferred verdict, a test is weakened to match output, or budget/accounting limits are exceeded. +- Work broadens into repeat/change/concurrency breadth, other complex scenarios, remote durability, reviewer authority, optimisation or the uncut fast-preview feature. ## Deferred -- SRE-1013 owns injection of the allowlist into the Brunch runtime deployment. SRE-1042 owns - `VITE_BRUNCH_CHAT_ENDPOINT`, Voice deployment variables, and the deployed browser verification - after this application contract lands. -- FE-1615 and FE-1616 retain authentication and rate-limit work. CORS does not discharge either. -- A same-origin Petrinaut proxy or constrained preview-host pattern re-enters only under observed - exact-list maintenance strain. +- **Step B:** the [amendment packet](docs/mission-drafts/7-explainable-construction.md) alone holds B1 lineage, B2 mutation/reconciliation and B3 product/lifecycle closure, the full-region proving run, revision list/diff, migration/rollback and dual-read removal, external import and second-conversation refusal breadth, subtraction inventory, final behavioral/utility/product gates, and Mission 6's genuine typed/Voice/stopped-entry two-tab check. Return here only after the Step A owner gate and a separate authority commit; no automatic promotion. +- **Missions 9/10:** [Mission 9](docs/mission-drafts/9-traceable-projection.md) owns repeat, changed input, retirement/concurrency breadth, cross-conversation access, additional schema classes and required complex-scenario allocation. [Mission 10](docs/mission-drafts/10-bounded-reviewer-revision.md) owns authorized reviewer revision. Both consume the accepted basis/transition/epoch/evidence seam and unchanged behavioral discriminator, not an imagined one. The packet preserves exact re-entry gates/oracles. +- **Later capabilities:** [Mission 11](docs/mission-drafts/11-optimisation-handoff.md) owns the accepted optimisation consumer contract; Mission 8 successor/pre-remote gate owns remote durability. Mission 6's remaining recovery/fixture-promotion concerns keep their spine homes and strain triggers. +- **PM fast preview and teaching hypothesis:** [the future spine](MISSION.next.md#explicit-assumption-based-preview) records the requested offer to fill gaps/guess when time is tight, the necessary distinction from evidence and modelling inference, and the hypothesis of neutral Petri-net understanding guidance. This cut does not authorize that new mode or silently relax current no-invention behavior. +- **Rejected mechanisms and rationale:** full prepared pairs, hand-authored derivation, adjacency-as-causation, hash-only effect joins, document provenance slots without a consumer, blanket tool admission, capture folds, default assertion cards, closed ontologies and a separate probe mission remain rejected. The packet and spine preserve reasons/re-entry; historical design evidence is retained, not executed as authority. diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index 28fcd7ef389..ebbeab2192c 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -1,10 +1,10 @@ # Brunch future mission spine -> Canonical future-planning spine, shared frame, and backlog index only. This file is not execution authority and authorizes no implementation. [`MISSION.md`](MISSION.md) is accepted Mission 6b, the owner-witnessed Voice reconciliation above repaired Mission 6. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). Mission 7's Step A branch is restacked above this accepted narrowed foundation; its own scenario evidence remains required. Detailed provisional clusters are context repositories, not missions; re-evaluate and convert one into `MISSION.md` on its own branch before acting. +> Canonical future-planning spine, shared frame, and backlog index only. This file is not execution authority and authorizes no implementation. Branch `ln/fe-1573-construct-and-explain` carries live Mission 7 Step A in [`MISSION.md`](MISSION.md), cut on Mission 6's close commit. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). The Step B packet and future clusters remain non-authoritative until separately accepted and converted. -This spine and its four linked drafts form one future-planning record. Keep each consequential meaning in one authoritative planning home: shared contracts and unallocated concerns live here; mission-specific detail lives in its draft. A spine pointer is not a second contract. Material omitted from a future cut returns to this record at full fidelity, and the consumed draft is removed. +This spine, the Step B amendment packet, and three successor drafts form one future-planning record. Keep each consequential meaning in one authoritative home: shared future constraints and unallocated concerns live here; future mission-specific detail lives in its packet or draft; live Mission 7 contracts live only in root authority. A spine pointer is not a second contract. Material omitted from a cut returns to this record at full fidelity, and consumed draft content is removed. -The record was recut on 2026-09-04 around provenance by lineage with declared basis; the [2026-09-04 migration disposition](#2026-09-04-provenance-replanning-migration-disposition) maps every prior planning item to its surviving home. +The record was recut on 2026-09-04 around provenance by lineage with declared basis; the [historical migration disposition](#2026-09-04-provenance-replanning-migration-disposition) records that mapping, and the [Mission 7 cut conversion](#2026-09-07-mission-7-cut-conversion) maps those homes to current authority and retained future material. ## Current authority and accepted spine @@ -12,7 +12,7 @@ Mission 4 closed on this branch by owner adjudication on 2026-09-03. The accepte A future Mission 4 close-out addendum requires its own issue, branch, PR, and mission authority. It may stack on this closed branch and own broader reliability/hardening if warranted, browser parity, fixture/seed promotion contracts, topology-neutral case allocation, contract/readiness sweeps, archive subtraction, and Mission 8 preparation. It also owns the observed S4 report-versus-immediate-ask decision unless a later numbered mission first makes it load-bearing: re-enter only when a real review must continue immediately or repeated gap-only reports create visible friction; preserve S3 restraint while testing S4 activation and asking under a fresh instrument. Its exact issue/name and minimum scope remain owner decisions; do not create another Mission 4 draft. -Mission 6 closed on the FE-1575 branch under its [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the closed authority. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut). Mission 5 owns the direct Voice/Flue transport cut on the FE-1574 branch directly beneath this one; its full contract lives only in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. The two were cut as independent siblings, but Mission 5's recut made the browser Flue `ChatTransport` the only door into a Brunch conversation and removed the `/api/chat` path Mission 6 had named as its departure point; the owner therefore corrected Mission 6 to consume Mission 5's landed transport, and this branch stacks on Mission 5's committed typed-panel transport tracer. +Mission 6 closed on the FE-1575 branch under its now [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the archive. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut), and Mission 7 Step B now owns the genuine resume witness. Mission 5 owns the direct Voice/Flue transport cut on FE-1574 below FE-1575; its full contract lives in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. They began as siblings, but Mission 5's single-browser-route recut removed the `/api/chat` departure path, so Mission 6 was stacked on its committed transport. Mission 7 now stacks on Mission 6's close commit, not local `main` or `origin/main`. On 2026-09-04, while Mission 6 was closing, the owner and an agent reviewed the provenance design that Missions 7, 9, and 10 had assumed, and two independent adversarial reviews tested the result. The outcome, recorded in the [decision log](docs/evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [mini spec](docs/evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [independent review](docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), and [follow-up review](docs/evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md), changed the spine in four ways. Provenance is no longer a capture-envelope and hand-authored derivation seam over a prepared pair; it is recovered lineage in the canonical Flue log (workpiece revisions and net mutations as tool calls) plus a constructor-declared basis carried on each mutation request, with passage evidence, element origin, current state, attempt history, and recorded roles kept as distinct relations. Construction and explanation are consolidated into Mission 7 on a genuine conversation, because lineage exists only when the model actually constructs and because the owner chose fully connected parts over thin tracers; Mission 7 closes the readiness of its own claim and hands only breadth to Mission 9. The prepared Mission 6 fixture is a viability proof and is not promoted; real fixtures come from persona interviews run to construction. Tool admission ends its deferral: the inherited six-tool subset is retired in favour of scenario-selected operations with canonically derived schemas over a repaired provider carrier. These are owner decisions expressed in conversation; they become authority only when the Mission 7 draft is cut. @@ -21,23 +21,23 @@ M4 closed — core/plugin elicitation pattern accepted; S4 transition and full M4+ optional successor — broader hardening or source promotion only under separate authority M5 live on FE-1574, beneath this branch — direct Voice/Flue turn, canonical streamed reply, cancellation, and reopen M6 closed on FE-1575 — conversation → Markdown workpiece → Petrinaut read/write → cross-tab resume proved; two fresh-human Voice/stopped checks waived and carried -M6b live reconciliation — KA's Voice behavior over repaired M6; human/latency and direct-user attribution gates remain explicit in root authority -M7 construct and explain — one genuine conversation builds and explains one real net region; two-step authority; closes its own readiness +M6b live reconciliation on FE-1580 — local candidate verified, not accepted; durable Stop/reopen, provenance and witness gates remain open +M7 live Step A on FE-1573 — genuine Vestera tracer and probes; Step B separately owner-gated; full mission closes its own readiness M8 deployment handoff — historical branch stopped after local application proof, before infrastructure deployment; a successor must be scheduled before any remote claim M9 repeatable projection breadth — unchanged repeat, changed input, retirement, concurrent change, schema classes over the M7 seam M10 revision — ship bounded authorized reviewer revision and a scoped patch over basis, transition records, and epochs M11 optimisation — ship an accepted optimisation handoff after its consumer contract exists; early non-binding consumer discovery before M9's region ``` -Every numbered product mission after the proof-of-life exception must pass the **product-manager litmus**: a product manager who did not watch the work must be able to notice that the product materially moved forward. Each mission therefore states, in its draft's visible-product-advance section and then in its cut `MISSION.md` imperative, a release-note sentence, a demo script a product manager can run without an engineer, and the thing that was impossible before. Snapshots, manifests, event ledgers, and negative controls are oracles that belong in the evidence sections; they are not the visible advance. A mission is complete at its readiness gate, when the demo script works for the named scenario, not at the first green throughline tracer, which is an internal milestone inside the mission. Mission 5 names the Petrinaut Brunch panel's typed and Voice surface over one Flue route, with its litmus stated in the FE-1574 branch's `MISSION.md`; closed Mission 6 names the stable fixture and browser Petrinaut document, with its litmus retained in the [archive](docs/mission-archive/6-resumable-workpiece-petrinaut.md#visible-product-advance); Missions 7, 9, and 10 name the Petrinaut Brunch panel. Because Mission 8 stopped before remote deployment, those panel missions must name the deployment posture available at cut time, and a locally run panel is acceptable for the demo; a product-manager-noticeable claim must never depend on infrastructure that does not exist, while remote durability obligations stay in their readiness gates. Architecture, schema repair, fixtures, evaluation, rehearsal, and spikes may support the advance but cannot be the sole outcome. Parallel work means separate issue, branch, PR, worktree, and mission authority; it never means multiple live missions here. +Every numbered product mission after the proof-of-life exception must pass the **product-manager litmus**: a product manager who did not watch the work must be able to notice that the product materially moved forward. Each mission therefore states a release-note sentence, a demo script a product manager can run without an engineer, and the thing that was impossible before. Snapshots, manifests, event ledgers, and negative controls are oracles, not the visible advance. Completion is the readiness gate and working demo for the named scenario, not the first green tracer. Mission 5's litmus is in the FE-1574 branch's authority; Mission 6's is in the [archive](docs/mission-archive/6-resumable-workpiece-petrinaut.md#visible-product-advance); Mission 7's final demo remains in its gated Step B packet. Missions 7, 9 and 10 name the Petrinaut Brunch panel with the deployment posture available at cut time. Local is acceptable while Mission 8 has no remote deployment; remote durability remains a separate readiness obligation. Architecture, schema repair, fixtures, evaluation, rehearsal and spikes support the advance but cannot be its sole outcome. Independent missions require separate issue/branch/PR/worktree/authority; bounded parallel delegations within one mission retain that mission's authority and single integration owner. ## Successor mission précis ### M7 — Construct and explain one real net region from a genuine conversation -Tracker projection: [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), advancing stakeholder outcome [FE-1478](https://linear.app/hash/issue/FE-1478/provide-provenance-from-a-generated-net-back-to-the-requirements-graph). Its consolidated title and description were verified on 2026-09-07 and its state moved to in progress with owner approval. The owner selected Vestera and authorized the cut; [cut preparation and execution structure](docs/mission-drafts/7-explainable-construction.md#cut-preparation--2026-09-07) retain the decisions and remaining questions. The full authority conversion has not yet occurred. +Tracker projection: [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), advancing stakeholder outcome [FE-1478](https://linear.app/hash/issue/FE-1478/provide-provenance-from-a-generated-net-back-to-the-requirements-graph). In progress on `ln/fe-1573-construct-and-explain`. The owner selected Vestera, useful explanations for every ordinary behaviour-affecting item, a first $100 budget with at least Sonnet-class models, and Lu Nelson for human acceptance. Chris/Yannis discovery is not a dependency. The live [contract and execution graph](MISSION.md#execution-graph-and-delegation) own Step A; the [Step B amendment packet](docs/mission-drafts/7-explainable-construction.md) retains only future closure work. -After M6 proves viability, run a genuine conversation on one proving scenario through the production agent, let Brunch revise the workpiece as first-class tool calls, build one real net region with a declared basis on every mutation, and answer why for every consequential element from recorded lineage, or refuse. **Product-manager litmus:** talk to Brunch about a process, watch it build that part of the net, then ask why any element exists and see the passage Brunch declared as its basis, the conversation behind it, and which recorded step did what. Demo: open the demo conversation and its net, watch the workpiece pane and its revision diff, type any element's name, read the answer; pick the hand-edited element and the basis-less element and watch Brunch refuse honestly. Previously impossible: Brunch had never built a region inside a real conversation, and nothing connected an element to what was said. Complete at the readiness gate, including the why operation's safety and utility gates; the adversarial tracer and the first constructed region are internal milestones. Authority is cut in two steps under one issue from the final Mission 6 close commit: a narrow first authority for the adversarial tracer and four probes with decision tables and an outcome classification, then an owner-gated, separately committed amendment into the construction-and-explanation body; until that amendment the Step B packet survives in the retitled draft, never in the live Proof. A readiness review on 2026-09-04 tightened oracles, identity semantics, and the pre-cut owner checklist without narrowing scope (decision log section H). Scope history and the full cut-level contract live in the [draft](docs/mission-drafts/7-explainable-construction.md). +Mission 7 tests whether the current core/plugin guidance can elicit, conserve and construct the accepted multi-line Vestera region, then use declared basis and recorded effects to explain it. Ordinary coverage includes arcs, quantities, conditions and initial state; correct refusal is safety, not ordinary utility success. Deliberate hand-edit and absent-basis controls remain separate. The [visible advance and demo](docs/mission-drafts/7-explainable-construction.md#proposed-visible-product-advance) complete only with Step B readiness. Parallel A1 carrier, A2 revisions, A3 browser effects and early A4 history pins join into real model-facing why and the genuine tracer; the owner gate precedes any B1/B2/B3 delegation. No separate probe mission or Mission 6 side quest is introduced. The historical readiness review's H0 non-narrowing rule remains intact. ### M9 — Make projection repeatable @@ -114,11 +114,11 @@ This is an expeditionary posture, not a defensive one. Survey only until the nex ### Evidence, workpiece, capture, and projection -Flue history is the canonical conversation log. The foreground Markdown workpiece owns semantic synthesis and, from Mission 7, its revisions settle only as `update_workpiece` tool calls with revision id, SHA-256, and Markdown persisted in per-conversation state; the fenced `runbook-ir` block is retired for model-produced revisions and the tagged prepared signal is retained only for test-authored material. Projection consumes the current settled workpiece revision. Petrinaut owns canonical net schemas, mutations, parsing, and simulation; Brunch imports or mechanically derives those contracts and never hand-copies their field shapes. +Flue history is the canonical conversation log; the Markdown workpiece owns semantic synthesis, and projection consumes that workpiece. Petrinaut owns canonical schemas, mutations, parsing and simulation. Mission 7's [live revision contract](MISSION.md#revision-provenance-and-effect-contracts) and [migration constraints](MISSION.md#ownership-teaching-and-scope) now own settlement, hashing, state, and the fenced-to-tool change; the tagged prepared route remains test-authored. These are contracts to implement, not claims the change has already shipped. Mission 2 proved an idempotent model-free sweep: one envelope per user utterance, quote equal to source text, payload `{}`. The production path never invoked capture. On 2026-09-04 capture envelopes and sweep semantics were rejected for provenance: Flue history already carries message ids and exact text, and the store duplicated them under a second identity scheme (decision log C8, G20). Three things stay distinct: those rejected semantics; the existing session-log archive lane in `binding-flue`, which may be hardened only if Mission 7's compaction probe shows `history()` loses folded records; and any new immutable lineage projection actually required by compaction, relocation, or authorization. Task-local JSON is forbidden across any claimed process or task replacement boundary. -**Provenance relations lock (2026-09-04).** Lineage and basis are distinct contracts and neither is inferred from the other. Lineage is recovered from the log: settled revisions, mutation requests, and one independently verifiable transition record per browser mutation (requested base hash, observed pre-apply hash, post hash, outcome, disjoint derived effects, diff accounting, conflicting duplicates to unknown). Basis is declared by the constructor on each mutation request as `declared { revisionId, sha256, locators, rationale, scope }` or `absent { reason }`, operation-level unless an intended-effect mapping names elements, and the cited revision must already have settled; a mutation never shares a tool batch with `update_workpiece` and never cites "latest." Passage-to-conversation ranges are conversation context temporally associated with a revision, not evidence, unless `update_workpiece` carried a revision-time evidence relation (`{ locator, messageIds, kind }`). Element ids are never reused across identity epochs, and origin, current state, change history, and attempt history are distinct query semantics. Every why answer reconciles against the live document hash or labels itself "as of the last reconciled state"; external state is imported with dispositions and never laundered. Actors are recorded roles (assistant tool call, local browser executor, user under principal key, test-authored fixture author); human identity is unknown; "when" is canonical stream order. Passage identity is policy before probe: ids never reused after deletion, split and merge record predecessors and successors, ambiguous paraphrase refuses continuity, reintroduction starts a new identity unless declared, locators resolve to immutable revision-local spans. Rejected with reasons: temporal adjacency as causation, hash-only net-to-workpiece joins, provenance pointers in the Petrinaut document, and hand-authored derivation fixtures. +**Provenance relations lock (2026-09-04; promoted 2026-09-07).** The detailed revision/basis/evidence/transition/epoch/reconciliation/role/passage contracts now live only in [root authority](MISSION.md#revision-provenance-and-effect-contracts). The essential cross-mission distinction remains: lineage records what happened; declared basis records the constructor's stated reason; evidence supports meaning; temporal context does not prove it. Mission 9/10 consume the earned seam, not a parallel definition here. Rejected alternatives and reasons remain in the [Step B packet](docs/mission-drafts/7-explainable-construction.md#preserved-rationale-and-rejected-alternatives) and the design record. Keep these epistemic levels separate: @@ -132,7 +132,7 @@ Optional SDCPN mapping hints remain advisory, may be absent or plural, identify The smallest planned provenance seam, to be earned by Mission 7, is: settled workpiece revision identity (call id plus SHA-256), passage locator under the passage policy, optional revision-time evidence relation, stable net-element ids with identity epochs, declared basis per mutation request, and the transition record. Storage is the Flue log plus per-conversation state; the compaction probe decides whether an archive lane is needed. Stable ids must be exercised rather than assumed. Unsupported defaults, stale or partial state, identity churn, repeated projection, and visible partial failure stay explicit. -**Tool admission lock (2026-09-04).** Deferral of Petrinaut tool wiring ended. The inherited six-tool and two-tool subsets are retired as product surfaces once Mission 6 archives. Operations are scenario-selected from the proving case with each class citing the requirement it discharges; their schemas are derived mechanically from Petrinaut's AI tool bundle over a repaired provider carrier (a JSON Schema to Valibot interpreter for the subset Petrinaut uses, or upstream Flue Standard Schema support; never a local copy). The 2026-09-04 case survey and the candidate table live in the mini spec section 3.8. Parity with the stock modeller remains a non-goal; expansion is by observed need with the case named. The `ask` and `sweep` client handling is retired from code under Mission 7 authority; their designs stay in the archives and the structured-question backlog below. +**Tool admission lock (2026-09-04; cut 2026-09-07).** Scenario-selected canonical admission replaces the old subset policy; root [Scenario and admission](MISSION.md#scenario-and-admission) now owns Vestera selection and the real carrier proof. Stock-modeller parity remains a non-goal. The old subset surfaces and orphaned `ask`/`sweep` handling are retired only under the [Step B subtraction inventory](docs/mission-drafts/7-explainable-construction.md#migration-and-subtraction-inventory), not merely because Mission 6 is archived. Their designs remain historical and in the structured-question backlog. The mini spec's section 3.8 retains the original case survey. Do not add a comprehensive process ontology, graph database, universal subject/predicate/value schema, deterministic capture-to-workpiece reducer, full regeneration engine, or typed completion algebra before observed consumer strain earns one. @@ -243,15 +243,23 @@ The provisional shared-interface names `EvidenceBackedWorkpieceItem`, `Derivatio Detailed mission-specific boundaries, tracer floors, readiness ratchets, risks, oracles, and stop conditions live only in these four context repositories: -- [Draft Mission 7 — construct and explain one real net region](docs/mission-drafts/7-explainable-construction.md), written at cut-level detail with a conversion map +- [Mission 7 — Step B amendment packet](docs/mission-drafts/7-explainable-construction.md), retained for the separate owner gate; Step A is live in root authority - [Draft Mission 9 — repeatable projection breadth](docs/mission-drafts/9-traceable-projection.md) - [Draft Mission 10 — bounded reviewer revision](docs/mission-drafts/10-bounded-reviewer-revision.md) - [Draft Mission 11 — optimisation handoff](docs/mission-drafts/11-optimisation-handoff.md) -Do not create Mission 4 or Mission 8 drafts. Mission 5 is on the FE-1574 branch beneath this one and was Mission 6's transport prerequisite; Mission 6 is closed here and its execution record exists only in root `MISSION.md`. Mission 11 stays deliberately shallow until Chris and Yannis accept input artifacts, one optimisation question, scenario/parameter representation, execution boundary, expected result, and minimum credibility checks. +Do not create Mission 4 or Mission 8 drafts. Mission 5 on FE-1574 was Mission 6's transport prerequisite; Mission 6's closed record is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md), and Mission 7 is now live. Mission 11 stays deliberately shallow until Chris and Yannis accept input artifacts, one optimisation question, scenario/parameter representation, execution boundary, expected result, and minimum credibility checks. ## Unallocated backlog +### Explicit assumption-based preview + +The PM wants Brunch to **offer to fill gaps or guess when time is tight or the user wants a quick preview**. This is about completing a provisional model, not merely summarizing an explanation or anticipating relevance. The owner raised it during the Mission 7 cut as a related future capability; no preview mode is authorized by that cut, and current no-invention rules are not a blanket prohibition on a later explicitly assumption-based mode. + +The linked hypothesis is that reusable domain-typology and target-formalism teaching might work better as "how to understand a Petri net" than only "how to construct one": the same knowledge could support reading, interpretation, construction, inference and extrapolation. This is an untested design hypothesis, not a mandated rewrite. Mission 7 tests the current combined guidance first and retains any observed strain that bears on it. + +**Owner and re-entry:** unallocated backlog under Lu Nelson; return when quick-preview interaction is selected for a later mission or Mission 7 exposes a relevant explanation/inference limitation. That cut must settle when the agent offers this, what user assent permits, which assumptions are acceptable, how provisional content is marked and explained, and how review confirms, replaces or rejects it. Do not settle these product choices by implementation. Candidate oracle: an incomplete operational account produces a recognisable provisional model after the agreed interaction, with guessed assumptions distinguished from elicited facts in the workpiece, net explanations and later correction; refusal/no-consent and conflicting-evidence controls must remain honest. This concern is not assigned automatically to Mission 7 or to optimisation. + ### Universal elicitation teaching The supported core is objective-relative interviewing: establish intended questions, audience, boundary, horizon, accuracy need, non-claims, and assumption tolerance; begin with one concrete occasion and walk it before generalizing; preserve expert statement, inference, assumption, unknown, unasked, conflict, correction, omission, and loss; treat divergence as information; spend questions by information value; stop on evidence rather than fluency, headings, fatigue, or turn count. @@ -319,7 +327,7 @@ The surviving outcome is intentionally split: **runbook/workpiece path accepted; Validated construction proved packaging, canonical callback validation, and a hermetic non-empty fixture using exactly `getLatestNetDefinition`, `addType`, `addParameter`, `addPlace`, `addTransition`, and `addArc` through immutable Flue `initialData`; those tools stayed absent from ordinary conversations. One paid run failed provider-visible nested shape: all nine `addType.elements` arrays arrived as strings, yielding a parser-valid but semantically vacuous empty net. One-shot construction took 162–271 seconds versus 5–23-second teaching turns. Construction-gap return was not exercised; the agent emitted `partial-with-named-gaps`. Periodic generation, programmatic load, and validated patch remain successors, never retroactive success. -Do not rewrite Mission 3 as if all proof items passed. Mission 6 may test only the least browser mutation required by its prepared-fixture viability line; the broader falsified provider-visible nested-schema route remains Mission 9's first projection risk tracer, not Mission 5/6 closure and not retroactive Mission 3 success. +Do not rewrite Mission 3 as if all proof items passed. Mission 6 tested only the least browser mutation required by its prepared-fixture viability line; the falsified provider-visible nested-schema route is now Mission 7's A1 risk tracer, not Mission 5/6 closure and not retroactive Mission 3 success. Mission 9 owns further schema breadth. ### Gherkin pressure test @@ -404,9 +412,33 @@ AI SDK 7 `HarnessAgent` is undecided: it is the converse of the current door, re Exploded-view net prototypes belong on Petrinaut website host routes, not `:4321`. If `ChatAgent` leaves the app, put it under `packages//`; the app stays shell. HASH embed remains stock unless explicitly opted in. Historical Conditions 1/2/4/5 remain batch evidence; no TUI, retired SDCPN elicitor, generalized `useElicitation()` runtime, loader, workflow engine, or second model-facing agent. +## 2026-09-07 Mission 7 cut conversion + +Source: the complete pre-split planning record at [`d6b7ea829f`](https://github.com/hashintel/hash/commit/d6b7ea829f). The closed Mission 6 authority at [`9b94604cb0`](https://github.com/hashintel/hash/commit/9b94604cb0bc34765ec7e7e8616ac907a061b1fb) becomes `docs/mission-archive/6-resumable-workpiece-petrinaut.md` with only relative links rebased. The conversion consumes Step A, not the whole mission: exactly one live root authority, one non-authoritative Step B packet, and three successor drafts survive. No product implementation, instrument freeze, paid run, push or PR submission is part of this documentation cut. + +| Source item | Current home and disposition | +| --- | --- | +| Cut preparation, accepted execution structure and pre-cut checklist | Root Status, Scenario and admission, Execution graph and delegation, Inventory and explanation standard, Behavioural discriminator, Paid evidence envelope and Ownership/teaching constraints. Vestera, full ordinary coverage, $100/Sonnet floor, Lu's gates and Chris/Yannis non-dependency are settled. The 200-call cap and three-attempt repair bound are conservative operational defaults, not quoted owner numbers. | +| Visible advance, deployment, previously impossible and completion | Root Imperative names the goal and local posture; Step B packet alone owns the final demo and completion portfolio. No release claim from Step A's first green tracer. | +| Cold-start reads and inherited stratum closure | Root Cold-start reads carries sources and qualified M2–M6/M8 facts; Step B reads root plus its actual gate evidence. Historical evidence stays immutable. | +| Contract stratum, boundary crossings, accepted constraints and guarded invariants | Root Throughline and Constraints own shared live contracts; Step B packet owns only closure breadth. Spine's shared-frame summaries route to root. | +| Step A tracer, four decision tables, two measurements and outcome classification | Root Proof and Stop or reorient. Model-facing why/minimal pane and actual browser-effect witness are integrated Step A requirements, not deferred mocks. Early existing-tool A4 pins must be repeated on new records. | +| Step B proof floor, readiness gate and Step B execution portfolios | Retitled packet's Proposed Step B proof floor, Readiness ratchet and execution portfolios, Proposed readiness gate. B1/B2/B3 remain behind the owner gate. | +| Candidate evidence/oracles and verification approach | Root Exact prospective oracles and evidence owns Step A; packet Candidate evidence and exact oracles owns Step B closure/regression checks. Shared exact checks are consumed unchanged, not independently redefined. Vestera discriminator now has a concrete prospective path. | +| Runtime migration, subtraction and cross-cutting obligations | Packet Migration and subtraction inventory and Proposed readiness gate preserve every old/new history, mixed version, fixture, rollback and removal-gate combination; root preserves immediate consumer inspection and compatibility constraints. No early archive subtraction. | +| Inputs/joins, risks/assumptions, expected paths, fog and stops | Root responsibility/delegation map, cold reads, probe branches, budget and fog own initial decisions and falsifiers. Packet Inputs and joins, Risks and assumptions, Expected Step B touched paths, Step B fog-line and Stop or reorient own later breadth. Paths/test names are prospective, not implemented assertions. | +| Outgoing Mission 9/10 seams, gates and oracles | Packet Outgoing joins and named successor drafts; root Deferred points there. Repeat/change/retirement/concurrency and reviewer authority are not added to Step A. | +| Rejected mechanisms, scope history, no separate probe mission, click-to-chat strain and assertion-card re-entry | Packet Preserved rationale and rejected alternatives; spine's capture/workpiece and structured-question history retains older relationships and reasons. Source commit plus design evidence preserves the complete former draft. | +| Mission 6 Deferred and human waiver | Archive retains exact closure; root Deferred and packet B3 take genuine typed/Voice/stopped-entry two-tab acceptance. Future recovery/atomicity/seed concerns remain under the new strain-triggered paragraph below. | +| Mission 7 choices requiring later proof | Mission 9's Scenario breadth obligation must allocate and prove more complex cases in later cuts. PM gap-filling preview and neutral-teaching hypothesis have their sole future home under Explicit assumption-based preview. | + +**Mission 6 recovery carry, not immediate work:** multi-tab concurrent editing, refusal of an old tab's concurrent write, a durable cross-store commit protocol, explicit localStorage failure injection, and prepared-fixture promotion retain their prior strain gates: automatic mirror loss/overwrite, a consumer needing atomic bundle identity, or evidence of incoherent recovery. Mission 9 owns concurrent change when its repeat/change scenario requires it; Mission 7 B3 owns lifecycle compatibility for its own claim; a separately cut Mission 4 close-out/seed successor owns reusable fixture promotion. The re-entry oracle must reproduce the observed loss/overwrite or stale write and demonstrate visible refusal/recovery without a false settled bundle; seed promotion additionally needs honesty, reproducible restoration and owner acceptance. None is blanket permission to add transactions or failure-injection APIs now. + +The old partial-utility proposal (re-examine per-class thresholds and release only passing classes) is superseded by the owner's accepted useful explanation for every ordinary behaviour-affecting part. Correct refusal remains mandatory safety for controls, never an ordinary coverage pass. The rejected preview-summary interpretation is not retained as a product requirement: the requested capability is explicit gap filling/guessing under a future policy. These are semantic dispositions, not silent omissions. + ## 2026-09-04 provenance replanning migration disposition -This ledger satisfies the one-authoritative-home and no-silent-loss rules for the 2026-09-04 recut. Every planning item in the former Mission 7 draft (`7-capture-backed-review.md`, renamed with history to `7-explainable-construction.md`), the former Mission 9 draft, and the affected spine paragraphs maps to exactly one surviving destination. Nothing was removed without a named home or a recorded rejection with reason. +This ledger records the homes at the 2026-09-04 recut. Its "Draft 7" section references are historical addresses; the Mission 7 cut conversion above maps them to current root authority and the Step B packet. Every planning item in the former Mission 7 draft (`7-capture-backed-review.md`, renamed with history to `7-explainable-construction.md`), the former Mission 9 draft, and the affected spine paragraphs was dispositioned; nothing was removed without a named home or recorded rejection with reason. | Former item | Surviving home | Disposition and consequence | | --- | --- | --- | @@ -537,9 +569,9 @@ The owner subsequently changed the integration premise: Voice should use canonic ## 2026-09-03 product-manager litmus reframing -Later on 2026-09-03 the owner replaced the "visible/usable proof" completion criterion with the product-manager litmus defined in the accepted spine above. The observed problem was that each précis pinned completion to an evidence bundle at the first green throughline tracer, which convinces a builder but is invisible to a product manager, and that Draft Mission 9 carried engineering internals in its visible-advance section. The change re-pins completion to each mission's readiness gate for the named demo scenario, moves oracles out of the visible-advance sections, expands Mission 7 from one element to every consequential element of the demo net, and names the deployment posture problem for Missions 7, 9, and 10. Mission 5 was live on its own branch and was not touched by that commit; on restack, the live branch adopted the litmus in [`MISSION.md`](MISSION.md#product-manager-litmus), naming Stop-that-really-stops and one shared typed/spoken conversation as its product-manager-noticeable advance and its single-route consolidation as internal sequencing. Mission-specific detail lives in the affected drafts' `Visible product advance` and `Throughline proof floor` sections and in the [draft README](docs/mission-drafts/README.md). +Later on 2026-09-03 the owner replaced the "visible/usable proof" completion criterion with the product-manager litmus defined in the accepted spine above. The observed problem was that each précis pinned completion to an evidence bundle at the first green throughline tracer, which convinces a builder but is invisible to a product manager, and that Draft Mission 9 carried engineering internals in its visible-advance section. The change re-pins completion to each mission's readiness gate for the named demo scenario, moves oracles out of the visible-advance sections, expands Mission 7 from one element to every consequential element of the demo net, and names the deployment posture problem for Missions 7, 9, and 10. Mission 5 was live on its own branch and was not touched by that commit; on restack, that branch adopted the litmus in its root authority, naming Stop-that-really-stops and one shared typed/spoken conversation as its product-manager-noticeable advance and its single-route consolidation as internal sequencing; see its [retained implementation record](docs/evidence/implementations/mission-5-direct-voice-flue/README.md). Mission-specific detail lives in the affected drafts' `Visible product advance` and `Throughline proof floor` sections and in the [draft README](docs/mission-drafts/README.md). -Mission 6 had been cut into root [`MISSION.md`](MISSION.md) on the FE-1575 branch from the pre-litmus draft earlier the same day. That cut was recut on restack rather than left as it stood: its proof section had named the evidence bundle (selector, manifest, snapshots, revisions) as the visible proof artifact and read as if the first green two-tab pass were completion. The recut moves the release note, demo script, and previously-impossible statement into the imperative, names the readiness gate as the completion bar, keeps the seven discriminating oracles as builder evidence, and records the local-only demo posture explicitly. No Mission 6 draft remains here. +Mission 6 had been cut into root authority on the FE-1575 branch from the pre-litmus draft earlier the same day; that record is now [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). That cut was recut on restack rather than left as it stood: its proof section had named the evidence bundle (selector, manifest, snapshots, revisions) as the visible proof artifact and read as if the first green two-tab pass were completion. The recut moves the release note, demo script, and previously-impossible statement into the imperative, names the readiness gate as the completion bar, keeps the seven discriminating oracles as builder evidence, and records the local-only demo posture explicitly. No Mission 6 draft remains here. ## 2026-09-03 Mission 5 becomes Mission 6's transport prerequisite diff --git a/libs/@hashintel/brunch-agent/docs/mission-archive/README.md b/libs/@hashintel/brunch-agent/docs/mission-archive/README.md index b2935cae472..7289d085184 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-archive/README.md +++ b/libs/@hashintel/brunch-agent/docs/mission-archive/README.md @@ -7,3 +7,4 @@ Closed `MISSION.md` files, moved here on close or explicit owner-directed branch - [`3-structurally-typed-runbook-to-headless-pn.md`](3-structurally-typed-runbook-to-headless-pn.md) — Mission 3, closed 2026-08-31 with the runbook/workpiece path accepted and real-model construction falsified on the exercised route. - [`4-owner-led-runbook-and-workpiece-redesign.md`](4-owner-led-runbook-and-workpiece-redesign.md) — Mission 4's interim 2026-09-01 branch-transition archive, later superseded when the owner reopened the mission; retained as historical contract evidence. - [`4-core-plugin-elicitation-proof-of-life.md`](4-core-plugin-elicitation-proof-of-life.md) — Mission 4's final 2026-09-03 closure: core/plugin implementation accepted on narrower evidence, S4 review-to-elicitation transition deferred, and no full-run workpiece candidate produced. +- [`6-resumable-workpiece-petrinaut.md`](6-resumable-workpiece-petrinaut.md) — Mission 6, closed by owner decision on 2026-09-04; prepared-fixture browser mutation and two-tab resume accepted, with fresh-human Voice/stopped-entry checks explicitly waived and carried. Archived at the Mission 7 cut with only relative links rebased. diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md index a3747160cf2..1eff3e61d86 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md @@ -1,438 +1,237 @@ -# Draft Mission 7 — Construct and explain one real net region from a genuine conversation +# Draft Mission 7 — Step B amendment packet -> Draft cluster only. Not execution authority. Do not implement until this cluster is re-evaluated and cut into `MISSION.md`. +> Draft amendment packet only. Not execution authority. Do not implement Step B until Step A has reached its owner gate, the owner has separately authorized this amendment, and the amendment has been committed to [`../../MISSION.md`](../../MISSION.md). -This draft is written at cut-level detail so that conversion into a live `MISSION.md` is a re-evaluation rather than a rewrite; the [cut conversion map](#cut-conversion-map) at the end names which section becomes which live address and how the two-step authority is represented. It was recut on 2026-09-04 from the former "capture-backed review of an honest prebuilt pair" after two independent reviews of the provenance design, then tightened the same day after a readiness review of the recut; the reasoning is in the [decision log](../evidence/design/provenance-and-tooling-decision-log-2026-09-04.md) (sections C, F, G, H), the [mini spec](../evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), the [independent review](../evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), and the [follow-up review](../evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md). Where this draft cites an entry such as G7, that entry is the surviving rationale. The owner's standing qualification on the readiness review is recorded as H0: it may make this mission more rigorous, never narrower. +Step A authority has been consumed into root [`MISSION.md`](../../MISSION.md). Its imperative, production throughline, adversarial tracer, four probes, two measurements, outcome classification, initial execution graph, accepted shared constraints, paid-evidence envelope, fog, and stop branches live only at [`#imperative`](../../MISSION.md#imperative), [`#throughline`](../../MISSION.md#throughline), [`#proof`](../../MISSION.md#proof), [`#constraints`](../../MISSION.md#constraints), [`#fog-line`](../../MISSION.md#fog-line), [`#stop-or-reorient`](../../MISSION.md#stop-or-reorient), and [`#deferred`](../../MISSION.md#deferred). This packet preserves only the proposed Step B amendment and the detail needed to evaluate and execute it after the gate. It does not authorize work by implication. -## Cut preparation — 2026-09-07 +The fully preserved pre-split source is git commit `d6b7ea829f`. Rationale provenance remains in [`../evidence/design/provenance-and-tooling-decision-log-2026-09-04.md`](../evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [`../evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md`](../evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [`../evidence/design/provenance-by-lineage-independent-review-2026-09-04.md`](../evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), and [`../evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md`](../evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md). H0 still applies: review may make the consolidated construction-and-explanation mission more rigorous, never narrower. -The owner authorized cutting Mission 7, creating its branch, and updating FE-1573. Branch `ln/fe-1573-construct-and-explain` was created from Mission 6's owner-close commit [`9b94604cb0`](https://github.com/hashintel/hash/commit/9b94604cb0bc34765ec7e7e8616ac907a061b1fb), not from `main` or `origin/main`. FE-1573 is in progress. This draft remains non-authoritative while the remaining cut-time owner decisions are resolved; the closed Mission 6 record is still in root `MISSION.md` pending archival and conversion. +## Amendment gate -**Selected:** Vestera is the proving scenario for this pass. Its existing case inputs remain private to the interviewee and its answer keys remain evaluation-only. The recommended region is multi-line changeover and production eligibility: shared crew contention, asymmetric family changes, and product/line restrictions with unknowns preserved. The exact region, admitted operations, behavioural check, consequential inventory rule, utility threshold and reviewers, paid model/call/spend envelope, and disposition of Chris/Yannis discovery are finalized in the cut, not inferred from this selection. More complex cases remain required future proof, not optional improvements or claims established by Vestera; their planning owner and re-entry live in [Mission 9's scenario breadth obligation](9-traceable-projection.md#scenario-breadth-obligation). +Step B may be cut only after Step A produces a classified outcome allowed by [`MISSION.md#probe-outcomes-and-owner-gate`](../../MISSION.md#probe-outcomes-and-owner-gate), any required rework is named, and the owner separately authorizes Step B's scope, provider envelope, and claim. The amendment must be an authority-only commit before dependent implementation or evaluation work. Step A completion is not authorization. -### Execution structure accepted for incorporation +At that gate, replace probe-dependent alternatives below with the observed branch; do not leave placeholders for choices already settled by the owner. Preserve the consolidated mission shape unless a terminal Step A outcome requires stopping or returning explainability to design. -This supplements, rather than replaces, the six-address mission contract, proof leaves, readiness gate, and two-step authority. Chunks are delegated work inside one mission, issue, branch, and PR, not new missions. The dependency graph is an execution hypothesis; change ordering when observed evidence warrants it without silently changing scope or policy. - -```text -Step A authority cut - ├─ A1 provider carrier and one scenario-required nested mutation - ├─ A2 settled workpiece revisions over the mounted production agent - ├─ A3 independently observed browser mutations and transition records - └─ A4 history survival and reopen pins, starting with existing tools - A1 + A2 + A3 + A4 - → A5 joined construction and model-facing why, with a minimal real pane - → A6 genuine adversarial tracer; all four probes; cadence, basis, safety and utility measurement - → owner gate: allowed amendment, named rework, or terminal stop - → separately committed Step B authority amendment - ├─ B1 meaning and lineage contract closure - ├─ B2 mutation and reconciliation contract closure - └─ B3 product and lifecycle contract closure - → integrated genuine proving run, behavioural check, safety, blinded utility, product demo -``` +## Cold-start reads -- **A1** owns plugin schema/tool machinery. Handoff: canonical schemas survive the real provider boundary for the tested operation, or a precise carrier blocker. A successful nested call does not admit every other operation without its own evidence. -- **A2** owns core revision machinery and focused app integration. First pin tool-call identity, persistent-state writes from tool execution, and batch behaviour; then prove real settlement, current Markdown recovery, and revision identity. Handoff: the settled-revision contract, not an assumed future history API. -- **A3** owns actual browser execution observation and plugin effect semantics. First prove independent pre/post observation and diff accounting on one canonical mutation. A headless callback returning `applied: true` is insufficient; where both hosts need the same effect semantics, share those semantics without adding Brunch logic to Petrinaut. A generic host extension is considered only if the real execution boundary requires it. -- **A4** owns binding/history investigations and evidence. Begin compaction and reopen pins on existing genuine records in parallel with A1–A3; repeat against their actual revision and mutation records before the final verdict. Early substrate evidence does not substitute for the mission's four probe outcomes. The archive-lane fail branch must remain available until decided. -- **A5** is integration-owned: settled citation and refusal, declared basis, authorized evidence acquisition, live-state reconciliation, structured why results interpreted through the actual assistant interaction, and the minimal real pane. Pane and persona-host adaptation may be delegated after their consumed contracts exist. A new browser-driven persona executor is a candidate, not mandatory architecture; a human browser conversation remains an admitted route. -- **A6** applies the existing adversarial tracer and probe decision tables. Before claiming no false attribution, it needs citation refusal, evidence-source validation, independently verifiable effects, conflicting-result refusal, live-state reconciliation, honest absent basis, and an enumerated tracer inventory. These safety premises cannot be postponed to Step B. Passage-policy selection and cadence/basis measurements use the genuine workpiece rather than unrelated mock content. -- **B1** completes passage/evidence continuity, origin versus current-state query semantics, identity epochs, and basis-quality coverage for the accepted region. **B2** completes admitted-operation coverage, duplicate and unknown outcomes, external changes/imports, and binding enforcement. **B3** completes the revision list/diff, migration and rollback behaviour, reopen, stock coexistence, docs, and subtraction after the archive-lane decision. Each extends Step A's demonstrated safety; aggregate unit-test totals do not replace the integrated run or human gates. +Read root authority first, especially [`#scenario-and-admission`](../../MISSION.md#scenario-and-admission), [`#execution-graph-and-delegation`](../../MISSION.md#execution-graph-and-delegation), [`#probe-outcomes-and-owner-gate`](../../MISSION.md#probe-outcomes-and-owner-gate), [`#inventory-and-explanation-standard`](../../MISSION.md#inventory-and-explanation-standard), [`#paid-evidence-envelope`](../../MISSION.md#paid-evidence-envelope), and [`#cold-start-reads`](../../MISSION.md#cold-start-reads). Those sections own shared definitions and Step A results; this packet does not duplicate them. -One integration owner controls `packages/plugin-sdcpn/src/flue.ts`, `apps/brunch-agent/src/agents/chat-agent/agent.ts`, website client-tool/transport registration, the basis-envelope join, and `MISSION.md`. Worker briefs name non-overlapping write boundaries, protected semantic content, permitted deltas, handoff contracts, exact oracles, and stop conditions. Shared composition changes are integrated by that owner; delegates cannot select policy, rewrite the oracle to fit output, or amend authority. Independent contract tests and evaluation preparation may overlap production work, but answer keys never enter agent inputs. +Also read: -Mission 6's newly carried typed/Voice/stopped-entry reopen scenario belongs to B3 because Mission 7 exercises exact conversation resume. Include the reproducible human scenario from the spine before Step B closure; its waiver in Mission 6 is not a passing result. Do not reopen Mission 6 or make its skipped check a Step A lineage premise. +- the four rationale documents above and original commit `d6b7ea829f` when auditing conversion loss; +- [`../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md`](../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md) and its r2 outer witness for Mission 6's transport, least mutation, settled manifest, two-tab resume, prepared-fixture admission, and fenced-block replacement admission; +- [`../evidence/implementations/mission-5-direct-voice-flue/README.md`](../evidence/implementations/mission-5-direct-voice-flue/README.md) for the browser Flue transport and result correlation; +- [`../mission-archive/2-mechanical-capture-sweep.md`](../mission-archive/2-mechanical-capture-sweep.md), [`../mission-archive/3-structurally-typed-runbook-to-headless-pn.md`](../mission-archive/3-structurally-typed-runbook-to-headless-pn.md), [`../evidence/implementations/fe-1525-headless-runbook-pn.md`](../evidence/implementations/fe-1525-headless-runbook-pn.md), and [`../mission-archive/4-core-plugin-elicitation-proof-of-life.md`](../mission-archive/4-core-plugin-elicitation-proof-of-life.md) for inherited and rejected routes; +- [`../reference/architecture/flue-routing.md`](../reference/architecture/flue-routing.md), the installed Flue 2.0.3 agent, hook, model, signal, and history documentation named by root, and commit `157730cc5a214dd9c543e8d95c7193a219c48aef`'s `mission-8-deployment-handoff.md` for local-only posture; +- current core workpiece/client-tool code, plugin construction tools and skill, binding history reader, transport client-tool history, production `ChatAgent`, ownership/binding code, persona harness, Petrinaut canonical schemas and host boundary, evaluation cases/oracles, and Petrinaut user guide listed at [`MISSION.md#cold-start-reads`](../../MISSION.md#cold-start-reads). -## Cold-start reads +## Proposed visible product advance -Tracker: [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation) is the tracker projection for this future branch mission and advances the stakeholder outcome [FE-1478](https://linear.app/hash/issue/FE-1478/provide-provenance-from-a-generated-net-back-to-the-requirements-graph) without rewriting that record. Its title and description were read from Linear on 2026-09-07 and already describe the consolidated genuine-conversation cut; no re-title is needed. Its final description must reflect the completed cut. FE-1478's "requirements graph" and "captured assertions" wording remains the stakeholder's, satisfied here by declared basis over settled workpiece revisions rather than by a graph. +**Release note:** talk to Brunch about Vestera's multi-line production eligibility and changeovers, watch it construct the region, then ask why any ordinary behaviour-affecting element or field exists and receive a useful explanation of its declared workpiece basis, evidence or modelling inference, and recorded construction steps. Deliberately unsupported controls refuse honestly. -A fresh builder must resolve these authorities and this terrain before implementing anything: +**Demo script:** with the local Brunch and Petrinaut stack running, reopen one retained genuine Vestera conversation and its net in the Petrinaut Brunch panel. Inspect the current workpiece revision, revision list, and a diff. See shared crew contention, asymmetric family changeovers, product/line restrictions, and preserved unknowns constructed through the production agent. For ordinary behaviour-affecting elements and fields—including arcs, quantities, conditions, and initial state—type a visible name or id and inspect the governing passage, revision, authorized conversation evidence or constructor inference, and recorded assistant request and browser application. Inspect the deliberately hand-edited item and the deliberately basis-less item: the product must refuse attribution correctly and disclose both negative counts separately rather than hiding them as unsupported ordinary coverage. -- [`../../MISSION.md`](../../MISSION.md) — the current branch's live authority (Mission 6 at the time of writing). Mission 7 stacks on Mission 6's accepted archive and on Mission 5's landed browser Flue transport; create the Mission 7 branch from the final Mission 6 close commit, not from a pre-close head. Mission 6's constraint that construction tools stay out of ordinary conversations is amended by this cut, not silently. -- [`../../MISSION.next.md`](../../MISSION.next.md) — compact spine, FE-1476 product frame, cross-mission obligations, standing locks, the 2026-09-04 planning migration matrix, and later evidence admitted after this draft. -- [`README.md`](README.md) — draft authority, lifecycle, and conversion rules. -- The four design-evidence documents named above. Design evidence, not authority; every settled item becomes authority only when written into the cut `MISSION.md`. -- [`../mission-archive/2-mechanical-capture-sweep.md`](../mission-archive/2-mechanical-capture-sweep.md) — the accepted mechanical capture throughline. Historical: capture envelopes and sweep semantics are rejected for this mission's provenance (G20); the session-log archive lane in `binding-flue` is a separate existing capability. -- [`../mission-archive/3-structurally-typed-runbook-to-headless-pn.md`](../mission-archive/3-structurally-typed-runbook-to-headless-pn.md) and [`../evidence/implementations/fe-1525-headless-runbook-pn.md`](../evidence/implementations/fe-1525-headless-runbook-pn.md) — accepted workpiece leg, falsified provider-visible nested-schema construction (0 for 9 on `addType.elements`), and the vacuous empty-net warning. This mission retires that blocker. -- [`../mission-archive/4-core-plugin-elicitation-proof-of-life.md`](../mission-archive/4-core-plugin-elicitation-proof-of-life.md) — the accepted core/plugin/app split and interaction decisions this mission composes within. -- [`../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md`](../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md) and the r2 outer witness beside it — Mission 6's viability proof of transport, least mutation, settled manifest, and two-tab resume, and its honest admissions: the prepared fixture's "Current Petrinaut correspondence" section was fixture-authored (A3), and the fenced-block workpiece source is a Mission 6 contract this mission replaces (A4). The Mission 6 fixture is not promoted into this mission's pair. -- [`../evidence/implementations/mission-5-direct-voice-flue/README.md`](../evidence/implementations/mission-5-direct-voice-flue/README.md) — the browser Flue `ChatTransport` at `/agents/chat/:instanceId`, client-tool-result correlation, and admission timing this mission consumes. -- [`../../packages/core/src/workpiece.ts`](../../packages/core/src/workpiece.ts) and [`apps/brunch-agent/src/conversation/workpiece.ts`](../../../../../apps/brunch-agent/src/conversation/workpiece.ts) — the current resolver: core selects the tagged prepared signal or the latest fenced `runbook-ir` block by source message id; the app computes the SHA-256. Replaced for model-produced revisions by `update_workpiece`, which moves hashing into core; the tagged prepared route is retained. -- [`../../packages/core/src/flue.ts`](../../packages/core/src/flue.ts) and [`../../packages/core/src/client-tools.ts`](../../packages/core/src/client-tools.ts) — core owns no model-facing tool today and states the rule for adding one; the `ask` and `sweep` names here are orphans this mission retires. -- [`../../packages/plugin-sdcpn/src/flue.ts`](../../packages/plugin-sdcpn/src/flue.ts), [`../../packages/plugin-sdcpn/src/tools/petrinaut-construction.ts`](../../packages/plugin-sdcpn/src/tools/petrinaut-construction.ts), and [`../../packages/plugin-sdcpn/test/construction-tools.test.ts`](../../packages/plugin-sdcpn/test/construction-tools.test.ts) — the tool factory with the falsified carrier (`v.looseObject({})` plus `rawTransform` and the JSON Schema pasted into the description), the headless-only and fixture-only mounting modes, and the six-tool and two-tool subsets this mission retires as product surfaces. -- [`../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md), [`templates/workpiece.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/templates/workpiece.md), [`references/pn-construction.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/references/pn-construction.md), and [`references/checks.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/references/checks.md) — current teaching: concepts, the fenced-block emission rule, and Construction notes. This mission adds construction posture and the settled-revision and basis discipline. -- [`../../packages/binding-flue/src/history-reader.ts`](../../packages/binding-flue/src/history-reader.ts) and [`../../packages/transport-aisdk/src/client-tool-history.ts`](../../packages/transport-aisdk/src/client-tool-history.ts) — how history is acquired in-process with host-owned URL and transport, and how client-tool results are projected today (opaque correlated outputs, no effect semantics). -- [`apps/brunch-agent/src/agents/chat-agent/agent.ts`](../../../../../apps/brunch-agent/src/agents/chat-agent/agent.ts), [`src/conversation/identity.ts`](../../../../../apps/brunch-agent/src/conversation/identity.ts), [`src/http/ownership.ts`](../../../../../apps/brunch-agent/src/http/ownership.ts), and [`src/capture/apply-sweep.ts`](../../../../../apps/brunch-agent/src/capture/apply-sweep.ts) — composition, the principal key and conversation id that are the only identity the system carries, and the in-process fetch pattern the why lookups reuse. -- [`apps/brunch-agent/.pi/extensions/brunch-persona-testing/README.md`](../../../../../apps/brunch-agent/.pi/extensions/brunch-persona-testing/README.md) and [`src/evaluations/persona/brunch-turn.ts`](../../../../../apps/brunch-agent/src/evaluations/persona/brunch-turn.ts) — the persona harness: `--brunch-tool-host` (`none`, `mock`, `real-headless`), `--brunch-tool-mocks`, `--brunch-evidence-dir` retaining `snapshot.json` and projections per settled read, turn budget in the launch prompt only. -- [`../../evaluations/README.md`](../../evaluations/README.md), [`../../evaluations/cases/`](../../evaluations/cases/), and [`../../evaluations/oracles/`](../../evaluations/oracles/) — six persona cases with hidden truth ledgers, and the frozen protocols not to rerun. -- [`../../../petrinaut-core/src/ai.ts`](../../../petrinaut-core/src/ai.ts), [`action-schemas.ts`](../../../petrinaut-core/src/action-schemas.ts), [`command-schemas.ts`](../../../petrinaut-core/src/command-schemas.ts), [`schemas/entity-schemas.ts`](../../../petrinaut-core/src/schemas/entity-schemas.ts), [`schemas/metric-schema.ts`](../../../petrinaut-core/src/schemas/metric-schema.ts), and [`file-format/types.ts`](../../../petrinaut-core/src/file-format/types.ts) — canonical AI tool bundle, mutation and command schemas, strict entity objects with no metadata slot, and the file wrapper (`version`, document arrays, `title`, optional generator `meta`) with no provenance field. Authority; never copied. -- [`../../../petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx`](../../../petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx) and [`../../../petrinaut/docs/ai-assistant.md`](../../../petrinaut/docs/ai-assistant.md) — the host execution boundary and the user guide that must change with any user-visible behaviour. -- [`../specs/petrinaut-batched-construction-tools.md`](../specs/petrinaut-batched-construction-tools.md) — candidate `pn_read`/`pn_edit` input; observation O2 (the Mission 3 failure is a carrier failure, not a granularity failure) is load-bearing here; batching itself is Mission 9's decision unless this mission's scenario forces it. -- [`../reference/architecture/flue-routing.md`](../reference/architecture/flue-routing.md) — per-conversation versus cross-conversation state, `usePersistentState`, signals, and the upgrade pins. -- Installed Flue 2.0.3 documentation: `node_modules/@flue/runtime/docs/reference/agent-api.md` (tool `run` contract: a multi-tool batch ends the turn only when every result terminates; `ToolContext.toolCallId`), `node_modules/@flue/runtime/docs/reference/agent-hooks-api.md` ("Rendering and the rules of hooks": hooks only at render, setters only in callbacks), and `node_modules/@flue/runtime/docs/guide/models.md` (compaction folds older history into a summary, default 8000 recent tokens verbatim). These settle G1, G2, and F2 and motivate the compaction probe. -- Commit `157730cc5a214dd9c543e8d95c7193a219c48aef` on `ln/fe-1569-brunch-agent-deployment`, read with `git show 157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md` because the file does not exist in this checkout — locally verified application contract; no remote deployment. This mission names local posture. +Lu Nelson performs semantic/utility and product review independently and blinded to the run producer's trajectory. The record must not claim that Lu is ignorant of the product design. The PM's separate request to offer assumption-based gap filling for quick previews is preserved in the future spine, not added to this demo. -## Visible product advance +**Previously impossible:** Brunch had not constructed a meaningful net region inside a genuine production-agent conversation and could not connect ordinary behaviour-affecting net details to what was said and done. -**Release note:** talk to Brunch about a process and watch it build that part of the net; then ask why any element exists and see the workpiece passage the constructor declared as its basis, the conversation behind it, and which recorded step did what, or an explicit refusal. +**Completion hypothesis:** the demo succeeds without an engineer, the full Step B readiness gate below closes, and every ordinary behaviour-affecting item is usefully explained, overall and within every represented class. Safe refusal does not pass ordinary utility coverage. Deliberate controls must refuse correctly and are reported separately. Cosmetic layout is excluded because it does not affect process semantics or behaviour; the published inventory must state that reason and count the exclusion. -**Demo script (no engineer present):** with the local Brunch and Petrinaut stack running, open the demo conversation and its net in the Petrinaut Brunch panel. The workpiece pane shows the current revision, the revision list, and a diff between any two. Scroll the conversation: a real interview, labelled with its source (synthetic persona, internal human, or customer-derived), in which Brunch elicited the process, revised the workpiece as it went, and then built the region you see. Pick any element in the net and type its name or id. Read the passage Brunch declared as that element's basis, the revision it came from, the conversation lines or turns behind that passage, and the recorded steps: which assistant tool call requested it, which browser step applied it. Pick the element the demo marks as changed by hand and watch Brunch say it cannot attribute the current state. Pick the element marked as built without a declared basis and watch Brunch say so rather than improvise. +## Contract stratum -**Previously impossible:** Brunch had never built a net region inside a real conversation, only from a prepared fixture or a headless harness, and nothing connected any element to what was said. +Close the construction-and-explanation stratum for genuine Vestera conversations, the accepted multi-line region, and one document incarnation. Use the shared revision, basis, transition, epoch, reconciliation, role, admission, inventory, authorization, and explanation contracts from [`MISSION.md#constraints`](../../MISSION.md#constraints) and [`MISSION.md#inventory-and-explanation-standard`](../../MISSION.md#inventory-and-explanation-standard). -**Completion:** the mission is done when a product manager can run that script for the proving scenario and every readiness-gate obligation below is closed, including the safety and utility gates for the why operation. The first green pass through the adversarial tracer and the first real constructed region are internal milestones. +Step B closes breadth and fidelity across the admitted Vestera classes rather than substituting a toy seeded model. It deliberately tests the combined CURRENT core/plugin guidance in a complex scenario. Full useful explanations are required for every ordinary identity-bearing or behaviour-affecting element and field, including arcs, quantities, conditions, and initial state. The deliberate hand-edit and basis-less negatives remain separate controls with correct refusals and separately disclosed counts. They cannot reduce the denominator or conceal missing ordinary support. -**Scope history.** On 2026-09-03 the one-element explainability cut was judged too small under the product-manager litmus and expanded to a whole prepared net. On 2026-09-04 the prepared pair and its hand-authored derivation fixture were rejected as fixture-rigging and useless respectively (A3, B4), and the owner consolidated construction and explanation into this mission rather than splitting a thin visible-workpiece mission first, to resist the regression to thin tracers and to build fully connected parts with real test beds (F12). The follow-up review then established that this mission must close the readiness of its own claim and may move only breadth to Mission 9 (G16). Reversal condition: if the adversarial tracer shows the model cannot construct with a usable declared basis under any revised interaction, the explainability release is withheld and construction stands on its own gates (decision table below). +Neutral teaching to "understand Petri nets" is only an unproven owner hypothesis. It is not a mandatory skill rewrite. Model-facing why with minimal interaction is already part of Step A and must remain on the real interaction path; Step B must not defer it to a pane-only route. -## Contract stratum +Outside this stratum: unchanged repeat, changed input, deletion/retirement beyond the exercised negative, concurrent edits beyond the hand edit, cross-conversation access, schema classes beyond Vestera, and per-action versus batch policy remain with Mission 9 under the outgoing joins below. New complex scenarios are a required Mission 9 scenario-breadth obligation, not an optional improvement and not a claim established here. Optimisation follows proof and is not a Step B completion requirement. -Close the **construction-and-explanation stratum for one genuine conversation, one proving scenario, and one document incarnation**. Its objects and minimum seams: +## Proposed Step B proof floor -- **Settled workpiece revisions**: `update_workpiece` tool calls whose `revisionId` is the call's `ToolContext.toolCallId`, whose `sha256` is the content identity, and whose ordinal `revision` is display metadata only, with the Markdown persisted in per-conversation state (H6); the fenced-block route retired for model-produced revisions; the tagged prepared signal retained only for test-authored material. -- **Declared basis** on every mutation request: `declared { revisionId, sha256, locators, rationale, scope }` or `absent { reason }`, operation-level unless an intended-effect mapping names elements (G7). -- **Optional revision-time evidence relation** on `update_workpiece`: `evidence: [{ locator, messageIds, kind }]`, kind in elicited, inference, default, formalism-constraint, external, correction; carried forward unchanged passages inherit their relation (G3). An `elicited` relation is refused unless every referenced id resolves to an authorized true-user message in the bound conversation, reusing the session-log resolver's non-user-evidence refusal as the model (H8). -- **Mutation transition records**: requested base hash, observed pre-apply hash, post hash when a post-apply observation exists, outcome, disjoint derived effects, diff accounting; the first well-formed outcome is authoritative unless a later delivery conflicts, in which case the outcome becomes `unknown` and both deliveries remain as attempt history (G9, H7). -- **Identity epochs**: ids never reused; delete and recreate opens a new epoch; origin, current state, change history, attempt history are distinct query semantics (G8). -- **Passage identity policy** and its probe (G11). -- **Document reconciliation**: one conversation bound to one document incarnation; every why answer reconciles against the live hash or labels its staleness; external import records without laundering (G4, G5, G10). -- **Recorded roles**: assistant tool call, local browser executor, user under principal key, test-authored fixture author; human identity unknown; time is stream order (G6). -- **Scenario-selected tool admission with canonically derived schemas** over a repaired carrier (G15). -- **Consequential inventory** with one disposition per item and published numerator, denominator, and exclusions (G13). -- **Safety and utility gates** for the why operation (G14). -- **Runtime migration matrix** with a removal gate for any dual-read bridge (F15). +Run one or more genuine persona conversations on Vestera through the production agent using the operation classes admitted by Step A. Retain each under `docs/evidence/implementations/fe-1573-step-b/`, reopen it through the fixture route selected by the materialization probe, and run the demo on one retained conversation. -Outside this stratum and owned by Mission 9 with re-entry gates: unchanged repeat, changed input, deletion and retirement beyond the single negative case exercised here, concurrent user change beyond the single hand edit, cross-conversation document access and a document-scoped lineage owner, schema classes beyond the proving scenario, and the per-action versus batch decision. +The construction must represent multi-line eligibility, shared crew contention, asymmetric family changeovers, product/line restrictions, and unknowns without answer-key leakage. Every ordinary behaviour-affecting element and field in the final canonical document must resolve through the reopened authorized why operation to a useful current-state explanation. Correct refusal establishes safety only, not ordinary utility. The safety gate, behavioural discriminator, semantic review, blinded utility review, product review, migration/lifecycle checks, and typed/Voice/stopped-entry resume witness must pass. -## Boundary crossings and current throughline hypothesis +## Readiness ratchet and execution portfolios ```text -persona or human conversation in the Petrinaut Brunch panel (or the persona harness against the production agent) - → Mission 5 browser Flue ChatTransport → /agents/chat/:instanceId → ChatAgent - → agent revises the workpiece: update_workpiece { markdown, evidence? } settles; state holds { revisionId, sha256, revision, markdown } - → workpiece pane shows the revision; chat shows a one-line marker - → next render exposes the settled revision; agent reads the live definition via getLatestNetDefinition - → agent requests one mutation at a time citing { revisionId, sha256 } with declared basis; the turn terminates on the browser tool - → Petrinaut panel: observes pre-apply hash, validates canonical input, applies, derives effects, returns one transition record - → client-tool-result signal resumes the conversation; the agent reconciles effects against intent; unanticipated effects are basis-absent - → agent calls getNetCompilationErrors, repairs within budget, and records decisions in Construction notes and a closing update_workpiece - → reviewer types an element name or id; the why operation: locate element → epochs and transition records → basis → span in the cited revision → evidence relation or temporal context → recorded roles → live hash reconciliation - → panel renders the answer in the workpiece pane, or a structured refusal: unsupported, not attributable, external, stale, ambiguous +Step A classified evidence and owner gate + → separately committed Step B amendment + ├─ B1 meaning and lineage contract closure + ├─ B2 mutation and reconciliation contract closure + └─ B3 product and lifecycle contract closure + → integrated genuine Vestera run + → behavioural, safety, semantic, utility, resume, and product witnesses ``` -Actor and authority crossings: - -- **Flue log as substrate.** Revisions and mutations are tool-call records; correlation is by call id and submission order, never a shared turn id (F1). `update_workpiece` is never batched with a terminating construction tool (G1). -- **Agent to state.** `usePersistentState` at render, setter in the tool closure, called from `run` (F2). State holds the Markdown so the current revision survives compaction of the model's context (F10). -- **Agent to Petrinaut.** The plugin strips `basis` before forwarding canonical input; Petrinaut's contract is unchanged; schemas are derived mechanically (3.6 in the spec). Petrinaut library code gains no Brunch logic. -- **Browser to record.** The transition record is the only admissible statement of effect; a plan or self-report that fails diff accounting advances nothing (G9). -- **Core, plugin, binding, app.** Core owns revision and query semantics and `update_workpiece`; plugin owns mutation names, inputs, effects, template conformance, and the element locator; binding and app own authorized history acquisition and compose the why operation (F9). -- **Authorization.** Single principal, local, one conversation per document incarnation; retrieved history is untrusted evidence returned in the smallest range (F11, G5). +- **B1 — lineage portfolio.** Complete passage/evidence continuity, origin versus current-state query semantics, identity epochs, basis-quality coverage, and useful explanation coverage for every ordinary behaviour-affecting item in the accepted region. Preserve the distinctions among elicited evidence, constructor inference/default/formalism constraint/external/correction, temporal context, and absent basis. Exercise rename, move, paraphrase, split, merge, deletion, reintroduction, duplicate headings and quotations according to the Step A-selected passage branch. +- **B2 — mutation and reconciliation portfolio.** Complete all admitted Vestera operation classes, duplicate delivery and conflicting-result handling, failed/no-op/stale/unknown attempt history, hand edits, external imports, live-hash reconciliation, delete/recreate epochs, and one-conversation-one-incarnation enforcement. Provider-schema rejection stays distinct from Petrinaut canonical rejection. Effects remain independently derived and diff-accounted. +- **B3 — product and lifecycle portfolio.** Complete current revision/list/diff and chat marker, authorized reopened why, migration and rollback combinations, fixture restoration, stock-assistant coexistence, documentation and screenshot prompt, local-only product witness, and post-probe subtraction. Carry Mission 6's typed/Voice/stopped-entry genuine two-tab resume check exactly: reproduce the human scenario from the spine before Step B closure; Mission 6's waiver is not a passing result. -## Throughline proof floor +B1, B2, and B3 may proceed in parallel only after the Step B amendment is committed and their consumed Step A contracts are stable. Their joins precede the integrated run. Aggregate unit-test totals do not replace that run or the human gates. -The floor has two steps, each under this mission's authority, separated by an owner gate (G18). +## Proposed readiness gate -### Step A — adversarial tracer and probes under the initial narrow authority +- **Inventory and explanations.** Freeze and mechanically generate the inventory under the root standard. Include every ordinary identity-bearing or behaviour-affecting entity and field: places, transitions, types, arcs and inscriptions, guards/conditions, quantities/multiplicities, capacities and limits, shared-resource relations, eligibility/restriction rules, changeover asymmetry, unknowns, and initial marking/state. Give each exactly one disposition. Publish ordinary supported/partial/refused counts, deliberate hand-edit count, deliberate basis-less count, denominator, and cosmetic-layout exclusions with the reason that layout does not affect semantics or behaviour. +- **Safety.** No false attribution. Correctly refuse unsupported, not attributable, external, stale, ambiguous-name, unknown-outcome, hand-edited, and basis-less cases. Temporal context and constructor plans never become evidence or effect. +- **Utility.** Lu Nelson reviews against the predeclared rubric: locate the governing passage; distinguish elicited evidence from inference/default/formalism constraint; understand the current definition, arcs, quantities, conditions, initial state, and latest correction; and decide whether the answer changes review judgment. Lu is independent/blinded to producer trajectory, not represented as ignorant of design. Record semantic adjudication, utility adjudication, and product review separately. +- **Revision and basis.** No mixed `update_workpiece`/terminating mutation batch; every mutation cites a settled revision; unknown or unintended superseded citations refuse. Every request declares a relevant, non-contradictory, appropriately granular basis or an honest reason for absence. Construction notes do not substitute. +- **Transitions and identity.** Every call has independently verifiable pre/post accounting. Duplicate delivery never reapplies; conflict becomes unknown while retaining attempts. Failed, no-op, stale, and unknown outcomes contribute only attempt history. Delete/recreate opens a new epoch; ids are not reused; origin, current state, change history, and attempt history remain distinct. +- **Reconciliation and binding.** The hand edit refuses attribution or discloses staleness. External import dispositions remain until recorded transitions replace them. One conversation binds to one document incarnation; a second conversation targeting it refuses. Answers name only recorded roles and stream order. +- **Probe branches.** Product and close evidence disclose the selected compaction, fixture, passage, and carrier branches and their limitations. Unsupported edit or operation classes refuse exactly as selected at the Step A gate. +- **Carrier and tools.** Admit every operation class required by the Vestera region over canonically derived schemas and cite the scenario requirement each discharges. Enforce and visibly exhaust repair budgets. Do not claim full-bundle admission. +- **Teaching and interaction.** Preserve CURRENT combined core/plugin guidance as the deliberately complex test subject; change it only under the accepted semantic envelope and owner-amendment rules where observed cadence, basis, or construction evidence requires. Keep minimal model-facing why interaction on the production path. The future assumption-based preview capability is not part of this cut. +- **Visible workpiece.** Current revision, revision list, diff, and marker appear in the app or transport surface, not as Brunch logic in the Petrinaut library. +- **Runtime migration.** Check old history/new code, new history/rolled-back code, mixed fenced/tool revisions, mixed browser/server versions, Mission 6 fixture mode, retained evidence restoration, manifest rollback, and every dual-read bridge with an explicit removal gate. +- **Behavioural discriminator.** Run `evaluations/oracles/vestera-scheduling/mission-7-behaviour.test.ts` with the frozen mutual-exclusion, release/progress, eligibility and positive-case assertions from root authority. Human semantic review additionally checks asymmetry and preserved unknowns. Carry the discriminator unchanged to Missions 9 and 10; the semantic check is not a substitute for executed behaviour. +- **Resume.** Pass the genuine two-tab typed/Voice/stopped-entry resume witness inherited from Mission 6 and the spine. +- **Coexistence, docs, and telemetry.** Stock assistant remains unchanged when Brunch is absent/unselected. Update Petrinaut guidance for the pane and why interaction with a screenshot replacement prompt. Emit no content-bearing telemetry. +- **Subtraction.** Perform the exact inventory below only after the compaction branch is known; archive/sweep subtraction waits that branch. Do not subtract early for cosmetic cleanup. -One genuine conversation on the proving scenario, run through the production agent with the persona harness in `real-headless` mode or the panel, containing at least: two distinguishable workpiece passages, two mutations with declared basis, one no-op or failed mutation, one correction that changes a passage and its element, one hand edit made outside the conversation, one carried-forward passage, one passage with non-adjacent evidence, and one multi-source synthesis. The why operation must return deterministic answers or explicit refusals for every element, with no false attribution. +## Migration and subtraction inventory -The four probes run alongside, each with its decision table: +**Keep:** `ping`, `activate_skill`, and `readPetrinautDoc`. -| Probe | Pass | Partial | Fail | Re-entry | -| --- | --- | --- | --- | --- | -| **Compaction.** Set `keepRecentTokens` low, run past threshold, read `history()`. Do folded `update_workpiece` inputs, mutation parts, and user lines survive? | Lineage reads from `history()` | Current revision from state; history claims limited to the uncompacted window and disclosed in every answer | Harden the existing session-log archive lane into an immutable lineage projection before any exact-line claim; no new log, no capture envelopes (G20) | Flue exposes a supported pre-compaction read | -| **Fixture materialization.** Export or retain, relocate, reopen, authorize, and query the tracer conversation | Retained live store or supported relocation is the demo fixture route | Relocation works but identities must be re-bound; record the binding rule | The demo runs on the retained live store where the genuine conversation was produced; relocation is filed as an upstream requirement; the prepared-projection route is not used for the why claim (H5) | Flue adds a supported export or import surface | -| **Passage identity** under the G11 policy, on the tracer workpiece, across rename, move, paraphrase, split, merge, deletion, reintroduction, duplicate headings | Locator scheme selected | Some edit classes refuse continuity; the refusals become part of the claim | Revision-local text only; no cross-revision "introduced by" | A cheaper anchor lifecycle appears in the template | -| **Carrier repair** for one real nested mutation from the proving scenario's classes | Admit the scenario's classes | Flat classes only; nested classes refused with a named blocker | Crisp upstream Flue requirement (Standard Schema or supplied JSON Schema); no local schema copy | Flue accepts Standard Schema | +**Remove after the gate:** website `brunch-ask-interactive-tool.tsx` and its test; `brunch-ask-mapping.ts`; ask entries in `brunch-client-tools.ts`; the sweep filter in `brunch-panel-transport.ts`; `brunch-sweep-output.ts`; ask/sweep references and corresponding tests in `voice-interview/canonical-speech.ts` and `interview-coverage.ts`; `ASK_TOOL_NAME`, `SWEEP_TOOL_NAME`, and the suspended ask contract in core `client-tools.ts`; and six-tool/two-tool subsets as product surfaces after Mission 6 archival. -Two further measurements are taken in the tracer and gate the release, not the cut: +**Branch on Step A compaction evidence:** remove `apps/brunch-agent/src/capture/apply-sweep.ts` and sweep types consumed by `packages/binding-flue/src/history-reader.ts`, `packages/binding-flue/src/index.ts`, `packages/core/src/evidence/capture-store.ts`, and `packages/core/src/index.ts` if the archive lane is not hardened; retain them only as that archive lane if the selected compaction branch requires hardening it. -| Measurement | Pass | Partial | Fail | -| --- | --- | --- | --- | -| **Revision cadence and basis quality.** How often `update_workpiece` is called unprompted; how often basis is declared, relevant, and non-contradictory | Blame and basis have grain | Coarser ranges disclosed; skill wording and pane interaction adjusted before breadth | Explainability release withheld; construction stands on its own gates | -| **Reviewer utility** under the blinded rubric | Utility gate passes | Coverage below threshold on named classes; claim scoped to passing classes | Explainability release withheld | +**Archive:** nothing additional. Mission 2 and Mission 4 records preserve the superseded designs. No new plan file or replacement archive is created. -Completion of Step A is not a pass. Every probe and measurement outcome is classified into exactly one of three eligibility classes, and the owner gate chooses only among the branches those classes allow (H5). Under the owner's standing qualification (H0), rework branches keep the consolidated construction-and-explanation shape; a terminal stop is reserved for outcomes that contradict that shape. +## Candidate evidence and exact oracles -| Outcome | Class | Allowed branch | -| --- | --- | --- | -| Tracer: deterministic answers or refusals, no false attribution; all probes Pass | Eligible for Step B amendment | Amend into Step B as drafted | -| Compaction Partial or Fail | Eligible after named rework | Current revision from state; history claims disclosed to the uncompacted window, or the existing archive lane hardened; Step B proceeds with the disclosure | -| Materialization Partial | Eligible after named rework | Record the identity re-binding rule; Step B proceeds | -| Materialization Fail | Eligible after named rework | Demo runs on a retained live store; relocation pursued as an upstream requirement; the prepared-projection route is not used for the why claim | -| Passage identity Partial or Fail | Eligible after named rework | Refusals for unsupported edit classes become part of the claim, or revision-local text with refused cross-revision claims; Step B proceeds | -| Carrier Partial | Eligible after named rework | Construction proceeds on carried classes; nested classes refused with a named blocker and an upstream Flue requirement filed | -| Carrier Fail | Eligible after named rework | Upstream Flue requirement filed; construction proceeds on flat classes while it is pursued; no local schema copy | -| Cadence or basis Partial | Eligible after named rework | Skill wording and pane interaction revised once; tracer rerun; measured again | -| Utility Partial | Eligible after named rework | Coverage threshold per class re-examined by the owner against the rubric; Step B proceeds on passing classes with the gap named | -| Tracer produces any false attribution that the record cannot prevent | Terminal stop for this mission shape | Return to design; do not amend | -| No route to a genuine reopened conversation at all | Terminal stop | Return to design | -| Effects cannot be mechanically derived from pre and post state | Terminal stop | Return to design | -| Basis remains circular or absent after the rework round | Terminal stop for the explainability half | Construction stands on its own gates; explainability returns to design | - -### Step B — the visible advance on the proving scenario - -One or more genuine persona conversations on the proving scenario, run to construction with the tool set the carrier probe admitted, each retained through the harness's evidence directory and reopened through the fixture route the probe selected. The demo script runs on one of them. Every consequential element in its net resolves or refuses through the reopened authorized why operation, the safety gate passes, and the utility gate passes at the predeclared coverage. - -## Readiness ratchet - -```text -Mission 5 browser Flue transport + Mission 6 viability (transport, least mutation, settled manifest, resume) -→ inherited: core/plugin/app split; canonical Petrinaut contracts; persona harness; Flue 2.0.3 contracts as pinned -→ Step A: adversarial tracer + four probes with decision tables → owner gate -→ Step B: real conversations to construction; why over them -→ readiness gate: close identity, failure, durability, basis quality, current state, oracle obligations for this claim -├─ hand Mission 9 the seam: settled revisions, basis, transition records, epochs, passage policy, reconciliation, tool set, compaction posture, fixture route, gates -├─ hand Mission 10 basis, transition records, epochs, evidence relation for reviewer citation -└─ leave repeat, changed input, retirement breadth, concurrent change, cross-conversation access, schema breadth, batching, observer, remote durability unearned -``` +All run artefacts below live under `docs/evidence/implementations/fe-1573-step-b/` unless an exact repository path is stated. -### Inherited stratum closure - -Mission 7 consumes, and must not overstate: - -- **Mission 5.** The browser `ChatTransport`, the mounted route, client-tool-result correlation, and admission timing are landed and tested; the human Voice witness is Mission 5's own gate and not consumed here. -- **Mission 6.** Transport-carried least mutation, runtime settled manifest, and two-tab resume are viability facts. The prepared fixture's correspondence section was fixture-authored and the fixture is not promoted. The fenced-block resolver is a Mission 6 contract replaced here; Mission 6's close report names the carried change (A3, A4). -- **Mission 3 and 4.** Accepted workpiece leg and core/plugin architecture; falsified nested carrier; no full-run candidate. The tracer conversation is the first genuine full run and is labelled synthetic-persona if produced by the harness. -- **Mission 2.** Capture envelopes and sweep semantics are not consumed. The session-log archive lane exists and may be hardened only under the compaction probe's fail branch. -- **Mission 8.** Local application contract only. This mission names local posture; remote durability stays with a scheduled Mission 8 successor or a pre-handoff release gate. -- **Flue 2.0.3.** The tool `run` termination contract, the rules of hooks, `ToolContext.toolCallId`, `usePersistentState` semantics, and compaction defaults are documented and pinned; the upgrade row in the routing guidance applies. - -### Readiness gate after the new throughline - -This gate is the completion bar. For the proving scenario's net, close: - -- **Inventory.** Consequential rule frozen before the run; inventory generated mechanically from the final canonical document; every identity-bearing or behaviour-affecting entity or field included; exactly one disposition per item (supported, partially supported, basis-absent, external, retired, refused); numerator, denominator, and exclusions published (G13). -- **Safety.** No false attribution; every required refusal correct: unsupported, not attributable, external, stale, ambiguous name, unknown outcome. -- **Utility.** Predeclared nonzero coverage of consequential elements with usable current-state answers, minimum coverage per admitted entity class, blinded reviewer task with the fixed rubric: identify the governing passage, distinguish elicited evidence from constructor inference, understand the current definition and latest correction, decide whether the answer changes the review judgement (G14). -- **Revision protocol.** No mixed batch; every mutation cites a settled revision; citation of an unknown or superseded revision refuses unless supersession is marked intended (G1, G2). -- **Basis quality.** Declared or absent-with-reason on every request; graded for relevance, contradiction, granularity, omitted dependencies; Construction notes never substitute (G7). -- **Transition records.** Independently verifiable on every call; duplicate delivery does not apply twice; conflicting duplicates resolve to unknown; failed, no-op, stale, unknown contribute only attempt history (G9). -- **Identity epochs.** One delete-and-recreate exercised; id not reused; origin and change history queryable (G8). -- **Reconciliation.** One hand edit exercised; the why answer refuses attribution for the affected state or discloses staleness; one external import exercised with dispositions retained (G4, G10). -- **Binding.** One-conversation-one-incarnation recorded and enforced; a second conversation targeting the document refuses (G5). -- **Roles and time.** Answers name recorded roles and stream order only (G6). -- **Passage policy.** Selected locator scheme or the revision-local fallback, with refusals as part of the claim (G11). -- **Compaction posture and fixture route.** Whichever branch the probes selected, disclosed in the product and the close report. -- **Carrier and tools.** Scenario-selected classes admitted over the repaired carrier; each class cites the case requirement it discharges; provider-schema rejection distinct from canonical rejection; repair budget enforced and visibly exhausted (G15). -- **Teaching.** Skill construction posture in place; measured cadence and basis quality recorded. -- **Visible workpiece.** Pane with current revision, list, diff; chat marker; projection in app or transport, not the Petrinaut library. -- **Subtraction, by inventory (H10).** Keep: `ping`, `activate_skill`, `readPetrinautDoc`. Remove: the website's `brunch-ask-interactive-tool.tsx` and test, `brunch-ask-mapping.ts`, the ask entries in `brunch-client-tools.ts`, the sweep filter in `brunch-panel-transport.ts`, `brunch-sweep-output.ts`, and the ask and sweep references in `voice-interview/canonical-speech.ts` and `interview-coverage.ts` with their tests; the `ASK_TOOL_NAME` and `SWEEP_TOOL_NAME` exports and the suspended ask contract in core `client-tools.ts`. Decide by the compaction probe's branch: `apps/brunch-agent/src/capture/apply-sweep.ts` and the sweep types consumed by `binding-flue/src/history-reader.ts`, `binding-flue/src/index.ts`, `core/src/evidence/capture-store.ts`, and `core/src/index.ts`, which are removed if the archive lane is not hardened and retained as the archive lane otherwise. Archive: nothing further; the Mission 2 and 4 records already hold the designs. Six-tool and two-tool subsets retired as product surfaces once Mission 6 archives. -- **Runtime migration matrix.** Old history with new code; new history with rolled-back code; conversations mixing fenced and tool revisions; mixed browser and server versions; Mission 6 fixture mode; retained evidence restoration; tool-manifest rollback; any dual-read bridge with an explicit removal gate (F15). -- **Behavioural discriminator.** One executable check derived from the workpiece (resource reservation and release, reachability, token conservation, or one scenario outcome) passes on the constructed region and is carried unchanged to Missions 9 and 10 (F15). -- **Stock coexistence, docs, telemetry.** Stock assistant unchanged when Brunch is absent or unselected; Petrinaut user guide updated for the pane and the why interaction with a screenshot prompt; no content-bearing telemetry. - -Mission 9 inherits the seam listed in the ratchet. **Owner:** Mission 9. **Re-entry gate:** an unchanged repeat request on the accepted conversation produces attempt history only, and one changed input produces a frozen expected impact set. **Oracle:** Mission 9's repeat, change, retirement, and current-state why witnesses. Mission 10 inherits basis, transition records, epochs, and the evidence relation for reviewer citation. **Re-entry gate:** an authorized reviewer's 3–5 turns produce a settled revision citing reviewer message ids and a bounded patch. Do not carry into Mission 9 anything this mission's visible claim already depends on. - -## Candidate evidence and oracles - -| Claim leaf | Existing evidence or candidate oracle | +| Claim leaf | Candidate oracle | | --- | --- | -| Browser Flue transport carries typed turns, history hydration, and correlated client-tool results | Existing Mission 5 evidence README and its 36-task Turbo run; Mission 6 focused tests for read, mutation, original call-id result, and continuation. Run `yarn exec turbo run test:unit --filter @apps/brunch-agent --filter @apps/petrinaut-website`. | -| Prepared signal retry and append-only selection; fixture-only advertisement; mismatch refusal; manifest retention | Existing Mission 6 tests named in `fe-1575-resumable-workpiece-petrinaut.md`. These remain guards for the prepared route only. | -| Construction tools currently expose the six-tool subset over the falsified carrier | Existing `plugin-sdcpn/test/construction-tools.test.ts`; `headless-petrinaut-client.test.ts`. Baseline to change, not success. | -| Multi-tool batch termination and hook rules | Prospective: `packages/core/test/update-workpiece.test.ts`, tests "declares a non-terminating result" and "captures the persistent-state setter at render and writes from run"; `packages/plugin-sdcpn/test/construction-tools.test.ts`, test "never mounts update_workpiece in a batch with a terminating construction tool". Command: `yarn workspace @hashintel/brunch-agent test:unit`, `yarn workspace @hashintel/brunch-agent-plugin-sdcpn test:unit`. | -| `update_workpiece` settles, hashes, persists state, refuses empty or oversize input | Prospective: `packages/core/test/update-workpiece.test.ts`, tests "returns revisionId equal to toolCallId and sha256 of the Markdown", "persists Markdown with the pointer", "refuses empty Markdown", "refuses Markdown over the size ceiling"; `apps/brunch-agent/test/workpiece-revisions.integration.ts`, test "the built agent settles a revision over the mounted route". | -| Mutation cites a settled revision; unknown or superseded citation refuses | Prospective: `packages/plugin-sdcpn/test/declared-basis.test.ts`, tests "accepts a basis citing the settled revision", "refuses a citation of an unknown revisionId", "refuses a superseded revision unless supersession is intended"; tracer artifact `docs/evidence/implementations/fe-1573-step-a//basis-citations.json`. | -| Transition record is independently verifiable; duplicates resolve to unknown | Prospective: `apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts`, tests "observes the pre-apply hash independently of the request", "derives disjoint created, updated, deleted, derived sets from pre and post definitions", "refuses a record whose effects do not account for the diff", "marks conflicting duplicate browser outcomes unknown and retains both deliveries"; `apps/brunch-agent/test/transition-records.integration.ts`. | -| Identity epochs; no id reuse | Prospective: `packages/core/test/identity-epochs.test.ts`, tests "opens a new epoch on delete and recreate" and "refuses reuse of a retired id"; tracer artifact `/epochs.json`. | -| Hand edit and external import are detected and disposed honestly | Prospective: `apps/brunch-agent/test/reconciliation.test.ts`, tests "reports not attributable when the live hash has no recorded transition", "labels an answer as of the last reconciled state when the live hash is unavailable", "retains external dispositions after import until a recorded transition replaces them"; tracer artifact `/hand-edit-result.md`. | -| Passage policy holds under semantic edits | Prospective: `packages/core/test/passage-identity.test.ts`, one test per policy invariant (no reuse after deletion, split and merge lineage, paraphrase refusal, reintroduction as new identity, immutable revision-local span, duplicate headings and quotations, overbroad span fails); probe artifact `/passage-identity-result.md` recording the branch. | -| Compaction posture | Probe artifact `/compaction-result.md`: `keepRecentTokens` used, messages folded, whether `history()` retained the folded `update_workpiece` inputs, mutation parts, and user lines, and the selected branch. | -| Fixture route | Probe artifact `/materialization-result.md`: export or retention method, relocation steps, reopened conversation and document identities, authorization check, and the why query run through the product operation; acceptance assertions in `apps/brunch-agent/test/reopened-why.integration.ts`. | -| Carrier carries one real nested mutation | Probe artifact `/carrier-result.md`: provider and model, generated schema, raw arguments, runtime result, repair count, latency, cost; `packages/plugin-sdcpn/test/schema-carrier.test.ts`, test "derives a Valibot schema structurally equal to the canonical JSON Schema for each admitted class". | -| Why answers are safe and useful | Frozen inventory `/inventory.json` with expected disposition per element; safety assertions in `apps/brunch-agent/test/why-safety.integration.ts`, one test per disposition class through the reopened operation; blinded utility adjudication recorded in `/utility-adjudication.md` against the fixed rubric by a named reviewer. | -| Constructed region is meaningful | Human semantic adjudication `/semantic-adjudication.md` against the workpiece; behavioural discriminator test named at cut time under `evaluations/oracles//`. | -| Stock assistant unchanged | Existing host-mode test and browser witness pattern from Mission 6; rerun at close. | -| Product | A product manager runs the demo script on the proving scenario without an engineer. | - -## Verification approach - -- **Inner.** Core: `update_workpiece` validation, hashing, state write, revision numbering; query semantics for origin, current state, change history, attempt history. Plugin: basis parsing and refusal, locator resolution, effect interpretation, template conformance, class admission by scenario rule with schemas structurally compared to canonical Zod. Website: pre-hash observation, effect derivation, diff accounting, duplicate resolution, external import. Binding and app: history acquisition, authorization, why composition. Passage policy invariants as unit tests. -- **Middle.** The built production `ChatAgent` over the Mission 5 transport at `/agents/chat/:instanceId`: revise, cite, mutate, receive a transition record, resume, reconcile, and answer why, with duplicate delivery, stale base, unknown outcome, and hand edit injected. Run through root Turbo: `test:unit`, `lint:tsc`, `lint:eslint`, and `build` for `@apps/brunch-agent`, `@apps/petrinaut-website`, `@hashintel/petrinaut`, `@hashintel/brunch-agent`, `@hashintel/brunch-agent-plugin-sdcpn`, `@hashintel/brunch-agent-transport-aisdk`, and `@hashintel/brunch-agent-binding-flue`. -- **Outer.** The adversarial tracer and the Step B conversations retained through `--brunch-evidence-dir`, reopened through the selected fixture route, and queried through the product why operation in the panel with `yarn dev:brunch` running and a real provider credential. Snapshots and projections are diagnostics only (G12). -- **Semantic and behavioural.** Human adjudication of the constructed region against the workpiece; the behavioural discriminator; the blinded utility rubric. -- **Product.** The demo script, last, after the readiness gate. - -Paid provider evidence requires cut-time authorization with model, maximum calls, and spend ceiling recorded before execution. +| Settled revision protocol remains correct | `packages/core/test/update-workpiece.test.ts`: "declares a non-terminating result", "captures the persistent-state setter at render and writes from run", "returns revisionId equal to toolCallId and sha256 of the Markdown", "persists Markdown with the pointer", "refuses empty Markdown", "refuses Markdown over the size ceiling"; `apps/brunch-agent/test/workpiece-revisions.integration.ts`: "the built agent settles a revision over the mounted route". | +| Basis cites settled revisions and refuses invalid citations | `packages/plugin-sdcpn/test/declared-basis.test.ts`: "accepts a basis citing the settled revision", "refuses a citation of an unknown revisionId", "refuses a superseded revision unless supersession is intended"; `basis-citations.json`. | +| Browser transitions are independently verifiable | `apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts`: "observes the pre-apply hash independently of the request", "derives disjoint created, updated, deleted, derived sets from pre and post definitions", "refuses a record whose effects do not account for the diff", "marks conflicting duplicate browser outcomes unknown and retains both deliveries"; `apps/brunch-agent/test/transition-records.integration.ts`. | +| Identity epochs hold | `packages/core/test/identity-epochs.test.ts`: "opens a new epoch on delete and recreate", "refuses reuse of a retired id"; `epochs.json`. | +| Hand edit and external import are honest | `apps/brunch-agent/test/reconciliation.test.ts`: "reports not attributable when the live hash has no recorded transition", "labels an answer as of the last reconciled state when the live hash is unavailable", "retains external dispositions after import until a recorded transition replaces them"; `hand-edit-result.md`. | +| Passage policy survives its admitted edits | `packages/core/test/passage-identity.test.ts`, one test per no-reuse-after-deletion, split/merge lineage, paraphrase refusal, reintroduction-as-new, immutable revision-local span, duplicate headings/quotations, and overbroad-span failure; `passage-identity-result.md`. | +| Compaction branch remains true in the Step B run | `compaction-result.md` recording `keepRecentTokens`, folding, survival of `update_workpiece` inputs/mutation parts/user lines, selected branch, and product disclosure. | +| Genuine conversation reopens with authorization | `materialization-result.md` recording export/retention, relocation, identities, authorization, and product why query; `apps/brunch-agent/test/reopened-why.integration.ts`. | +| Every admitted Vestera class crosses the carrier | `carrier-result.md` with provider/model, generated schema, raw arguments, result, repair count, latency, and cost; `packages/plugin-sdcpn/test/schema-carrier.test.ts`: "derives a Valibot schema structurally equal to the canonical JSON Schema for each admitted class". | +| Ordinary explanations and negative refusals are safe | `inventory.json` with expected disposition and separate ordinary/hand-edit/basis-less/cosmetic counts; `apps/brunch-agent/test/why-safety.integration.ts`, one test per disposition class through the reopened operation. | +| Explanations are useful | `utility-adjudication.md` against the fixed rubric, naming Lu Nelson and the blinded-to-producer-trajectory protocol without claiming design ignorance. | +| Constructed Vestera region is meaningful | `semantic-adjudication.md` by Lu Nelson against the workpiece; `evaluations/oracles/vestera-scheduling/mission-7-behaviour.test.ts` and the frozen fixture. | +| Typed/Voice/stopped-entry resume is genuine | Reproducible two-tab human witness inherited from the spine, with typed turn, Voice turn, stopped entry, reopen, continued correlation, and visible state recorded in `resume-witness.md`. | +| Stock assistant is unchanged | Existing host-mode test and Mission 6 browser witness pattern, rerun at close. | +| Product advance is visible | `product-review.md`: Lu Nelson runs the demo without an engineer and records the observed construction, ordinary explanations, control refusals and revision interaction. | + +Run focused unit workspaces as appropriate, then root Turbo `test:unit`, `lint:tsc`, `lint:eslint`, and `build` for `@apps/brunch-agent`, `@apps/petrinaut-website`, `@hashintel/petrinaut`, `@hashintel/brunch-agent`, `@hashintel/brunch-agent-plugin-sdcpn`, `@hashintel/brunch-agent-transport-aisdk`, and `@hashintel/brunch-agent-binding-flue`. The outer witness runs with `yarn dev:brunch`, a real provider credential, the production agent/transport, and the retained reopened conversation. Snapshots and projections are diagnostics only. ## Inputs and joins -- **Mission 5 join.** The browser transport and correlation contract as landed; no second route. -- **Mission 6 join.** Viability facts and the two admissions; the prepared-signal route retained for test-authored material only; the fixture not promoted; Mission 6's construction-tool constraint amended here. -- **Persona harness join.** `real-headless` host for construction calls; evidence directory retention; turn budget in the launch prompt; a completion signal from Brunch's delivery status; ledger coverage as post-hoc grade (D4). Workpiece recovery in the harness must read `update_workpiece` tool parts. -- **Petrinaut canonical-contract join.** `petrinautAiTools`, `mutationActionInputSchemas`, `aiCommandActionInputSchemas`, entity schemas, writable callbacks, by import or mechanical derivation; mismatches route upstream; no schema change for provenance. -- **Flue join.** Documented tool, hook, state, signal, and history contracts; upstream requirement if the carrier cannot be repaired locally. -- **Scenario join.** The owner selects the proving scenario from the six cases, its admitted classes with cited requirements, its consequential rule, its behavioural discriminator, and the utility coverage threshold before the run. -- **Consumer discovery join.** Lightweight, non-binding discovery with Chris and Yannis before the proving scenario is fixed, so the region exercises semantics they will need (F15; Mission 11 draft). -- **Mission 9 and 10 output joins.** As listed in the ratchet. +- **Inherited from Step A/root:** browser transport and correlation; settled revision and citation behavior; independently observed transition records; authorized history and reopen branch; carrier branch and admitted classes; passage branch; compaction posture; safety premises; local single-principal/one-incarnation posture; canonical Petrinaut ownership; no second log. +- **Mission 6:** viability facts and two admissions only; prepared material remains tagged test-authored and is not promoted. B3 owns the genuine typed/Voice/stopped-entry two-tab resume check. +- **Persona harness:** production-agent `real-headless` or admitted panel route, evidence-directory retention, launch-prompt turn budget, delivery-status completion, post-hoc ledger grading, and workpiece recovery from `update_workpiece` parts. +- **Scenario:** Vestera multi-line production eligibility and changeovers, shared crew, asymmetric family changes, restrictions, and preserved unknowns. Operation admissions and the frozen discriminator come from root authority and Step A evidence. +- **Consumer discovery:** the Chris/Yannis meeting has not occurred and is explicitly not a pre-cut or Step B dependency. Optimisation and later consumer discovery cannot block this proof. + +## Outgoing joins + +- **Mission 9:** inherits settled revisions, basis, transition records, epochs, selected passage policy, reconciliation, admitted tool set, compaction posture, fixture route, and gates. **Re-entry gate:** an unchanged repeat on the accepted conversation creates attempt history only, and one changed input yields a frozen expected impact set. **Oracle:** Mission 9 repeat, change, retirement, and current-state why witnesses. It also owns new complex-scenario breadth beyond Vestera. Do not transfer anything Step B's visible claim already requires. +- **Mission 10:** inherits basis, transition records, epochs, and evidence relation for reviewer citation. **Re-entry gate:** an authorized reviewer's 3–5 turns produce a settled revision citing reviewer message ids and a bounded patch. **Oracle:** Mission 10's authorized reviewer witness. +- **Future product requirement:** [explicit assumption-based preview](../../MISSION.next.md#explicit-assumption-based-preview) preserves the PM's desired offer to fill gaps/guess when time is tight or a quick preview is wanted. It is not an explanation-summary feature or a blanket ban on future guessing; its opt-in, labelling and promotion policies require a later cut. ## Risks and assumptions | Risk or assumption | Impact if false | Cheapest discriminating validation | | --- | --- | --- | -| The model calls `update_workpiece` often enough for revisions to have grain | Blame collapses to "the workpiece came from the conversation"; explainability release withheld | Count calls per turn in the tracer before Step B; adjust skill wording and pane interaction once | -| The model declares a usable basis unprompted | Basis is absent or circular; answers degrade to temporal context | Grade basis in the tracer for relevance, contradiction, granularity, omitted dependencies | -| `history()` keeps folded records | Exact lines and revision history vanish past 8000 tokens | Compaction probe | -| A genuine conversation can be relocated and reopened with identities intact | Persona runs cannot power the demo | Materialization probe on the tracer before any paid breadth | -| A locator scheme survives semantic edits under the policy | No cross-revision claim | Passage probe | -| The JSON Schema to Valibot interpreter preserves the scenario's nested classes | Nested classes blocked upstream | One real nested call | -| Effects can be derived mechanically from pre and post definitions and account for the diff | Self-report is unverifiable | Website unit tests with injected extra effects and hand edits | -| One-conversation-one-incarnation is enough for the proving scenario | A second conversation or principal needs the document | Decide at cut time; refuse otherwise | -| Visible names are unique enough for reviewer input, with id as escape hatch | A name-only query resolves the wrong element | Inventory duplicates; an ambiguous query must ask for the id | -| Exact lines plus declared basis are enough for a useful answer | Provenance exposed but review not helped | Blinded rubric | -| A synthetic persona yields a representative conversation | Provenance trivial on unique wording; fails on human messiness | Label sources; include the adversarial fixture with duplicate wording and rejected quotations (G12) | -| The proving scenario's consequential rule can be frozen before the run | Inventory gamed after generation | Freeze the rule and generate the inventory mechanically (G13) | -| Full-document emission per revision is affordable on the proving scenario's length | Cost forces coarser cadence | Measure tokens per revision in the tracer; structured patch is the later absorber | -| The interpreter, pane, tools, and probes fit one mission without unrelated fronts invalidating each other | Large implementation lands before a probe fails it | Step A gate before Step B (G18) | - -## Accepted constraints and guarded invariants - -- **STOP-THE-LINE — no false attribution.** A why answer never presents temporal context as evidence, a plan as effect, or absence as basis. Guard: safety assertions over the frozen inventory; negative controls. -- **STOP-THE-LINE — settled revision before mutation.** No mixed batch; explicit citation. Guard: co-batch and citation tests; tracer. -- **STOP-THE-LINE — transition record is the only statement of effect.** Guard: diff accounting and duplicate resolution tests. -- **STOP-THE-LINE — ids are never reused across epochs.** Guard: epoch ledger. -- **STOP-THE-LINE — external state is never laundered.** Guard: import dispositions retained until replaced. -- Flue history remains the canonical conversation log; no second log, capture ledger, or derivation store. Guard: dependency and state inventory. -- Markdown remains the semantic workpiece; revisions settle only through `update_workpiece`; the prepared signal remains tagged test-authored. Guard: resolver tests and public-schema inspection. -- Petrinaut owns canonical schemas, validation, mutations, document state; Brunch derives, never copies. Guard: structural alignment tests; stop on hand-copied fields. -- Core owns revision and query semantics; plugin owns operation semantics and locators; binding and app own acquisition and composition; the Petrinaut library gains no Brunch logic. Guard: topology tests. -- Stock assistant unchanged when Brunch is absent or unselected. Guard: host-mode test and witness. -- Single-principal local authorization named as a limit; retrieved history is untrusted evidence in the smallest range. Guard: ownership tests; answer inspection. -- No observer, automatic evidence fold, closed ontology, typed completion, assertion-card default, graph database, second agent or server, workflow engine, or general projection engine. Guard: dependency, tool, and state inventory. -- No content-bearing telemetry by default. Guard: trace inspection. -- Local posture only; "locally run," "locally verified image," and "remote replacement-safe" stay distinct claims. -- Paid provider evidence only under recorded budget. - -## Cross-cutting obligations - -- Workpiece sufficiency, projection fidelity, evidence provenance, revision integrity, Petrinaut semantic acceptance, deployed interaction quality, and visible failure, as stated in the spine's cross-mission obligations, hold over the constructed region and its why answers. -- Runtime migration matrix with removal gate (F15). -- Petrinaut user guide updated for the workpiece pane and why interaction; screenshot replacement prompted. -- Architecture docs: if a new folder forms a real architectural unit, add the local declaration and run the Petrinaut architecture-doc lint. -- Close report: each proof leaf's outcome, each probe's branch, the measured cadence and basis quality, the inventory numbers, the gates, and the flags carried to Missions 9 and 10. - -## Expected touched paths - -Tentative; Step A may shrink or redirect this manifest. +| Step A cadence and basis quality survive the larger Vestera run | Explanations become coarse or circular | Count and grade every revision/basis in the integrated run; one owner-authorized interaction adjustment, then rerun | +| The selected passage branch handles Vestera's repeated and revised language | Cross-revision claims overstate continuity | Passage invariant tests plus duplicate/rejected-quotation controls | +| Every admitted nested class survives provider transport | Region is incomplete or secretly simplified | Record one genuine call per admitted class with canonical structural comparison | +| Full-document revision emission remains affordable | Cadence degrades | Record tokens/cost per revision; structured patches remain a later absorber unless observed strain earns them | +| One-incarnation binding suffices for the demo | Product requires cross-conversation ownership | Second-conversation refusal test; hand the requirement to Mission 9 | +| Explanations of arcs, quantities, conditions and initial state are useful, not merely attributable | The release claim fails despite safe provenance | Lu's blinded utility task over each ordinary class | +| A synthetic Vestera persona is representative enough for this claim | Unique wording makes lineage artificially easy | Label source; retain duplicate wording, correction, rejected quotation, multi-source synthesis, and hand-edit controls | +| B1/B2/B3 can join without architecture drift | Portfolios pass alone but fail in product | Integrated reopened run before human gates | + +## Step B-specific constraints + +- Root [`MISSION.md#constraints`](../../MISSION.md#constraints) remains authoritative for shared invariants and architecture. Step B may extend demonstrated safety but cannot weaken or restate policy through implementation. +- Vestera must remain deliberately complex and use CURRENT combined core/plugin guidance; no toy seeded substitute and no answer-key leakage. +- Every ordinary behaviour-affecting field receives a useful explanation. A refusal remains safe but fails ordinary utility coverage. Hand-edit and basis-less controls are reported separately. Cosmetic layout is excluded only with the published non-behavioural reason. +- Lu Nelson is semantic/utility and product reviewer, blinded to producer trajectory. Do not claim design ignorance. +- Model-facing minimal why interaction is not deferred to a pane-only path. No new preview mode is authorized here. +- No Brunch provenance logic enters Petrinaut canonical document schemas or library UI. No copied canonical fields, second log, observer, graph database, workflow engine, second agent/server, general projection engine, or content-bearing telemetry. +- Paid Step B evidence requires separate owner authorization at the amendment gate. Root's first Step A envelope is $100 and models are at least Sonnet; it does not authorize Step B spend. +- Archive/sweep subtraction waits the compaction branch. New scenario breadth waits Mission 9. Optimisation waits proof. + +## Expected Step B touched paths + +Tentative and subordinate to the observed Step A joins: ```text libs/@hashintel/brunch-agent/ -├── MISSION.md ~ cut-time authority; amended after the Step A gate -├── MISSION.next.md ~ carried flags only -├── docs/evidence/ + probe outcomes, tracer, Step B witnesses, adjudications, gates -├── packages/core/src/ + update_workpiece; revision and query semantics; passage policy -├── packages/core/src/client-tools.ts, _suspended/ - ask and sweep names and contract -├── packages/plugin-sdcpn/src/tools/ ~ carrier interpreter; scenario-selected admission; basis handling; locators -├── packages/plugin-sdcpn/src/flue.ts ~ mount by scenario; retire subsets after Mission 6 archives -├── packages/plugin-sdcpn/src/skills/sdcpn-modelling/ ~ construction posture; settled-revision and basis discipline -├── packages/binding-flue/src/ ~ history acquisition for why; archive lane only under the compaction fail branch -├── packages/transport-aisdk/src/ ~ transition-record projection; deduplication by call id; pane projection -└── evaluations/ + proving-scenario consequential rule, discriminator, rubric +├── MISSION.md ~ separate Step B authority amendment +├── docs/evidence/implementations/fe-1573-step-b/ + integrated runs and gates +├── packages/core/src/ ~ B1 lineage/query/epoch closure +├── packages/core/src/client-tools.ts, src/_suspended/ - ask/sweep contract after gate +├── packages/plugin-sdcpn/src/tools/ ~ B1/B2 admitted classes, basis, locators +├── packages/plugin-sdcpn/src/flue.ts ~ retire subsets; integration-owner join +├── packages/plugin-sdcpn/src/skills/sdcpn-modelling/ ~ evidence-driven guidance only +├── packages/binding-flue/src/ ~ authorized why; probe-selected archive branch +├── packages/transport-aisdk/src/ ~ transition projection/deduplication/pane projection +└── evaluations/oracles/ + frozen Vestera discriminator and rubric apps/brunch-agent/ -├── src/agents/chat-agent/ ~ compose update_workpiece and the why operation -├── src/capture/apply-sweep.ts - retired unless the compaction fail branch keeps the archive lane -├── src/evaluations/persona/ ~ workpiece recovery from tool parts; cadence and basis measurement -└── test/ + protocol, record, epoch, reconciliation, why integration +├── src/agents/chat-agent/ ~ compose reopened why +├── src/capture/apply-sweep.ts - only if compaction branch permits +├── src/evaluations/persona/ ~ retained run measurements +└── test/ + B1/B2/B3 integration closure apps/petrinaut-website/src/main/app/ -├── local-storage-demo/ ~ transition records; binding; pane; why rendering; remove ask/sweep handling -└── voice-interview/ - ask and sweep references +├── local-storage-demo/ ~ transition records, binding, pane, why; remove ask/sweep +└── voice-interview/ - ask/sweep references -libs/@hashintel/petrinaut/ -├── src/ui/views/Editor/panels/ai-assistant-panel* ? generic host surface only if the app cannot host the pane -└── docs/ ~ pane and why guidance - -libs/@hashintel/petrinaut-core/ ? only for an observed canonical contract defect; no provenance slot +libs/@hashintel/petrinaut/docs/ ~ pane/why guidance and screenshot prompt +libs/@hashintel/petrinaut-core/ ? observed canonical defect only; no provenance slot ``` -## Fog-line +## Step B fog-line -- Compaction survival of `history()` records; the probe decides the branch. -- Fixture materialization route; the probe decides. -- Locator scheme under the passage policy; the probe decides. -- Carrier repair route: local interpreter or upstream Flue; the probe decides. -- Revision cadence and basis quality in a real conversation; measured in the tracer. -- Whether the optional evidence relation on `update_workpiece` is used by the model unprompted, and whether it drifts toward assertion cards under use. -- Whether one or two model-facing why tools serve the reviewer better. -- Token cost of full-document emission on the proving scenario, and when a structured patch earns its place. -- Which admitted classes misbehave at the provider boundary once the carrier carries fields. -- Whether the proving scenario needs cross-conversation document access. -- The proving scenario itself, its consequential rule, discriminator, and utility threshold: owner decisions at cut time, informed by consumer discovery. +- The actual Step A compaction, materialization, passage, and carrier branches and any limitations the owner accepts into Step B. +- Whether the optional revision-time evidence relation is used reliably without drifting toward assertion cards. +- Whether one or two model-facing why tools best serve the reviewer while preserving minimal interaction. +- Full-document token cost and whether observed strain earns structured patches. +- Which admitted Vestera classes misbehave only at full-run provider scale. +- Whether neutral Petri-net teaching improves outcomes; it remains an owner hypothesis, not required work. -Resolve these at the real boundaries. If a choice changes accepted interaction policy, architectural ownership, or the claim, return it to the owner and amend the authority before continuing. +Resolve these at real boundaries. A change to policy, ownership, scenario claim, review instrument, or paid envelope returns to the owner and requires authority amendment. ## Stop or reorient -Stop and surface evidence if: - -- the tracer cannot produce deterministic answers or explicit refusals without guessing, after one round of interaction adjustment; -- `update_workpiece` and a construction tool must share a batch to make the interaction work; -- a mutation cannot cite a settled revision because the model cannot reliably use the returned ids; -- the compaction probe fails and the only remedy is a new log rather than hardening the existing archive lane; -- the materialization probe fails and the prepared-projection route would make the why claim fixture-only; -- the carrier cannot be repaired locally without copying Petrinaut fields; record the upstream blocker; -- effects cannot be derived mechanically and the browser must self-report; -- a hand edit or external state is presented as attributed provenance; -- an id is reused across epochs; -- the constructor's basis is systematically circular or absent and no interaction change helps; withhold the explainability release; -- the utility gate cannot be met on any admitted class; withhold the explainability release; -- the pane or why operation requires Brunch logic in the Petrinaut library; -- a second conversation or principal must reach the document; that is Mission 9's owner and gate; -- the mission widens into repeat, changed input, retirement breadth, observer, remote durability, or reviewer authority; or -- the inventory rule is defined after the artifact is inspected. - -## Carried evidence and rejected alternatives - -- Mission 2 established the least capture pipe: explicit harness range, one exact envelope per user utterance, payload `{}`, stable ids on replay, no model extraction, no sweep tool. It did not establish typed semantics, a workpiece join, or durable product data. **Rejected for this mission's provenance (C8, G20):** Flue history already carries message ids and exact text; the store duplicated it under a second identity scheme. Its session-log archive lane survives as a separate capability with one named re-entry. -- Mission 3 accepted one Flue workpiece path and falsified real-model construction on the provider-visible carrier; the hermetic fixture proved packaging and canonical validation; the paid empty net is not a pair. **Consumed:** this mission repairs the carrier (B9, C11). -- Mission 4 supplied no full-run candidate. **Consumed:** the tracer is the first genuine full run, labelled by source. -- Mission 6 proved transport, least mutation, settled manifest, and resume. **Two admissions carried:** fixture-rigging (A3) and the fenced-block-to-tool change (A4). -- **Rejected: the honest prebuilt pair with a hand-authored derivation fixture** (B4, C1). Provenance now comes from constructor-declared basis and recorded transitions on a genuine conversation. -- **Rejected: temporal adjacency as causation** (F5, G3). "Latest revision before the mutation" is context, not basis; passage-to-turn ranges are context, not evidence, unless a revision-time relation is declared. -- **Rejected: a hash-only join between net and workpiece revisions** (F7, G9). Replaced by the transition record. -- **Rejected: storing provenance pointers in the Petrinaut document** (C6, B7). No slot exists; a file-level pointer waits for a Mission 11 consumer. -- **Rejected: the six-tool subset as a product surface** (C10) and **full-bundle admission by default** (F13, G15). Replaced by scenario-selected operations with canonically derived schemas. -- **Rejected: capture-fold, one-artifact merger, versioned assertion cards as default, closed kinds and slots, typed completion, per-capture losses, observer, graph database, general projection engine.** Their re-entry conditions live in the spine's backlog and standing locks. -- **Rejected: a side quest under Mission 6 or a separate probe mission for the probes** (G18). The two-step authority within this mission was chosen. -- Versioned assertion cards remain a possible future response only if the optional evidence relation on `update_workpiece` proves insufficient under observed revision strain; they are not the default. -- Typing a visible element name or id remains the accepted first interaction; click-to-chat and canvas-selection context are deferred unless textual identification proves ambiguous or burdensome (carried from the 2026-09-03 draft). -- The FE-1476 six-beat story remains the integrated floor, not the ceiling; the broader scenario portfolio remains unenumerated and must be named at cut time. - -## Cut conversion map - -The authority is cut in two steps, and the document shape must make it impossible to read Step B as authorized before the owner gate (H3). At the first cut, this draft is split rather than consumed whole: - -- **Step A → live `MISSION.md`.** The initial authority contains only Step A: the adversarial tracer, the four probes, the two measurements, the outcome classification table, and the exact oracles for those leaves. Its Deferred section points at the Step B packet without restating it. -- **Step B → this file, retitled "Draft Mission 7 — Step B amendment packet".** The Step B proof floor, the readiness gate, the Step B rows of the evidence table, and the construction body remain here under the non-authority warning, with a note that Step A's content has been consumed and lives only in `MISSION.md`. The spine's migration ledger records the split with a no-loss comparison. -- **After the owner gate**, the amendment converts the packet into the live contract in its own commit, and this file is removed under the lifecycle rules. - -| Live `MISSION.md` address at the first cut | Source in this draft | -| --- | --- | -| Status | New at cut: branch from the final Mission 6 close commit, FE-1573 re-title, two-step authority note, Mission 6 constraint amendment, paid-evidence budget | -| Imperative | Visible product advance, with the release note, demo script, previously impossible, deployment posture (local), and completion, stated as the mission's goal while the authority covers Step A only | -| Throughline | Boundary crossings and current throughline hypothesis, plus the Step A rows of Expected touched paths | -| Proof | Throughline proof floor Step A with its decision tables and outcome classification; the Step A rows of Candidate evidence and oracles; Verification approach for those leaves | -| Constraints | Accepted constraints and guarded invariants, Cross-cutting obligations, Inputs and joins | -| Fog-line | Fog-line, plus the open rows of the decision tables | -| Stop or reorient | Stop or reorient, plus the terminal-stop rows of the outcome classification | -| Deferred | A pointer to the Step B packet; the Mission 9 and 10 handoffs; the rejected alternatives with their re-entry conditions | - -### Pre-cut checklist (owner decisions, H2) - -Each item is recorded in the cut `MISSION.md` Status or Constraints before Step A runs: - -1. Mission 6 accepted, archived, and its close commit identified as the branch base (H1). -2. Proving scenario selected from the six cases. -3. Scenario-required Petrinaut operation classes, each citing the case requirement it discharges (3.8 of the spec is the candidate table). -4. Consequential-element rule, frozen before any run. -5. Behavioural discriminator derived from the workpiece. -6. Utility coverage threshold, with per-class expectations. -7. Acceptance of the one-conversation-one-document-incarnation binding for Mission 7. -8. Provider model, maximum calls, and spend ceiling. -9. FE-1573 title and description (re-titled 2026-09-04) confirmed against the cut. -10. Chris and Yannis discovery performed, or explicitly dispositioned by the owner as not a pre-cut dependency. - -Before cutting, also re-read the four design-evidence documents and the three reviews' evidence lists, and inspect the real boundary for each cold-start read. +Stop and surface evidence if Step B would: + +- proceed without separate owner authorization and an authority-only commit; +- simplify Vestera into a toy or omit ordinary arcs, quantities, conditions, initial state, restrictions, asymmetry, shared crew, or unknowns; +- hide unsupported ordinary items behind deliberate hand-edit/basis-less controls or cosmetic exclusions; +- invent basis in a model-facing answer or add an uncut preview mode; +- present temporal context, plans, external state, hand edits, or absent basis as attribution; +- reuse an id, self-report effects without diff accounting, or silently accept unknown/conflicting outcomes; +- require a second log, copied Petrinaut schema fields, Brunch logic in Petrinaut, or cross-conversation authority; +- weaken the blinded-review protocol or falsely characterize Lu as ignorant of design; +- make Chris/Yannis discovery or optimisation a retrospective prerequisite; +- subtract the archive/sweep route before the compaction branch permits it; +- widen into Mission 9 scenario breadth, repeat/change/retirement breadth, observer, remote durability, or reviewer-authority work; or +- fail the safety or utility gate on ordinary admitted classes after the permitted rework, in which case withhold the explainability release. + +## Preserved rationale and rejected alternatives + +- Provenance comes from constructor-declared basis, authorized evidence relations, and recorded transitions on genuine conversations—not the rejected honest prebuilt pair or hand-authored derivation fixture. +- Temporal adjacency is context, not causation; a latest revision or nearby turn is not evidence without a declared relation. +- A hash-only net/workpiece join is insufficient; transition records carry independently observed effect. +- Provenance pointers do not enter Petrinaut documents. A file-level pointer waits for a real later consumer. +- Neither the former six-tool subset nor full-bundle admission is the product policy; Vestera-selected operations use canonically derived schemas. +- Capture-fold, one-artifact merger, default assertion cards, closed kinds/slots, typed completion, per-capture losses, observer, graph database, workflow engine, and general projection engine remain rejected. Assertion cards re-enter only if the optional evidence relation proves insufficient under observed revision strain. +- Typing a visible name or id remains the accepted first interaction. Click-to-chat/canvas context re-enters only if textual identification proves ambiguous or burdensome. +- The integrated FE-1476 story remains the floor. New complex scenarios are mandatory future Mission 9 breadth, not evidence for this Vestera cut. +- A separate probe mission or Mission 6 side quest remains rejected; the owner chose the gated two-step authority inside Mission 7. + +## Conversion after acceptance + +After the owner gate, re-evaluate this packet against observed Step A evidence. Convert accepted Step B content into root `MISSION.md` in a separate authority-only commit; do not rename or wholesale copy. Return any omitted item to the future spine or a named draft at full fidelity, then remove this packet under the draft lifecycle rules so no duplicate quasi-authority remains. Compare root, spine, and this packet against original commit `d6b7ea829f` for one surviving home per item and no unexplained loss. From 65a00528ffda7879c7f5dcfc75180b08cb057079 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 13:35:03 +0200 Subject: [PATCH 03/62] Record the Mission 6b Voice reconciliation draft --- libs/@hashintel/brunch-agent/MISSION.next.md | 8 +- ...reconciliation-over-resumable-workpiece.md | 147 ++++++++++++++++++ 2 files changed, 152 insertions(+), 3 deletions(-) create mode 100644 libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index ebbeab2192c..ff60e7e4749 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -2,7 +2,7 @@ > Canonical future-planning spine, shared frame, and backlog index only. This file is not execution authority and authorizes no implementation. Branch `ln/fe-1573-construct-and-explain` carries live Mission 7 Step A in [`MISSION.md`](MISSION.md), cut on Mission 6's close commit. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). The Step B packet and future clusters remain non-authoritative until separately accepted and converted. -This spine, the Step B amendment packet, and three successor drafts form one future-planning record. Keep each consequential meaning in one authoritative home: shared future constraints and unallocated concerns live here; future mission-specific detail lives in its packet or draft; live Mission 7 contracts live only in root authority. A spine pointer is not a second contract. Material omitted from a cut returns to this record at full fidelity, and consumed draft content is removed. +This spine, the Step B amendment packet, three successor drafts, and the [Voice reconciliation draft](docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md) form one future-planning record. Keep each consequential meaning in one authoritative home: shared future constraints and unallocated concerns live here; future mission-specific detail lives in its packet or draft; live Mission 7 contracts live only in root authority. A spine pointer is not a second contract. Material omitted from a cut returns to this record at full fidelity, and consumed draft content is removed. The record was recut on 2026-09-04 around provenance by lineage with declared basis; the [historical migration disposition](#2026-09-04-provenance-replanning-migration-disposition) records that mapping, and the [Mission 7 cut conversion](#2026-09-07-mission-7-cut-conversion) maps those homes to current authority and retained future material. @@ -12,7 +12,9 @@ Mission 4 closed on this branch by owner adjudication on 2026-09-03. The accepte A future Mission 4 close-out addendum requires its own issue, branch, PR, and mission authority. It may stack on this closed branch and own broader reliability/hardening if warranted, browser parity, fixture/seed promotion contracts, topology-neutral case allocation, contract/readiness sweeps, archive subtraction, and Mission 8 preparation. It also owns the observed S4 report-versus-immediate-ask decision unless a later numbered mission first makes it load-bearing: re-enter only when a real review must continue immediately or repeated gap-only reports create visible friction; preserve S3 restraint while testing S4 activation and asking under a fresh instrument. Its exact issue/name and minimum scope remain owner decisions; do not create another Mission 4 draft. -Mission 6 closed on the FE-1575 branch under its now [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the archive. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut), and Mission 7 Step B now owns the genuine resume witness. Mission 5 owns the direct Voice/Flue transport cut on FE-1574 below FE-1575; its full contract lives in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. They began as siblings, but Mission 5's single-browser-route recut removed the `/api/chat` departure path, so Mission 6 was stacked on its committed transport. Mission 7 now stacks on Mission 6's close commit, not local `main` or `origin/main`. +Mission 6 closed on the FE-1575 branch under its now [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the archive. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut), and Mission 7 Step B now owns the genuine resume witness. Mission 5 owns the direct Voice/Flue transport cut on FE-1574 below FE-1575; its full contract lives in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. They began as siblings, but Mission 5's single-browser-route recut removed the `/api/chat` departure path, so Mission 6 was stacked on its committed transport. Mission 7 currently stacks on Mission 6's close commit, not local `main` or `origin/main`. + +On 2026-09-07 Lu selected a replacement for KA's Voice branch/PR, integrated above Mission 6 and below Mission 7, while leaving KA's original untouched. The [reconciliation draft](docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md) owns the source pins, import boundary, proposed combined-path contract, outstanding acceptance decisions and Mission 7 handoff. Lu selected preparation now and waiting for the in-flight Mission 6 repairs to be committed before code import. No replacement branch, PR, import or restack is established by this planning entry; Mission 7's live authority is unchanged pending its separately reviewed dependency amendment. On 2026-09-04, while Mission 6 was closing, the owner and an agent reviewed the provenance design that Missions 7, 9, and 10 had assumed, and two independent adversarial reviews tested the result. The outcome, recorded in the [decision log](docs/evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [mini spec](docs/evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [independent review](docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), and [follow-up review](docs/evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md), changed the spine in four ways. Provenance is no longer a capture-envelope and hand-authored derivation seam over a prepared pair; it is recovered lineage in the canonical Flue log (workpiece revisions and net mutations as tool calls) plus a constructor-declared basis carried on each mutation request, with passage evidence, element origin, current state, attempt history, and recorded roles kept as distinct relations. Construction and explanation are consolidated into Mission 7 on a genuine conversation, because lineage exists only when the model actually constructs and because the owner chose fully connected parts over thin tracers; Mission 7 closes the readiness of its own claim and hands only breadth to Mission 9. The prepared Mission 6 fixture is a viability proof and is not promoted; real fixtures come from persona interviews run to construction. Tool admission ends its deferral: the inherited six-tool subset is retired in favour of scenario-selected operations with canonically derived schemas over a repaired provider carrier. These are owner decisions expressed in conversation; they become authority only when the Mission 7 draft is cut. @@ -381,7 +383,7 @@ The Mission 5 contract, recut on 2026-09-03, owns the single-route consolidation A later mission that exercises Voice, exact conversation resume, or pre-release scenario breadth must include one reproducible scenario containing at least one typed-origin message, one Voice-origin message, and one durably aborted assistant entry. After closing and reopening in a second tab, the oracle must verify per-message typed/Voice provenance, render the aborted entry as stopped rather than ordinary truncated content, and distinguish local **Exit voice mode** from durable composer **Stop**. Fold this scenario into that mission's named test portfolio before closure; do not treat Mission 6's prepared fixture or mechanical witness as a permanent substitute for the skipped human check. -The small transcript reveal control remains observed discoverability strain for that surface. This future record otherwise retains only work beyond the direct cut: whether Petrinaut ever drops `useChat` itself is a Petrinaut product decision with no Brunch obligation; the structured-question route re-enters only after plain-turn strain and owner acceptance; broader barge-in, long-response, speech-selection, and accessibility quality require observations from the direct route; and trusted remote identity, origin policy, deployment, and spend controls remain release work. The inherited seam map remains in [`mission-4-voice-integration-handoff.md`](docs/evidence/implementations/mission-4-voice-integration-handoff.md). +The small transcript reveal control was observed discoverability strain; KA's source addresses it with live transcript display and compact Voice presentation, whose reconciliation is owned by the [replacement draft](docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md). This future record otherwise retains only work beyond the direct cut: whether Petrinaut ever drops `useChat` itself is a Petrinaut product decision with no Brunch obligation; the structured-question route re-enters only after plain-turn strain and owner acceptance; broader barge-in, long-response, speech-selection, and accessibility quality require observations from the direct route; and trusted remote identity, origin policy, deployment, and spend controls remain release work. The inherited seam map remains in [`mission-4-voice-integration-handoff.md`](docs/evidence/implementations/mission-4-voice-integration-handoff.md). ### Observability and simulation viewing diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md new file mode 100644 index 00000000000..b5e33285a02 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md @@ -0,0 +1,147 @@ +# Draft — reconcile Voice with resumable browser work + +> Draft cluster only. Not execution authority. Do not implement until this cluster is re-evaluated and cut into `MISSION.md`. + +## Accepted sequencing decision + +On 2026-09-07 Lu selected a replacement branch/PR under his ownership for KA's Voice contribution, integrated above Mission 6 and below Mission 7. KA's original branch and PR #9531 remain untouched as the source record; replacement does not authorize closing, rewriting, retargeting, or otherwise changing them. The replacement is the intended landing candidate, not a second implementation to merge alongside #9531. Preserve KA's authorship and exact source references. Linear assignment, issue edits, and eventual retirement of the original PR require their own authorization. + +```text +Mission 5 — unified Flue conversation + → Mission 6 — resumable workpiece and browser mutations + → replacement Voice reconciliation — this draft + → Mission 7 — construct and explain Vestera +``` + +Lu subsequently selected: prepare this contract now, but wait for the in-flight Mission 6 repairs to be committed before importing code. At initial preflight, Mission 6 had uncommitted work in the `bravo` worktree affecting the fixture host, settled manifest, workpiece recovery, and canonical mutation handling. During preparation, that repair landed as `25392822f3fa838a7b4dca12963ecbc2126f1460`; `bravo` then switched to Mission 5 and held further uncommitted composer/Voice-input-withdrawal/Stop changes. The parent stack therefore still needs its owner's committed handoff and restack, not just observation that one Mission 6 commit landed. Leave that worktree's files and branches alone; re-inspect the committed parent changes and resolve the departure contract after handoff. Mission 7 is currently still based on Mission 6; this draft does not claim that the replacement branch, PR, or restack exists. + +Before implementation, Lu reviews the converted six-section authority and its acceptance dispositions. Commit that authority separately from the import. Keep the squashed source contribution distinguishable from subsequent reconciliation fixes, documenting unavoidable import conflict resolutions. Restack Mission 7 onto the verified replacement before its shared transport/browser-host implementation and paid integrated runs, and amend its dependency and protected-contract references separately. Do not recut Vestera scope or transfer Mission 7's paid budget through this operation. + +## Cold-start reads and source pins + +Paths beginning `packages/`, `docs/`, or `MISSION` are relative to the Brunch context root; `apps/` and `libs/` are repository-root paths. Read source-branch documents with `git show :libs/@hashintel/brunch-agent/` until they are imported; their absence in the current checkout is not permission to substitute a different version. + +| Source | Pin at preparation | Role | +| --- | --- | --- | +| Mission 5, PR [#9528](https://github.com/hashintel/hash/pull/9528) | `fb38101a34bc9edda5cdd213fcb920a39dae1df4` | Current tracked unified-route foundation. | +| Mission 6, PR [#9537](https://github.com/hashintel/hash/pull/9537) | Initial `c1539c1f02a8fa4bf842663577875639214c9537`; first repair `25392822f3fa838a7b4dca12963ecbc2126f1460` | Parent repairs are still in progress on Mission 5; re-pin the fully restacked substrate before import. | +| KA's original [#9531](https://github.com/hashintel/hash/pull/9531) | `be56a18ff0244c5750a8702e9c7f45c0b607dc06` | Replacement source. Its actual inherited parent is `58f75840804766a84ce85b9daab5b5194f3875ec`, the parent of its first contribution commit `40ce63926e`. Import only that parent-to-head contribution, not a distant merge-base delta. | +| Mission 7, PR [#9562](https://github.com/hashintel/hash/pull/9562) | `2506ec5ce0aec267073888a0a8d4307f7aef2ad4` | Live Step A authority, still directly above Mission 6. Implementation and paid evidence had not begun at preparation. | +| Earlier comparative analysis | KA `eecbe99e20..b53b1006fb`; Mission 6 `58f7584080..9b94604cb0` | Historical analysis ranges, not the import target. The later KA source includes `db8184b2e6`, preventing repeated output cancellation, plus restack import/evidence updates. | + +Required reads: + +- KA's pinned `MISSION.md`, `docs/evidence/implementations/mission-5-voice-safety-parity/{donor-behavior-matrix,provenance-blocker,witness-blocker}.md`, and `docs/evidence/design/mission-5-question-marker-and-provenance-decision-2026-09-04.md`. These preserve accepted half-duplex, exact speech, upstream provenance, and pending human/latency decisions; they are not this branch's live authority. +- Mission 6's [archive](../mission-archive/6-resumable-workpiece-petrinaut.md), [implementation record](../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md), [corrected browser witness](../evidence/implementations/fe-1575-outer-browser-witness-2026-09-04-r2/witness.md), both witness bundles' raw snapshots, and the [human gate](../evidence/implementations/fe-1575-outer-browser-witness-2026-09-04-r2/product-manager-gate.md). If cutting onto Mission 6 before its archive is present, read the archive from the pinned Mission 7 head and preserve that accepted contract when replacing the root mission. +- `packages/transport-aisdk/src/{index,transcript,ui-stream,client-tool-history}.ts`; website `src/main/app/local-storage-demo/{brunch-panel-transport,use-flue-chat-history,use-crew-reservation-fixture-session,crew-reservation-settled-manifest}.ts`; Petrinaut `src/ui/views/Editor/panels/ai-assistant-panel.tsx` and its mutation helper. +- Website `src/main/app/voice-interview/{openai-realtime-session,realtime-brunch-bridge,voice-turn-controller,canonical-speech,voice-interview-control}.ts*`, server Voice policy, and matching tests from the pinned KA source. Read the new repeated-cancellation regression rather than treating the earlier analysis as current source. +- [Mission 7 authority](../../MISSION.md), especially A2 tool/batch semantics, A3 browser effects, shared-file ownership and paid budget; its [Step B packet](7-explainable-construction.md) owns the genuine Vestera lifecycle regression. +- [Flue routing](../reference/architecture/flue-routing.md), installed `@flue/sdk` types and runtime docs, package instructions, and the repository Git/PR workflow. Prior green tests and SDK documentation are priors, not combined-path proof. + +## Visible product advance + +**Proposed release note:** speak to Brunch, let it change the open prepared net, interrupt or stop safely, and reopen the same work without replaying speech or duplicating the change. Transcript, tool failures, and stopped responses remain understandable rather than becoming misleading success states. + +**Proposed demo:** run `yarn dev:brunch`, open the honestly labelled crew-reservation fixture, and make a typed turn followed by a spoken confirmation. Watch the one crew-reservation arc appear and the coherent bundle settle. During a subsequent response, use **Your turn** and observe safe fresh capture; separately use durable **Stop** before completion. Reopen in another tab, inspect the conversation and net, and continue without duplicate preparation, mutation or autoplay. Inspect the compact and expanded Voice views and one visible tool failure. Direct spoken-message Voice attribution on reopen must be demonstrated or explicitly identified as unsupported under an owner-approved disposition, never silently inferred. + +**Previously unproved:** KA's Voice behavior and Mission 6's deferred/recovered browser-tool execution have not been demonstrated together. The separate branches' tests and witness records do not establish their shared turn lifecycle. + +## Contract stratum and boundary crossings + +The proposed mission closes safe Voice interaction over the existing local browser-work substrate. It does not establish Vestera construction, declared basis, workpiece-revision tooling, why queries, broad projection, concurrent editing, remote durability, a different conversation route, or a new interaction policy. + +```text +completed, current-turn microphone transcript + → shared panel admission and deterministic Flue delivery + → committed canonical assistant segments and browser-tool requests + → existing browser validates and executes against the bound document + → original call-id outputs resume the same conversation + → canonical speech queue and acknowledged cancellation + → coherent workpiece/document settlement + → canonical history reopen and another real turn +``` + +Keep these meanings distinct: a text segment is durably committed; one Flue submission settled; browser execution or a continuation remains pending; the document/workpiece bundle is coherent; provider output/cancellation is terminal. The panel's `ready` state is not sufficient evidence for all five. Reconcile the existing mechanisms at their real boundaries; do not invent a parallel scheduler, conversation authority, or general state machine just to give these meanings names. + +## Observed integration pressures + +1. **Intermediate readiness.** Mission 6 schedules static browser tools after the panel becomes `ready`, awaits insertion of their output, and explicitly schedules a continuation. KA's bridge can release the active Voice submission when correlated prose exists and chat is `ready`. Premature microphone handoff or post-Stop continuation is a source-grounded integration risk, not a reproduced combined failure. Probe both text-plus-tool and textless-tool cases before choosing a repair. +2. **Tool classification.** KA's host hard-codes the docs reader and hides the new server question marker. Mission 6 configures fixture-specific browser tools and input normalization. Preserve configurable admission and identical live/history normalization together with hidden marker projection. A marker remains server-owned; a browser mutation must not become `providerExecuted` through a lost catalogue entry. +3. **Delivery identity.** Both branches added idempotency independently. Mission 6 uses `ai-sdk:user:` and `ai-sdk:client-tools:` keys with sorted call IDs; KA uses `ai-sdk:` and `ai-sdk-tool:`, validates the 256-character bound, and distinguishes rejected, conflicting, ambiguous and locally aborted admission. Reconcile stable identity and payload ordering together, including retained deliveries and cumulative result batches; choosing a key prefix alone is not the contract. +4. **Per-tool failure reporting.** KA's `safelyAddToolOutput` writes a matching `output-error` after output-insertion rejection. Mission 6's automatic static-tool path bypasses that helper and catches into local stream error. A textual panel merge succeeds without preserving that static-tool behavior. Carry failure identity, readable error detail and terminal ownership through the actual automatic path; a failed output must not strand Voice or claim successful continuation. +5. **Presentation and host wiring.** Preserve live transcript display, compact consent/dock, expanded behavior and persistent copyable errors without deleting the fixture's coherent-bundle/refusal feedback. The current Mission 5 parent already restores Petrinaut Voice API handlers; retain the single repaired launcher and useful source regression coverage rather than adding a second adapter. +6. **Resume evidence.** At the analyzed Mission 6 head, the history projector emitted IDs, roles and parts without reconstructing Voice metadata or per-message stopped state. Both retained outer-witness bundles contained only completed settlements and no recorded Voice origins. The later claim that those bundles mechanically covered the two presentation repairs was unsupported. Preserve the historical owner close and immutable artifacts; correct current claims and attach an explicit evidence disposition instead of inventing a historical pass. + +The pending Mission 6 repairs may change these observations. Record which pressure remains, is resolved by those commits, or needs a new discriminator when the import baseline is re-pinned. + +## Throughline proof floor and readiness gate + +The first internal milestone is one real spoken fixture turn whose browser mutation returns through the shared Flue route and produces canonical audio without duplication. Completion additionally requires the relevant races, failure/reopen cases, stock-host isolation, human witness and owner-held acceptance dispositions below. Independently green source suites or a conflict-free merge do not close the mission. + +### Candidate evidence and oracles + +These are prospective assertions in existing test locations, not claims they already exist. At conversion, inspect discovery and finalize exact names. Retain new combined evidence under `docs/evidence/implementations/voice-resumable-reconciliation//`, pinned to the final implementation and post-repair Mission 6 baseline. Existing source evidence remains historical. + +| Obligation | Candidate discriminator | +| --- | --- | +| Canonical input and half-duplex ownership survive import | Website `voice-interview/openai-realtime-session.test.ts`, `realtime-brunch-bridge.test.ts`, and `voice-turn-controller.test.ts`: retain keyed completed-transcript, request-before-audio invalidation, queued-output ownership, latest-mute, acknowledged cancellation and repeated-cancellation cases. `voice-preview.integration.test.ts`: completed transcript crosses the real panel/transport wiring exactly once; model tool arguments cannot submit. | +| Intermediate `ready` cannot release pending work incorrectly | `voice-preview.integration.test.ts`: "keeps capture closed across a ready-state browser-tool continuation", once with preceding canonical prose and once without; "does not reopen capture until the explicit handoff and pending conversation work settle". Exercise the real `AiAssistantPanel` automatic-tool path, not only a bridge mock that jumps directly between settled states. | +| Stop and local media actions remain distinct | `voice-preview.integration.test.ts`: "durable Stop suppresses scheduled browser work and later continuation speech"; "Your turn cancels audio without aborting admitted Brunch work". Panel tests cover Stop before tool execution, during output insertion, and before scheduled continuation. Already-applied mutations remain inspectable; no rollback or cross-store atomicity claim. | +| Tool catalogue, markers and normalization agree live and after reopen | `local-storage-demo/brunch-panel-transport.test.ts`, `use-flue-chat-history.test.ts`; transport `test/{ui-stream,transcript}.test.ts`: "preserves fixture browser tools while hiding only the server question marker", "normalizes the same client input live and from history", and "folds continuation parts without losing surviving Voice origins". Missing/unmatched question markers leave replay disabled. | +| Logical retry does not become another admitted turn | Transport `test/chat-transport.test.ts`: exact user retry, cumulative tool-result retry, reordered logical result set, changed-payload conflict with original submission ID, bounded key identity, ambiguous admission without automatic retry, and local abort without durable abort. Built-agent integration verifies deduplicated receipts, not merely the number of `send` invocations. | +| Static browser failures are visible and cannot strand ownership | Petrinaut `ai-assistant-panel.test.tsx`: "records automatic tool-output rejection on the matching tool call"; preview integration: "releases or explicitly fails Voice after a textless browser continuation fails". Cover canonical input rejection, mutation failure/no-op, output insertion rejection and continuation admission failure separately. The prior coherent bundle must not advance on partial failure. | +| Reopen reports the supported facts honestly | Transport history tests and `use-flue-chat-history.test.ts` reconstruct surviving client-tool Voice origins and each aborted assistant entry from canonical data, without browser-origin storage. Retain before/after/Tab-B Flue snapshots and rendered stopped-entry evidence, including another subsequent completed turn so a global latest-status banner cannot pass for per-message presentation. The direct-user limitation below remains a separate gate. | +| Product path and stock coexistence hold | Real `yarn dev:brunch` browser/microphone witness of the proposed demo, original call/result IDs, exactly one target arc, coherent bundle identity, fresh Tab-B continuation, no autoplay or duplicate mutation, and sanitized same-origin network routes. Panel/contents tests and rendered inspection cover compact/expanded Voice and persistent errors; a stock-host regression confirms Brunch absence/unselection retains existing behavior. | + +### Inherited acceptance gates requiring explicit disposition + +**Direct spoken-user attribution.** KA's supported client-tool provenance is not a fix for direct spoken user messages. Installed Flue 2.0.3 accepts user body/attachments and caller idempotency but does not project caller Voice metadata or the key onto the canonical user message. Agent-authored response metadata is not that seam. Preserve the upstream-supported route decision and rejected sidecar/text-encoding alternatives. Before the cut, Lu chooses either to keep this blocked requirement with a supported upstream solution, or to explicitly defer the Voice chip on reopened direct-user messages and require truthful documented presentation. Neither choice has been made by the replacement-branch decision alone. The success oracle is snapshot-only reconstruction after fresh-process reopen with no browser correlation state; an explicit deferral is a narrower claim, not a passing test. + +**Real Voice witness.** KA's complete microphone/handoff/Stop/reload/same-origin artifact bundle remained outstanding at the analyzed source. The replacement needs its own final integrated witness; donor or Mission 6 evidence does not substitute. Lu owns human acceptance. Actual microphone, audible behavior and rendered UI require observation, not synthetic claims. + +**Comparative latency.** KA's authority requires ten comparable real-audio trials at donor #9496 head `c7fe8a2e68e8fdc37018b21ec2e9daf4e9ef7c82` and ten at the final candidate, with no median regression and p95 regression below 20%, on the same machine/browser/input/model and warm/cold policy. Single diagnostic turns found almost no canonical-text-to-settlement gap and did not establish an improvement. Carry this gate unchanged into the proposed cut unless Lu explicitly amends it; retain samples, pins, method and limits. A replacement or squash does not waive it, and earlier donor branches remain untouched. + +**Paid execution.** This preparation authorizes no paid provider or microphone/latency campaign. Mission 7's $100 envelope is not available here. Before cutting an executable paid witness/latency leaf, name the caller/model, bounded trials, maximum spend and accounting owner with Lu's authorization. Hermetic tests and read-only inspection can establish mechanics but not audible-latency acceptance. + +## Inputs and joins with Mission 7 + +The committed Mission 5/6 repair handoff and resulting Mission 6 head are the input gate. Recheck the shared panel's Voice-input/Stop behavior, fixture selector, actual document binding, mutation/no-op behavior, settled manifest and current workpiece recovery on that head; import neither its uncommitted files nor a stale substitute. Preserve the repaired behavior while adapting KA's contribution. + +Mission 7 consumes the verified replacement's transport, tool-continuation, cancellation and presentation contracts. At its dependency amendment, protect the non-interactive question marker alongside A2's core `update_workpiece`, keep server-owned metadata tools distinct from scenario-admitted browser operations, preserve canonical input/result identity through A3's execution changes, and keep workpiece/basis/tool payloads out of automatic speech. Re-pin the actual prompt/tool baseline before Mission 7's instrument freeze or paid run; adding the core marker changes that baseline even though it adds no second answer route. + +Mission 7's Step B genuine typed/Voice/stopped-entry scenario remains a breadth/regression obligation over its new revision/basis/mutation semantics. This replacement proves the existing fixture's foundation and documents any explicit limitation; it does not replace the genuine Vestera witness or relax its final claim. A shared unresolved safety defect must not be deferred to Step B merely to begin A3 on an unstable substrate. + +## Accepted constraints and guarded invariants + +- Preserve one memoized Flue client, canonical log, shared panel `useChat` admission, and mounted `/agents/chat/:instanceId` route. Voice has no direct-send fallback or separate mutable transcript authority. +- Preserve KA's completed-transcript authority, half-duplex explicit handoff, exact canonical speech/replay, fail-closed question markers, independent surviving tool origins, typed admission outcomes, and local-versus-durable cancellation distinctions. This import is not authorization to revert to automatic duplex or add a simplifier. +- Preserve Mission 6's distinct fixture/conversation/document/workpiece identities, canonical browser schemas and callbacks, scoped tool catalogue, live/history normalization, recovered tool execution, no-op honesty, prior-coherent-bundle refusal and automatic document persistence. A transient audio/UI state cannot bless durable work. +- Use source tests as regression obligations, adapting their wiring to the real combined route. A failed integration test can falsify the implementation, not redefine the accepted interaction policy. Delete obsolete implementation only with surviving behavior and its discriminator accounted for. +- Preserve historical source commits, authorship, acceptance decisions and raw witness artifacts. Correct current interpretation with evidence; do not relabel prepared or assistant-authored material as user evidence. Do not import old live/future authority over the current mission spine. +- Maintain stock Petrinaut isolation, local-only claims, secret-free/content-free telemetry, appropriate package changesets and user docs. Do not create broad error protocols, parallel schedulers, provenance sidecars, or cross-store transactions to simplify the join. + +## Verification approach and expected touched paths + +Start with the smallest combined ready-state/tool/Voice discriminator, then fix the shared boundary and extend to Stop, rejected outputs and reopen. Re-run affected inherited suites; exercise the actual built app/browser wiring and real microphone for claims beyond the controlled harness. Use root Yarn/Turbo checks for changed Brunch core, plugin/binding if affected, transport, app, Petrinaut and website workspaces; follow package-specific verification and architecture-doc rules. Freeze the final evidence head before human/latency acceptance. Record command output and remaining limits; test totals from a previous source head are not a replacement pass. + +```text +~ packages/transport-aisdk/src/ and test/ admission, projection, correlation, failure +~ packages/core/src/flue.ts, prompts/, question-marker* imported non-interactive marker only +~ apps/petrinaut-website/src/main/app/voice-interview/ imported Voice behavior and combined lifecycle +~ apps/petrinaut-website/src/main/app/local-storage-demo/ repaired fixture host, scoped tools, history +~ libs/@hashintel/petrinaut/src/react/voice-session/ public Voice controls/state from source +~ libs/@hashintel/petrinaut/src/react/notifications/ source error presentation +~ libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ actual tool host and Voice UI +? apps/brunch-agent/petrinaut-local.vite.config.ts and tests retain already-repaired launcher and coverage +~ package.json, relevant package exports/build config only necessary source wiring and startup checks +~ affected user docs and .changeset/ truthful combined behavior ++ docs/evidence/implementations/voice-resumable-reconciliation/ final combined evidence +``` + +## Fog-line and stop conditions + +Re-evaluate the pending Mission 6 repairs, exact source import footprint, SDK/browser continuation ordering, cancellation ownership and retained-idempotency compatibility at the real boundary. Prefer the existing platform/library mechanism and the smallest local repair. If pending work cannot be distinguished without changing the admitted interaction or termination contract, return to Lu before introducing another coordination mechanism. + +Stop before import if the Mission 5/6 parent stack is still being repaired without a committed handoff, the source or destination pins moved without inspection, another worktree's edits would be disturbed, or the replacement authority has not been accepted separately. Stop before claiming closure if the combined route permits duplicate mutations, fresh capture before safe handoff, post-Stop scheduled work that should have been cancelled, hidden tool failures, false coherent settlement, misleading historical attribution, or an unperformed inherited acceptance gate. Evidence can establish an explicit blocked outcome; it cannot manufacture a pass. + +A local Flue patch, second provenance store, visible-text origin encoding, direct Voice admission path, response rewriting, or new batch/termination policy requires reorientation rather than opportunistic integration. Vestera, declared basis, the new revision tool, broad orphan-code retirement, full projection, concurrent collaboration and remote release remain with their existing mission owners. The owner-held direct-attribution, latency and paid-execution dispositions above must be resolved explicitly at the cut, not by the importing agent. From 46e0cfb301a38aa08491d11ebd625d8ce516a18e Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 14:46:31 +0200 Subject: [PATCH 04/62] Gate Mission 7 on the review-restacked Voice reconciliation foundation --- libs/@hashintel/brunch-agent/MISSION.md | 28 +++- libs/@hashintel/brunch-agent/MISSION.next.md | 14 +- .../mission-7-restack.md | 30 ++++ .../7-explainable-construction.md | 2 +- ...reconciliation-over-resumable-workpiece.md | 147 ------------------ 5 files changed, 59 insertions(+), 162 deletions(-) create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md delete mode 100644 libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index 408fcee0858..d055a23bbc1 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -2,7 +2,9 @@ ## Status -**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), based on Mission 6's owner-close commit [`9b94604cb0`](https://github.com/hashintel/hash/commit/9b94604cb0bc34765ec7e7e8616ac907a061b1fb). Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). Implementation and paid evidence have not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. +**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), restacked for review onto Mission 6b `41e7bcf37d95ea9a537544bfedc7df6d122dac8c`, above repaired Mission 6 `01649899eb` and Mission 5 `7538264fee`. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). Implementation and paid evidence have not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. + +**Foundation gate — review-only restack, authorized by Lu on 2026-09-07.** Mission 6b remains live and unaccepted. Its [verification and dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md) retain the durable local-Stop/reopen gap, direct spoken-user attribution, held output-insertion proof, real microphone/browser witness and comparative latency gates. Shared host/transport implementation and all paid runs remain blocked pending Mission 6b acceptance. Isolated local work below may proceed only without changing that shared foundation or spending provider calls. Restacking, this amendment and later Step B acceptance cannot silently waive or transfer Mission 6b's obligations. Its authority remains on the parent branch, not a second live authority in this checkout. ## Imperative @@ -61,7 +63,7 @@ Browser and headless hosts currently execute separately; a headless non-throw re ### Execution graph and delegation ```text -authority commit +authority commit — every branch below remains subject to the foundation gate ├─ A1 canonical schema carrier + first real nested mutation ├─ A2 settled workpiece revision path + tool/state/batch premise pins ├─ A3 real browser effect path + independently observed transition record @@ -75,10 +77,10 @@ authority commit | Chunk | Owned work and handoff | Dependency and oracle | | --- | --- | --- | -| A1 | Plugin carrier machinery and schema alignment tests; return mechanically derived schema, real provider arguments/result, class-specific blocker if any. Do not independently change tool mounting or termination. | Starts immediately; carrier oracle below. | -| A2 | Core settled-revision machinery and focused app tests. First prove call-ID equality in public history, state setter from tool execution, and mixed-batch behaviour; return the minimal earned revision API. | Starts immediately; revision/protocol oracles below. | -| A3 | Browser observation, plugin effect semantics, and headless parity where consumed. Return canonical pre/post evidence, outcomes and diff accounting, not merely an effect summary. | Starts on one existing canonical mutation; full basis join consumes A1/A2. Browser-record oracle below. | -| A4 | Binding/history investigation. Existing tools may establish an early compaction/reopen pin while A1–A3 run; actual revision/mutation records must pass before the final verdict. Retain the archive fail branch. | Early overlap allowed; final compaction/materialization probes consume genuine A2/A3 records. | +| A1 | Plugin carrier machinery and schema alignment tests; return mechanically derived schema, real provider arguments/result, class-specific blocker if any. Do not independently change tool mounting or termination. | Isolated local carrier work may start; provider calls and shared mounting changes await the foundation gate. Carrier oracle below. | +| A2 | Core settled-revision machinery and focused app tests. First prove call-ID equality in public history, state setter from tool execution, and mixed-batch behaviour; return the minimal earned revision API. | Isolated revision contracts/tests may start; shared integration awaits the foundation gate. Account for the existing non-interactive question marker in tool/state/batch pins. Revision/protocol oracles below. | +| A3 | Browser observation, plugin effect semantics, and headless parity where consumed. Return canonical pre/post evidence, outcomes and diff accounting, not merely an effect summary. | Blocked by the foundation gate; then starts on one existing canonical mutation, preserving Mission 6b's execution/continuation lifetime and canonical identity. Full basis join consumes A1/A2. Browser-record oracle below. | +| A4 | Binding/history investigation. Existing tools may establish an early compaction/reopen pin while A1–A3 run; actual revision/mutation records must pass before the final verdict. Retain the archive fail branch. | Local read-only/faux-provider investigation may overlap; shared changes and paid probes await the foundation gate. Final probes consume genuine A2/A3 records. | | A5 | Integrate citation refusals, authorized evidence validation, record resolution, live reconciliation, assistant interpretation and minimal pane. A deterministic resolver alone or mock pane does not prove the interaction. | Consumes A1–A4 handoffs; reopened why safety and visible-interaction oracles. | | A6 | Genuine tracer, passage-policy probe, cadence/basis measurement, safety/utility adjudication and gate packet. | Requires integrated A5, not detached subsystem tests. | @@ -90,6 +92,7 @@ The pane and persona-host adaptation can proceed in parallel with integration af Read the current source, not only prior claims. These are required entrypoints, not permission to implement historical specs: +- Mission 6b authority: `git show 41e7bcf37d95ea9a537544bfedc7df6d122dac8c:libs/@hashintel/brunch-agent/MISSION.md`; [import provenance](docs/evidence/implementations/voice-resumable-reconciliation/import.md) and [verification/dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md). Read the current panel/bridge and transport/history tests named there. Local green checks are not acceptance, and aborted-history recovery does not make local withholding reload-safe. - [Mission 6 archive](docs/mission-archive/6-resumable-workpiece-petrinaut.md), its [implementation evidence](docs/evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md), r2 browser witness and human gates; [Mission 5 transport evidence](docs/evidence/implementations/mission-5-direct-voice-flue/README.md). Consume transport/mutation/resume viability, not a provenance pair or a waived human check. - [Mission 2](docs/mission-archive/2-mechanical-capture-sweep.md), [Mission 3](docs/mission-archive/3-structurally-typed-runbook-to-headless-pn.md), its [construction evidence](docs/evidence/implementations/fe-1525-headless-runbook-pn.md), and [Mission 4](docs/mission-archive/4-core-plugin-elicitation-proof-of-life.md): archive capability versus rejected capture semantics, falsified nested carrier, accepted core/plugin split, and no full-run candidate. - [Decision log](docs/evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [mini spec](docs/evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [independent review](docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), [follow-up review](docs/evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md), especially final H dispositions and their evidence lists. This cut supersedes earlier conflicting diagrams and partial-coverage suggestions. [Pre-split draft commit](https://github.com/hashintel/hash/commit/d6b7ea829f) retains the complete planning source; the spine records conversion destinations. @@ -189,6 +192,13 @@ Verification is inside-out: unit contracts; built production `ChatAgent` over th - Reconcile why with the live browser hash or label it as of the last reconciled recorded hash. Unrecorded hand edits are not attributable. External import, when Step B admits it, records parent hash, canonical diff, actor or unknown, principal and reason; changed fields remain external/unsupported until a recorded transition replaces them. Import never retrospectively supplies provenance. - Recorded roles only: assistant tool call, local browser executor, user under principal key, test-authored fixture author. Human identity unknown unless separately established; time is stream order, not guessed wall-clock causation. Retrieved text is untrusted evidence in the smallest necessary authorized range. Deterministic structured lookup constrains assistant interpretation; it does not authorize invented prose links. +### Protected Voice and shared-host contracts + +- A2 retains core-owned, non-interactive `brunch_mark_question` alongside `update_workpiece`. Include both in mixed-batch and termination investigation; do not remove the marker or turn it into a browser/interactive tool to make revision settling pass. Preserve server/browser classification and the scoped browser catalogue through live and reopened projections. Missing/unmatched question markers continue to disable question replay. +- A3 preserves canonical input/result identity, stable cumulative payload order, admission ambiguity without automatic retry, matching-call errors and surviving folded Voice origins. Deferred execution, output insertion and continuation remain owned by their conversation and submission generation; cancellation, failures, StrictMode cleanup and conversation replacement must not admit stale work or release Voice prematurely. Carry the existing regressions through the new effect/basis seam. +- Keep completed-transcript authority, explicit half-duplex handoff and acknowledged audio cancellation. Only eligible canonical assistant prose may become speech; workpiece Markdown, declared basis, tool payloads and transition records must not enter automatic speech. Local audio cancellation, local withheld browser work and durable Flue abortion stay distinct. Do not infer durable cancellation or direct-user provenance from transient browser state. +- Re-pin the complete prompt/tool baseline, including the question marker and new revision tool, before instrument freeze or any paid run after the foundation gate opens. Mission 6b's evidence remains a regression baseline, not evidence of Mission 7's new lifecycle or basis behavior. + ### Ownership, teaching and scope - Preserve `useBrunchAgent()` + `useSdcpnPlugin()`, inward dependencies and dedicated `./flue` resources. The app composes, plugin owns formalism semantics, core stays universal. The core tool is earned because revision/query semantics apply independently of Petrinaut. No parallel conversation route, log, capture ledger, derivation store, ontology, graph database, observer, workflow engine, second production agent/server or general projection engine. @@ -200,6 +210,8 @@ Verification is inside-out: unit contracts; built production `ChatAgent` over th ### Paid evidence envelope +**The envelope is reserved, not currently executable:** the foundation gate above blocks all paid runs. It cannot fund Mission 6b's microphone or latency campaign. Once that gate is released, the existing limits below still apply unchanged. + The owner authorized a first **US$100 total Step A budget** and models **at least Sonnet-class**. Select `anthropic/claude-sonnet-4-6` for Brunch and, when used, the simulated interviewee; the exact model id is already used by the repository's prior production protocol. Configure `BRUNCH_CHAT_MODEL=claude-sonnet-4-6` for the elicitor and explicitly select the same persona model. Record actual provider-reported ids; no silent fallback to the app's Haiku default. If unavailable, stop rather than downgrade. This cut selects a model; it does not claim provider availability has just been tested. Keep the proposed conservative **200 combined provider-call operational cap** in addition to the dollar ceiling, whichever is reached first. Count probes, elicitor, persona, model-assisted evaluation, failures and retries together, across all workers. Unit/faux-provider tests are not paid evidence. Step B receives no calls or spend from this authority. Shared delegation does not multiply the budget. @@ -223,6 +235,8 @@ These are implementation/probe questions, not unresolved permission to shrink th Stop and report the evidence if any of these occurs: +- Shared host/transport implementation or paid execution would begin while Mission 6b remains unaccepted, or a proposed join silently drops its marker, lifecycle, attribution or cancellation constraints. + - The integrated tracer cannot answer or explicitly refuse without guessing after the permitted adjustment; ordinary missing basis is relabelled as a deliberate control; the inventory/exclusion rule is chosen after seeing the net. - A useful result depends on giving the elicitor case truth, a prepared workpiece/net, hand-authored derivation, retrospective basis or a simpler substitute for accepted contention/asymmetry/qualification complexity. - Mixed update/mutation batching is required for progress, a revision cannot be cited reliably, or the only proposed remedy changes accepted termination/interaction semantics without owner amendment. @@ -236,7 +250,7 @@ Stop and report the evidence if any of these occurs: ## Deferred -- **Step B:** the [amendment packet](docs/mission-drafts/7-explainable-construction.md) alone holds B1 lineage, B2 mutation/reconciliation and B3 product/lifecycle closure, the full-region proving run, revision list/diff, migration/rollback and dual-read removal, external import and second-conversation refusal breadth, subtraction inventory, final behavioral/utility/product gates, and Mission 6's genuine typed/Voice/stopped-entry two-tab check. Return here only after the Step A owner gate and a separate authority commit; no automatic promotion. +- **Step B:** the [amendment packet](docs/mission-drafts/7-explainable-construction.md) alone holds B1 lineage, B2 mutation/reconciliation and B3 product/lifecycle closure, the full-region proving run, revision list/diff, migration/rollback and dual-read removal, external import and second-conversation refusal breadth, subtraction inventory, final behavioral/utility/product gates, and the genuine typed/Voice/stopped-entry two-tab check over Mission 7's revision/basis semantics. This broader witness does not replace or absorb Mission 6b's unclosed shared-foundation gates. Return here only after the Step A owner gate and a separate authority commit; no automatic promotion. - **Missions 9/10:** [Mission 9](docs/mission-drafts/9-traceable-projection.md) owns repeat, changed input, retirement/concurrency breadth, cross-conversation access, additional schema classes and required complex-scenario allocation. [Mission 10](docs/mission-drafts/10-bounded-reviewer-revision.md) owns authorized reviewer revision. Both consume the accepted basis/transition/epoch/evidence seam and unchanged behavioral discriminator, not an imagined one. The packet preserves exact re-entry gates/oracles. - **Later capabilities:** [Mission 11](docs/mission-drafts/11-optimisation-handoff.md) owns the accepted optimisation consumer contract; Mission 8 successor/pre-remote gate owns remote durability. Mission 6's remaining recovery/fixture-promotion concerns keep their spine homes and strain triggers. - **PM fast preview and teaching hypothesis:** [the future spine](MISSION.next.md#explicit-assumption-based-preview) records the requested offer to fill gaps/guess when time is tight, the necessary distinction from evidence and modelling inference, and the hypothesis of neutral Petri-net understanding guidance. This cut does not authorize that new mode or silently relax current no-invention behavior. diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index ff60e7e4749..62060115e11 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -1,8 +1,8 @@ # Brunch future mission spine -> Canonical future-planning spine, shared frame, and backlog index only. This file is not execution authority and authorizes no implementation. Branch `ln/fe-1573-construct-and-explain` carries live Mission 7 Step A in [`MISSION.md`](MISSION.md), cut on Mission 6's close commit. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). The Step B packet and future clusters remain non-authoritative until separately accepted and converted. +> Canonical future-planning spine, shared frame, and backlog index only. This file is not execution authority and authorizes no implementation. Branch `ln/fe-1573-construct-and-explain` carries live Mission 7 Step A in [`MISSION.md`](MISSION.md), review-restacked above Mission 6b with the live authority's foundation gate still closed. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). The Step B packet and future clusters remain non-authoritative until separately accepted and converted. -This spine, the Step B amendment packet, three successor drafts, and the [Voice reconciliation draft](docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md) form one future-planning record. Keep each consequential meaning in one authoritative home: shared future constraints and unallocated concerns live here; future mission-specific detail lives in its packet or draft; live Mission 7 contracts live only in root authority. A spine pointer is not a second contract. Material omitted from a cut returns to this record at full fidelity, and consumed draft content is removed. +This spine, the Step B amendment packet and three successor drafts form one future-planning record. The Voice reconciliation draft has been consumed into Mission 6b's parent-branch authority, not retained as competing planning authority. Keep each consequential meaning in one authoritative home: shared future constraints and unallocated concerns live here; future mission-specific detail lives in its packet or draft; live Mission 7 contracts live only in root authority. A spine pointer is not a second contract. Material omitted from a cut returns to this record at full fidelity, and consumed draft content is removed. The record was recut on 2026-09-04 around provenance by lineage with declared basis; the [historical migration disposition](#2026-09-04-provenance-replanning-migration-disposition) records that mapping, and the [Mission 7 cut conversion](#2026-09-07-mission-7-cut-conversion) maps those homes to current authority and retained future material. @@ -12,9 +12,9 @@ Mission 4 closed on this branch by owner adjudication on 2026-09-03. The accepte A future Mission 4 close-out addendum requires its own issue, branch, PR, and mission authority. It may stack on this closed branch and own broader reliability/hardening if warranted, browser parity, fixture/seed promotion contracts, topology-neutral case allocation, contract/readiness sweeps, archive subtraction, and Mission 8 preparation. It also owns the observed S4 report-versus-immediate-ask decision unless a later numbered mission first makes it load-bearing: re-enter only when a real review must continue immediately or repeated gap-only reports create visible friction; preserve S3 restraint while testing S4 activation and asking under a fresh instrument. Its exact issue/name and minimum scope remain owner decisions; do not create another Mission 4 draft. -Mission 6 closed on the FE-1575 branch under its now [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the archive. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut), and Mission 7 Step B now owns the genuine resume witness. Mission 5 owns the direct Voice/Flue transport cut on FE-1574 below FE-1575; its full contract lives in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. They began as siblings, but Mission 5's single-browser-route recut removed the `/api/chat` departure path, so Mission 6 was stacked on its committed transport. Mission 7 currently stacks on Mission 6's close commit, not local `main` or `origin/main`. +Mission 6 closed on the FE-1575 branch under its now [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the archive. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut), and Mission 7 Step B now owns the genuine resume witness. Mission 5 owns the direct Voice/Flue transport cut on FE-1574 below FE-1575; its full contract lives in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. They began as siblings, but Mission 5's single-browser-route recut removed the `/api/chat` departure path, so Mission 6 was stacked on its committed transport. Mission 7 now stacks on Mission 6b's review candidate above the repaired Mission 6 close, not local `main` or `origin/main`. -On 2026-09-07 Lu selected a replacement for KA's Voice branch/PR, integrated above Mission 6 and below Mission 7, while leaving KA's original untouched. The [reconciliation draft](docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md) owns the source pins, import boundary, proposed combined-path contract, outstanding acceptance decisions and Mission 7 handoff. Lu selected preparation now and waiting for the in-flight Mission 6 repairs to be committed before code import. No replacement branch, PR, import or restack is established by this planning entry; Mission 7's live authority is unchanged pending its separately reviewed dependency amendment. +On 2026-09-07 Lu authorized Mission 6b to reconcile KA's Voice contribution above the committed Mission 5/6 repairs, leaving KA's branch and PR untouched and forbidding Linear writes or PR submission for now. Its [import record](docs/evidence/implementations/voice-resumable-reconciliation/import.md) and [verification/dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md) distinguish tested local integration from unclosed acceptance gates. Lu subsequently authorized the review-only Mission 7 restack; root [authority](MISSION.md#status) blocks shared host/transport implementation and paid runs pending Mission 6b acceptance. The consumed draft remains retrievable at `86e37556e363c06bdd5700b67ba58991363ba5a3:libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md`. The [restack record](docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md) pins the resulting dependency and resolution boundaries. On 2026-09-04, while Mission 6 was closing, the owner and an agent reviewed the provenance design that Missions 7, 9, and 10 had assumed, and two independent adversarial reviews tested the result. The outcome, recorded in the [decision log](docs/evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [mini spec](docs/evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [independent review](docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), and [follow-up review](docs/evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md), changed the spine in four ways. Provenance is no longer a capture-envelope and hand-authored derivation seam over a prepared pair; it is recovered lineage in the canonical Flue log (workpiece revisions and net mutations as tool calls) plus a constructor-declared basis carried on each mutation request, with passage evidence, element origin, current state, attempt history, and recorded roles kept as distinct relations. Construction and explanation are consolidated into Mission 7 on a genuine conversation, because lineage exists only when the model actually constructs and because the owner chose fully connected parts over thin tracers; Mission 7 closes the readiness of its own claim and hands only breadth to Mission 9. The prepared Mission 6 fixture is a viability proof and is not promoted; real fixtures come from persona interviews run to construction. Tool admission ends its deferral: the inherited six-tool subset is retired in favour of scenario-selected operations with canonically derived schemas over a repaired provider carrier. These are owner decisions expressed in conversation; they become authority only when the Mission 7 draft is cut. @@ -24,7 +24,7 @@ M4+ optional successor — broader hardening or source promotion only under sep M5 live on FE-1574, beneath this branch — direct Voice/Flue turn, canonical streamed reply, cancellation, and reopen M6 closed on FE-1575 — conversation → Markdown workpiece → Petrinaut read/write → cross-tab resume proved; two fresh-human Voice/stopped checks waived and carried M6b live reconciliation on FE-1580 — local candidate verified, not accepted; durable Stop/reopen, provenance and witness gates remain open -M7 live Step A on FE-1573 — genuine Vestera tracer and probes; Step B separately owner-gated; full mission closes its own readiness +M7 live Step A on FE-1573 — review-restacked; shared/paid work awaits M6b acceptance; genuine Vestera scope and separate Step B gate unchanged M8 deployment handoff — historical branch stopped after local application proof, before infrastructure deployment; a successor must be scheduled before any remote claim M9 repeatable projection breadth — unchanged repeat, changed input, retirement, concurrent change, schema classes over the M7 seam M10 revision — ship bounded authorized reviewer revision and a scoped patch over basis, transition records, and epochs @@ -379,11 +379,11 @@ Before claiming long-running provenance, prove panel/transcript/workpiece recove ### Voice after the live transport cut -The Mission 5 contract, recut on 2026-09-03, owns the single-route consolidation: the typed panel's browser `ChatTransport` over `@flue/sdk`, removal of the server-side `/api/chat` door, repurposing `transport-aisdk` as the browser-side adapter, direct Voice/Flue reconciliation, its selected external-PR evidence, and the bounded local tracer. Its 2026-09-04 human witness passed typed and Voice admission, spoken playback, barge-in, and durable Stop, then failed faithful reopen: per-message typed/Voice provenance disappeared and the stopped entry returned as ordinary truncated content. On 2026-09-04 the owner explicitly waived the fresh-human re-check and closed Mission 6; its fresh product-manager conversation contained neither record. A subsequent source/artifact audit could not substantiate the earlier mechanical-coverage claim: both retained outer-witness bundles contain only completed settlements and no recorded Voice origins, and the analyzed history projector did not reconstruct either per-message property. Preserve the historical close and immutable records, but neither the waiver nor those bundles establish a presentation pass. Mission 6b's root authority owns the combined foundation check and distinguishes supported client-tool attribution from blocked direct-user attribution. +The Mission 5 contract, recut on 2026-09-03, owns the single-route consolidation: the typed panel's browser `ChatTransport` over `@flue/sdk`, removal of the server-side `/api/chat` door, repurposing `transport-aisdk` as the browser-side adapter, direct Voice/Flue reconciliation, its selected external-PR evidence, and the bounded local tracer. Its 2026-09-04 human witness passed typed and Voice admission, spoken playback, barge-in, and durable Stop, then failed faithful reopen: per-message typed/Voice provenance disappeared and the stopped entry returned as ordinary truncated content. On 2026-09-04 the owner explicitly waived the fresh-human re-check and closed Mission 6; its fresh product-manager conversation contained neither record. A subsequent source/artifact audit could not substantiate the earlier mechanical-coverage claim: both retained outer-witness bundles contain only completed settlements and no recorded Voice origins, and the analyzed history projector did not reconstruct either per-message property. Preserve the historical close and immutable records, but neither the waiver nor those bundles establish a presentation pass. Mission 6b's parent-branch authority, pinned in [cold-start reads](MISSION.md#cold-start-reads), owns the combined foundation check and distinguishes supported client-tool attribution from blocked direct-user attribution. A later mission that exercises Voice, exact conversation resume, or pre-release scenario breadth must include one reproducible scenario containing at least one typed-origin message, one Voice-origin message, and one durably aborted assistant entry. After closing and reopening in a second tab, the oracle must verify per-message typed/Voice provenance, render the aborted entry as stopped rather than ordinary truncated content, and distinguish local **Exit voice mode** from durable composer **Stop**. Fold this scenario into that mission's named test portfolio before closure; do not treat Mission 6's prepared fixture or mechanical witness as a permanent substitute for the skipped human check. -The small transcript reveal control was observed discoverability strain; KA's source addresses it with live transcript display and compact Voice presentation, whose reconciliation is owned by the [replacement draft](docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md). This future record otherwise retains only work beyond the direct cut: whether Petrinaut ever drops `useChat` itself is a Petrinaut product decision with no Brunch obligation; the structured-question route re-enters only after plain-turn strain and owner acceptance; broader barge-in, long-response, speech-selection, and accessibility quality require observations from the direct route; and trusted remote identity, origin policy, deployment, and spend controls remain release work. The inherited seam map remains in [`mission-4-voice-integration-handoff.md`](docs/evidence/implementations/mission-4-voice-integration-handoff.md). +The small transcript reveal control was observed discoverability strain; KA's source addresses it with live transcript display and compact Voice presentation, whose reconciliation and outstanding gates are recorded in the [Mission 6b verification](docs/evidence/implementations/voice-resumable-reconciliation/verification.md). This future record otherwise retains only work beyond the direct cut: whether Petrinaut ever drops `useChat` itself is a Petrinaut product decision with no Brunch obligation; the structured-question route re-enters only after plain-turn strain and owner acceptance; broader barge-in, long-response, speech-selection, and accessibility quality require observations from the direct route; and trusted remote identity, origin policy, deployment, and spend controls remain release work. The inherited seam map remains in [`mission-4-voice-integration-handoff.md`](docs/evidence/implementations/mission-4-voice-integration-handoff.md). ### Observability and simulation viewing diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md new file mode 100644 index 00000000000..e9d4dfc5dff --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md @@ -0,0 +1,30 @@ +# Mission 7 review-only restack + +On 2026-09-07 Lu explicitly selected a local restack for review while Mission 6b remains unaccepted. Shared host/transport implementation and paid runs remain blocked pending Mission 6b acceptance. This record is not a product witness, acceptance, Step B authorization, PR submission or permission to change KA's records. + +## Pins and topology + +```text +Mission 5 7538264feeb1487aa494e991831bed0338ae76df + → Mission 6 01649899eb65ab8d7a8fec9407dc3ea613128264 + → Mission 6b 41e7bcf37d95ea9a537544bfedc7df6d122dac8c + → Mission 7 ln/fe-1573-construct-and-explain +``` + +Mission 7's pre-restack head was `86e37556e363c06bdd5700b67ba58991363ba5a3`; the three existing commits replayed to `42a1224d01fcfb2017a22e6db99b089ddc35b12d` before the separate dependency amendment containing this record. `gt move --source ln/fe-1573-construct-and-explain --onto ln/fe-1580-reconcile-voice-resumable-workpiece --only --no-interactive` and `gt continue` performed the move. Git ancestry and Graphite's reported Mission 7 parent both confirm Mission 6b. + +Mission 5, Mission 6 and KA's source head `be56a18ff0244c5750a8702e9c7f45c0b607dc06` remain unchanged. Mission 5's separate behind-main warning was not permission to rewrite the pinned foundation or unrelated branches; no global restack, push or tracker write was performed. + +## Documentation conflict resolution + +Only `MISSION.md` and `MISSION.next.md` conflicted. Mission 7 retains its own Step A authority; Mission 6b's live authority remains on its parent branch rather than being archived as accepted or copied into a second live contract. The future spine retains Mission 6b, the corrected qualification of Mission 6's Voice/stopped witness, and Mission 7's Step A/Step B separation. Non-conflicting Mission 7 preparation and successor-allocation changes were retained. + +The separate amendment re-pins Mission 7's departure, records the closed foundation gate in status, delegation, paid execution and stop conditions, and protects the hidden server question marker, canonical input/result identity, browser continuation lifetime, error/Stop semantics, speech exclusions and prompt/tool re-pinning. Vestera scope, explanation coverage, the Step B owner gate and the reserved $100/200-call Step A envelope are unchanged. That envelope cannot fund Mission 6b and cannot be executed while the foundation gate is closed. + +The consumed Voice reconciliation draft is removed from the working tree; its full source remains at the pre-restack pin above. Current pointers lead to the parent authority and [verification/dispositions](verification.md), not the obsolete draft. The Step B packet explicitly retains its broader genuine Vestera lifecycle witness without absorbing Mission 6b's unfinished obligations. + +## Verification boundary + +Application, Petrinaut, Brunch package and changeset contents were compared directly against Mission 6b and are identical. The net branch delta is Markdown only. Mission 6b's code candidate `c649eec3ba5d31b27294f6a870a0a5d676b79fd8` retains its [39-task, 1,317-test verification](verification.md); this documentation restack creates no new runtime or human evidence. + +The dependency amendment is checked for whitespace, conflict markers, local Markdown target existence and the required foundation/marker/budget constraints. Brunch Markdown is excluded from the normal formatter/linter, so skipped hooks are not claimed as document validation. No release or mission-close claim follows from these checks. diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md index 1eff3e61d86..e3ed53e20a0 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md @@ -8,7 +8,7 @@ The fully preserved pre-split source is git commit `d6b7ea829f`. Rationale prove ## Amendment gate -Step B may be cut only after Step A produces a classified outcome allowed by [`MISSION.md#probe-outcomes-and-owner-gate`](../../MISSION.md#probe-outcomes-and-owner-gate), any required rework is named, and the owner separately authorizes Step B's scope, provider envelope, and claim. The amendment must be an authority-only commit before dependent implementation or evaluation work. Step A completion is not authorization. +Step B may be cut only after Step A produces a classified outcome allowed by [`MISSION.md#probe-outcomes-and-owner-gate`](../../MISSION.md#probe-outcomes-and-owner-gate), any required rework is named, and the owner separately authorizes Step B's scope, provider envelope, and claim. The amendment must be an authority-only commit before dependent implementation or evaluation work. Step A completion is not authorization. The review-only restack above Mission 6b also grants no Step B permission: root authority's foundation gate remains a separate dependency, and this packet's genuine Vestera lifecycle witness cannot absorb or waive Mission 6b's unclosed obligations. At that gate, replace probe-dependent alternatives below with the observed branch; do not leave placeholders for choices already settled by the owner. Preserve the consolidated mission shape unless a terminal Step A outcome requires stopping or returning explainability to design. diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md deleted file mode 100644 index b5e33285a02..00000000000 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md +++ /dev/null @@ -1,147 +0,0 @@ -# Draft — reconcile Voice with resumable browser work - -> Draft cluster only. Not execution authority. Do not implement until this cluster is re-evaluated and cut into `MISSION.md`. - -## Accepted sequencing decision - -On 2026-09-07 Lu selected a replacement branch/PR under his ownership for KA's Voice contribution, integrated above Mission 6 and below Mission 7. KA's original branch and PR #9531 remain untouched as the source record; replacement does not authorize closing, rewriting, retargeting, or otherwise changing them. The replacement is the intended landing candidate, not a second implementation to merge alongside #9531. Preserve KA's authorship and exact source references. Linear assignment, issue edits, and eventual retirement of the original PR require their own authorization. - -```text -Mission 5 — unified Flue conversation - → Mission 6 — resumable workpiece and browser mutations - → replacement Voice reconciliation — this draft - → Mission 7 — construct and explain Vestera -``` - -Lu subsequently selected: prepare this contract now, but wait for the in-flight Mission 6 repairs to be committed before importing code. At initial preflight, Mission 6 had uncommitted work in the `bravo` worktree affecting the fixture host, settled manifest, workpiece recovery, and canonical mutation handling. During preparation, that repair landed as `25392822f3fa838a7b4dca12963ecbc2126f1460`; `bravo` then switched to Mission 5 and held further uncommitted composer/Voice-input-withdrawal/Stop changes. The parent stack therefore still needs its owner's committed handoff and restack, not just observation that one Mission 6 commit landed. Leave that worktree's files and branches alone; re-inspect the committed parent changes and resolve the departure contract after handoff. Mission 7 is currently still based on Mission 6; this draft does not claim that the replacement branch, PR, or restack exists. - -Before implementation, Lu reviews the converted six-section authority and its acceptance dispositions. Commit that authority separately from the import. Keep the squashed source contribution distinguishable from subsequent reconciliation fixes, documenting unavoidable import conflict resolutions. Restack Mission 7 onto the verified replacement before its shared transport/browser-host implementation and paid integrated runs, and amend its dependency and protected-contract references separately. Do not recut Vestera scope or transfer Mission 7's paid budget through this operation. - -## Cold-start reads and source pins - -Paths beginning `packages/`, `docs/`, or `MISSION` are relative to the Brunch context root; `apps/` and `libs/` are repository-root paths. Read source-branch documents with `git show :libs/@hashintel/brunch-agent/` until they are imported; their absence in the current checkout is not permission to substitute a different version. - -| Source | Pin at preparation | Role | -| --- | --- | --- | -| Mission 5, PR [#9528](https://github.com/hashintel/hash/pull/9528) | `fb38101a34bc9edda5cdd213fcb920a39dae1df4` | Current tracked unified-route foundation. | -| Mission 6, PR [#9537](https://github.com/hashintel/hash/pull/9537) | Initial `c1539c1f02a8fa4bf842663577875639214c9537`; first repair `25392822f3fa838a7b4dca12963ecbc2126f1460` | Parent repairs are still in progress on Mission 5; re-pin the fully restacked substrate before import. | -| KA's original [#9531](https://github.com/hashintel/hash/pull/9531) | `be56a18ff0244c5750a8702e9c7f45c0b607dc06` | Replacement source. Its actual inherited parent is `58f75840804766a84ce85b9daab5b5194f3875ec`, the parent of its first contribution commit `40ce63926e`. Import only that parent-to-head contribution, not a distant merge-base delta. | -| Mission 7, PR [#9562](https://github.com/hashintel/hash/pull/9562) | `2506ec5ce0aec267073888a0a8d4307f7aef2ad4` | Live Step A authority, still directly above Mission 6. Implementation and paid evidence had not begun at preparation. | -| Earlier comparative analysis | KA `eecbe99e20..b53b1006fb`; Mission 6 `58f7584080..9b94604cb0` | Historical analysis ranges, not the import target. The later KA source includes `db8184b2e6`, preventing repeated output cancellation, plus restack import/evidence updates. | - -Required reads: - -- KA's pinned `MISSION.md`, `docs/evidence/implementations/mission-5-voice-safety-parity/{donor-behavior-matrix,provenance-blocker,witness-blocker}.md`, and `docs/evidence/design/mission-5-question-marker-and-provenance-decision-2026-09-04.md`. These preserve accepted half-duplex, exact speech, upstream provenance, and pending human/latency decisions; they are not this branch's live authority. -- Mission 6's [archive](../mission-archive/6-resumable-workpiece-petrinaut.md), [implementation record](../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md), [corrected browser witness](../evidence/implementations/fe-1575-outer-browser-witness-2026-09-04-r2/witness.md), both witness bundles' raw snapshots, and the [human gate](../evidence/implementations/fe-1575-outer-browser-witness-2026-09-04-r2/product-manager-gate.md). If cutting onto Mission 6 before its archive is present, read the archive from the pinned Mission 7 head and preserve that accepted contract when replacing the root mission. -- `packages/transport-aisdk/src/{index,transcript,ui-stream,client-tool-history}.ts`; website `src/main/app/local-storage-demo/{brunch-panel-transport,use-flue-chat-history,use-crew-reservation-fixture-session,crew-reservation-settled-manifest}.ts`; Petrinaut `src/ui/views/Editor/panels/ai-assistant-panel.tsx` and its mutation helper. -- Website `src/main/app/voice-interview/{openai-realtime-session,realtime-brunch-bridge,voice-turn-controller,canonical-speech,voice-interview-control}.ts*`, server Voice policy, and matching tests from the pinned KA source. Read the new repeated-cancellation regression rather than treating the earlier analysis as current source. -- [Mission 7 authority](../../MISSION.md), especially A2 tool/batch semantics, A3 browser effects, shared-file ownership and paid budget; its [Step B packet](7-explainable-construction.md) owns the genuine Vestera lifecycle regression. -- [Flue routing](../reference/architecture/flue-routing.md), installed `@flue/sdk` types and runtime docs, package instructions, and the repository Git/PR workflow. Prior green tests and SDK documentation are priors, not combined-path proof. - -## Visible product advance - -**Proposed release note:** speak to Brunch, let it change the open prepared net, interrupt or stop safely, and reopen the same work without replaying speech or duplicating the change. Transcript, tool failures, and stopped responses remain understandable rather than becoming misleading success states. - -**Proposed demo:** run `yarn dev:brunch`, open the honestly labelled crew-reservation fixture, and make a typed turn followed by a spoken confirmation. Watch the one crew-reservation arc appear and the coherent bundle settle. During a subsequent response, use **Your turn** and observe safe fresh capture; separately use durable **Stop** before completion. Reopen in another tab, inspect the conversation and net, and continue without duplicate preparation, mutation or autoplay. Inspect the compact and expanded Voice views and one visible tool failure. Direct spoken-message Voice attribution on reopen must be demonstrated or explicitly identified as unsupported under an owner-approved disposition, never silently inferred. - -**Previously unproved:** KA's Voice behavior and Mission 6's deferred/recovered browser-tool execution have not been demonstrated together. The separate branches' tests and witness records do not establish their shared turn lifecycle. - -## Contract stratum and boundary crossings - -The proposed mission closes safe Voice interaction over the existing local browser-work substrate. It does not establish Vestera construction, declared basis, workpiece-revision tooling, why queries, broad projection, concurrent editing, remote durability, a different conversation route, or a new interaction policy. - -```text -completed, current-turn microphone transcript - → shared panel admission and deterministic Flue delivery - → committed canonical assistant segments and browser-tool requests - → existing browser validates and executes against the bound document - → original call-id outputs resume the same conversation - → canonical speech queue and acknowledged cancellation - → coherent workpiece/document settlement - → canonical history reopen and another real turn -``` - -Keep these meanings distinct: a text segment is durably committed; one Flue submission settled; browser execution or a continuation remains pending; the document/workpiece bundle is coherent; provider output/cancellation is terminal. The panel's `ready` state is not sufficient evidence for all five. Reconcile the existing mechanisms at their real boundaries; do not invent a parallel scheduler, conversation authority, or general state machine just to give these meanings names. - -## Observed integration pressures - -1. **Intermediate readiness.** Mission 6 schedules static browser tools after the panel becomes `ready`, awaits insertion of their output, and explicitly schedules a continuation. KA's bridge can release the active Voice submission when correlated prose exists and chat is `ready`. Premature microphone handoff or post-Stop continuation is a source-grounded integration risk, not a reproduced combined failure. Probe both text-plus-tool and textless-tool cases before choosing a repair. -2. **Tool classification.** KA's host hard-codes the docs reader and hides the new server question marker. Mission 6 configures fixture-specific browser tools and input normalization. Preserve configurable admission and identical live/history normalization together with hidden marker projection. A marker remains server-owned; a browser mutation must not become `providerExecuted` through a lost catalogue entry. -3. **Delivery identity.** Both branches added idempotency independently. Mission 6 uses `ai-sdk:user:` and `ai-sdk:client-tools:` keys with sorted call IDs; KA uses `ai-sdk:` and `ai-sdk-tool:`, validates the 256-character bound, and distinguishes rejected, conflicting, ambiguous and locally aborted admission. Reconcile stable identity and payload ordering together, including retained deliveries and cumulative result batches; choosing a key prefix alone is not the contract. -4. **Per-tool failure reporting.** KA's `safelyAddToolOutput` writes a matching `output-error` after output-insertion rejection. Mission 6's automatic static-tool path bypasses that helper and catches into local stream error. A textual panel merge succeeds without preserving that static-tool behavior. Carry failure identity, readable error detail and terminal ownership through the actual automatic path; a failed output must not strand Voice or claim successful continuation. -5. **Presentation and host wiring.** Preserve live transcript display, compact consent/dock, expanded behavior and persistent copyable errors without deleting the fixture's coherent-bundle/refusal feedback. The current Mission 5 parent already restores Petrinaut Voice API handlers; retain the single repaired launcher and useful source regression coverage rather than adding a second adapter. -6. **Resume evidence.** At the analyzed Mission 6 head, the history projector emitted IDs, roles and parts without reconstructing Voice metadata or per-message stopped state. Both retained outer-witness bundles contained only completed settlements and no recorded Voice origins. The later claim that those bundles mechanically covered the two presentation repairs was unsupported. Preserve the historical owner close and immutable artifacts; correct current claims and attach an explicit evidence disposition instead of inventing a historical pass. - -The pending Mission 6 repairs may change these observations. Record which pressure remains, is resolved by those commits, or needs a new discriminator when the import baseline is re-pinned. - -## Throughline proof floor and readiness gate - -The first internal milestone is one real spoken fixture turn whose browser mutation returns through the shared Flue route and produces canonical audio without duplication. Completion additionally requires the relevant races, failure/reopen cases, stock-host isolation, human witness and owner-held acceptance dispositions below. Independently green source suites or a conflict-free merge do not close the mission. - -### Candidate evidence and oracles - -These are prospective assertions in existing test locations, not claims they already exist. At conversion, inspect discovery and finalize exact names. Retain new combined evidence under `docs/evidence/implementations/voice-resumable-reconciliation//`, pinned to the final implementation and post-repair Mission 6 baseline. Existing source evidence remains historical. - -| Obligation | Candidate discriminator | -| --- | --- | -| Canonical input and half-duplex ownership survive import | Website `voice-interview/openai-realtime-session.test.ts`, `realtime-brunch-bridge.test.ts`, and `voice-turn-controller.test.ts`: retain keyed completed-transcript, request-before-audio invalidation, queued-output ownership, latest-mute, acknowledged cancellation and repeated-cancellation cases. `voice-preview.integration.test.ts`: completed transcript crosses the real panel/transport wiring exactly once; model tool arguments cannot submit. | -| Intermediate `ready` cannot release pending work incorrectly | `voice-preview.integration.test.ts`: "keeps capture closed across a ready-state browser-tool continuation", once with preceding canonical prose and once without; "does not reopen capture until the explicit handoff and pending conversation work settle". Exercise the real `AiAssistantPanel` automatic-tool path, not only a bridge mock that jumps directly between settled states. | -| Stop and local media actions remain distinct | `voice-preview.integration.test.ts`: "durable Stop suppresses scheduled browser work and later continuation speech"; "Your turn cancels audio without aborting admitted Brunch work". Panel tests cover Stop before tool execution, during output insertion, and before scheduled continuation. Already-applied mutations remain inspectable; no rollback or cross-store atomicity claim. | -| Tool catalogue, markers and normalization agree live and after reopen | `local-storage-demo/brunch-panel-transport.test.ts`, `use-flue-chat-history.test.ts`; transport `test/{ui-stream,transcript}.test.ts`: "preserves fixture browser tools while hiding only the server question marker", "normalizes the same client input live and from history", and "folds continuation parts without losing surviving Voice origins". Missing/unmatched question markers leave replay disabled. | -| Logical retry does not become another admitted turn | Transport `test/chat-transport.test.ts`: exact user retry, cumulative tool-result retry, reordered logical result set, changed-payload conflict with original submission ID, bounded key identity, ambiguous admission without automatic retry, and local abort without durable abort. Built-agent integration verifies deduplicated receipts, not merely the number of `send` invocations. | -| Static browser failures are visible and cannot strand ownership | Petrinaut `ai-assistant-panel.test.tsx`: "records automatic tool-output rejection on the matching tool call"; preview integration: "releases or explicitly fails Voice after a textless browser continuation fails". Cover canonical input rejection, mutation failure/no-op, output insertion rejection and continuation admission failure separately. The prior coherent bundle must not advance on partial failure. | -| Reopen reports the supported facts honestly | Transport history tests and `use-flue-chat-history.test.ts` reconstruct surviving client-tool Voice origins and each aborted assistant entry from canonical data, without browser-origin storage. Retain before/after/Tab-B Flue snapshots and rendered stopped-entry evidence, including another subsequent completed turn so a global latest-status banner cannot pass for per-message presentation. The direct-user limitation below remains a separate gate. | -| Product path and stock coexistence hold | Real `yarn dev:brunch` browser/microphone witness of the proposed demo, original call/result IDs, exactly one target arc, coherent bundle identity, fresh Tab-B continuation, no autoplay or duplicate mutation, and sanitized same-origin network routes. Panel/contents tests and rendered inspection cover compact/expanded Voice and persistent errors; a stock-host regression confirms Brunch absence/unselection retains existing behavior. | - -### Inherited acceptance gates requiring explicit disposition - -**Direct spoken-user attribution.** KA's supported client-tool provenance is not a fix for direct spoken user messages. Installed Flue 2.0.3 accepts user body/attachments and caller idempotency but does not project caller Voice metadata or the key onto the canonical user message. Agent-authored response metadata is not that seam. Preserve the upstream-supported route decision and rejected sidecar/text-encoding alternatives. Before the cut, Lu chooses either to keep this blocked requirement with a supported upstream solution, or to explicitly defer the Voice chip on reopened direct-user messages and require truthful documented presentation. Neither choice has been made by the replacement-branch decision alone. The success oracle is snapshot-only reconstruction after fresh-process reopen with no browser correlation state; an explicit deferral is a narrower claim, not a passing test. - -**Real Voice witness.** KA's complete microphone/handoff/Stop/reload/same-origin artifact bundle remained outstanding at the analyzed source. The replacement needs its own final integrated witness; donor or Mission 6 evidence does not substitute. Lu owns human acceptance. Actual microphone, audible behavior and rendered UI require observation, not synthetic claims. - -**Comparative latency.** KA's authority requires ten comparable real-audio trials at donor #9496 head `c7fe8a2e68e8fdc37018b21ec2e9daf4e9ef7c82` and ten at the final candidate, with no median regression and p95 regression below 20%, on the same machine/browser/input/model and warm/cold policy. Single diagnostic turns found almost no canonical-text-to-settlement gap and did not establish an improvement. Carry this gate unchanged into the proposed cut unless Lu explicitly amends it; retain samples, pins, method and limits. A replacement or squash does not waive it, and earlier donor branches remain untouched. - -**Paid execution.** This preparation authorizes no paid provider or microphone/latency campaign. Mission 7's $100 envelope is not available here. Before cutting an executable paid witness/latency leaf, name the caller/model, bounded trials, maximum spend and accounting owner with Lu's authorization. Hermetic tests and read-only inspection can establish mechanics but not audible-latency acceptance. - -## Inputs and joins with Mission 7 - -The committed Mission 5/6 repair handoff and resulting Mission 6 head are the input gate. Recheck the shared panel's Voice-input/Stop behavior, fixture selector, actual document binding, mutation/no-op behavior, settled manifest and current workpiece recovery on that head; import neither its uncommitted files nor a stale substitute. Preserve the repaired behavior while adapting KA's contribution. - -Mission 7 consumes the verified replacement's transport, tool-continuation, cancellation and presentation contracts. At its dependency amendment, protect the non-interactive question marker alongside A2's core `update_workpiece`, keep server-owned metadata tools distinct from scenario-admitted browser operations, preserve canonical input/result identity through A3's execution changes, and keep workpiece/basis/tool payloads out of automatic speech. Re-pin the actual prompt/tool baseline before Mission 7's instrument freeze or paid run; adding the core marker changes that baseline even though it adds no second answer route. - -Mission 7's Step B genuine typed/Voice/stopped-entry scenario remains a breadth/regression obligation over its new revision/basis/mutation semantics. This replacement proves the existing fixture's foundation and documents any explicit limitation; it does not replace the genuine Vestera witness or relax its final claim. A shared unresolved safety defect must not be deferred to Step B merely to begin A3 on an unstable substrate. - -## Accepted constraints and guarded invariants - -- Preserve one memoized Flue client, canonical log, shared panel `useChat` admission, and mounted `/agents/chat/:instanceId` route. Voice has no direct-send fallback or separate mutable transcript authority. -- Preserve KA's completed-transcript authority, half-duplex explicit handoff, exact canonical speech/replay, fail-closed question markers, independent surviving tool origins, typed admission outcomes, and local-versus-durable cancellation distinctions. This import is not authorization to revert to automatic duplex or add a simplifier. -- Preserve Mission 6's distinct fixture/conversation/document/workpiece identities, canonical browser schemas and callbacks, scoped tool catalogue, live/history normalization, recovered tool execution, no-op honesty, prior-coherent-bundle refusal and automatic document persistence. A transient audio/UI state cannot bless durable work. -- Use source tests as regression obligations, adapting their wiring to the real combined route. A failed integration test can falsify the implementation, not redefine the accepted interaction policy. Delete obsolete implementation only with surviving behavior and its discriminator accounted for. -- Preserve historical source commits, authorship, acceptance decisions and raw witness artifacts. Correct current interpretation with evidence; do not relabel prepared or assistant-authored material as user evidence. Do not import old live/future authority over the current mission spine. -- Maintain stock Petrinaut isolation, local-only claims, secret-free/content-free telemetry, appropriate package changesets and user docs. Do not create broad error protocols, parallel schedulers, provenance sidecars, or cross-store transactions to simplify the join. - -## Verification approach and expected touched paths - -Start with the smallest combined ready-state/tool/Voice discriminator, then fix the shared boundary and extend to Stop, rejected outputs and reopen. Re-run affected inherited suites; exercise the actual built app/browser wiring and real microphone for claims beyond the controlled harness. Use root Yarn/Turbo checks for changed Brunch core, plugin/binding if affected, transport, app, Petrinaut and website workspaces; follow package-specific verification and architecture-doc rules. Freeze the final evidence head before human/latency acceptance. Record command output and remaining limits; test totals from a previous source head are not a replacement pass. - -```text -~ packages/transport-aisdk/src/ and test/ admission, projection, correlation, failure -~ packages/core/src/flue.ts, prompts/, question-marker* imported non-interactive marker only -~ apps/petrinaut-website/src/main/app/voice-interview/ imported Voice behavior and combined lifecycle -~ apps/petrinaut-website/src/main/app/local-storage-demo/ repaired fixture host, scoped tools, history -~ libs/@hashintel/petrinaut/src/react/voice-session/ public Voice controls/state from source -~ libs/@hashintel/petrinaut/src/react/notifications/ source error presentation -~ libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ actual tool host and Voice UI -? apps/brunch-agent/petrinaut-local.vite.config.ts and tests retain already-repaired launcher and coverage -~ package.json, relevant package exports/build config only necessary source wiring and startup checks -~ affected user docs and .changeset/ truthful combined behavior -+ docs/evidence/implementations/voice-resumable-reconciliation/ final combined evidence -``` - -## Fog-line and stop conditions - -Re-evaluate the pending Mission 6 repairs, exact source import footprint, SDK/browser continuation ordering, cancellation ownership and retained-idempotency compatibility at the real boundary. Prefer the existing platform/library mechanism and the smallest local repair. If pending work cannot be distinguished without changing the admitted interaction or termination contract, return to Lu before introducing another coordination mechanism. - -Stop before import if the Mission 5/6 parent stack is still being repaired without a committed handoff, the source or destination pins moved without inspection, another worktree's edits would be disturbed, or the replacement authority has not been accepted separately. Stop before claiming closure if the combined route permits duplicate mutations, fresh capture before safe handoff, post-Stop scheduled work that should have been cancelled, hidden tool failures, false coherent settlement, misleading historical attribution, or an unperformed inherited acceptance gate. Evidence can establish an explicit blocked outcome; it cannot manufacture a pass. - -A local Flue patch, second provenance store, visible-text origin encoding, direct Voice admission path, response rewriting, or new batch/termination policy requires reorientation rather than opportunistic integration. Vestera, declared basis, the new revision tool, broad orphan-code retirement, full projection, concurrent collaboration and remote release remain with their existing mission owners. The owner-held direct-attribution, latency and paid-execution dispositions above must be resolved explicitly at the cut, not by the importing agent. From 3fc64731a4aa775d75d8bb0a5708854adea0f01d Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 17:07:16 +0200 Subject: [PATCH 05/62] Open Mission 7 foundation after Mission 6b acceptance --- libs/@hashintel/brunch-agent/MISSION.md | 27 +++++++++---------- libs/@hashintel/brunch-agent/MISSION.next.md | 14 +++++----- .../mission-7-restack.md | 2 ++ 3 files changed, 22 insertions(+), 21 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index d055a23bbc1..f4af8f3d85f 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -2,9 +2,9 @@ ## Status -**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), restacked for review onto Mission 6b `41e7bcf37d95ea9a537544bfedc7df6d122dac8c`, above repaired Mission 6 `01649899eb` and Mission 5 `7538264fee`. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). Implementation and paid evidence have not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. +**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), restacked onto accepted Mission 6b `7958a86b69`, above repaired Mission 6 and Mission 5. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). Implementation and paid evidence have not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. -**Foundation gate — review-only restack, authorized by Lu on 2026-09-07.** Mission 6b remains live and unaccepted. Its [verification and dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md) retain the durable local-Stop/reopen gap, direct spoken-user attribution, held output-insertion proof, real microphone/browser witness and comparative latency gates. Shared host/transport implementation and all paid runs remain blocked pending Mission 6b acceptance. Isolated local work below may proceed only without changing that shared foundation or spending provider calls. Restacking, this amendment and later Step B acceptance cannot silently waive or transfer Mission 6b's obligations. Its authority remains on the parent branch, not a second live authority in this checkout. +**Foundation gate — opened by Lu's narrowed Mission 6b acceptance on 2026-09-07.** The [owner witness](docs/evidence/implementations/voice-resumable-reconciliation/owner-witness-2026-09-07/witness.md) proves the local Voice/mutation/resume/active-Stop path and records the accepted limitations: direct spoken-user Voice attribution after hydration is unsupported, locally withheld work after a settled tool-call step may reappear as pending, and no comparative latency claim exists. Shared host/transport implementation and paid Step A runs may now proceed under this authority and its budget. Preserve causal per-step client results and the narrowed Voice/Stop claims; Mission 6b evidence is a regression baseline, not Mission 7 proof. ## Imperative @@ -63,7 +63,7 @@ Browser and headless hosts currently execute separately; a headless non-throw re ### Execution graph and delegation ```text -authority commit — every branch below remains subject to the foundation gate +authority commit — accepted Mission 6b foundation; Step A limits still apply ├─ A1 canonical schema carrier + first real nested mutation ├─ A2 settled workpiece revision path + tool/state/batch premise pins ├─ A3 real browser effect path + independently observed transition record @@ -77,10 +77,10 @@ authority commit — every branch below remains subject to the foundation gate | Chunk | Owned work and handoff | Dependency and oracle | | --- | --- | --- | -| A1 | Plugin carrier machinery and schema alignment tests; return mechanically derived schema, real provider arguments/result, class-specific blocker if any. Do not independently change tool mounting or termination. | Isolated local carrier work may start; provider calls and shared mounting changes await the foundation gate. Carrier oracle below. | -| A2 | Core settled-revision machinery and focused app tests. First prove call-ID equality in public history, state setter from tool execution, and mixed-batch behaviour; return the minimal earned revision API. | Isolated revision contracts/tests may start; shared integration awaits the foundation gate. Account for the existing non-interactive question marker in tool/state/batch pins. Revision/protocol oracles below. | -| A3 | Browser observation, plugin effect semantics, and headless parity where consumed. Return canonical pre/post evidence, outcomes and diff accounting, not merely an effect summary. | Blocked by the foundation gate; then starts on one existing canonical mutation, preserving Mission 6b's execution/continuation lifetime and canonical identity. Full basis join consumes A1/A2. Browser-record oracle below. | -| A4 | Binding/history investigation. Existing tools may establish an early compaction/reopen pin while A1–A3 run; actual revision/mutation records must pass before the final verdict. Retain the archive fail branch. | Local read-only/faux-provider investigation may overlap; shared changes and paid probes await the foundation gate. Final probes consume genuine A2/A3 records. | +| A1 | Plugin carrier machinery and schema alignment tests; return mechanically derived schema, real provider arguments/result, class-specific blocker if any. Do not independently change tool mounting or termination. | Starts immediately; carrier oracle below. Provider calls count against the Step A envelope. | +| A2 | Core settled-revision machinery and focused app tests. First prove call-ID equality in public history, state setter from tool execution, and mixed-batch behaviour; return the minimal earned revision API. | Starts immediately. Account for the existing non-interactive question marker and causal per-step client results in tool/state/batch pins. Revision/protocol oracles below. | +| A3 | Browser observation, plugin effect semantics, and headless parity where consumed. Return canonical pre/post evidence, outcomes and diff accounting, not merely an effect summary. | Starts on one existing canonical mutation, preserving Mission 6b's execution/continuation lifetime, canonical identity and narrowed Stop semantics. Full basis join consumes A1/A2. Browser-record oracle below. | +| A4 | Binding/history investigation. Existing tools may establish an early compaction/reopen pin while A1–A3 run; actual revision/mutation records must pass before the final verdict. Retain the archive fail branch. | Read-only/faux-provider investigation may overlap immediately; final probes consume genuine A2/A3 records. | | A5 | Integrate citation refusals, authorized evidence validation, record resolution, live reconciliation, assistant interpretation and minimal pane. A deterministic resolver alone or mock pane does not prove the interaction. | Consumes A1–A4 handoffs; reopened why safety and visible-interaction oracles. | | A6 | Genuine tracer, passage-policy probe, cadence/basis measurement, safety/utility adjudication and gate packet. | Requires integrated A5, not detached subsystem tests. | @@ -92,7 +92,7 @@ The pane and persona-host adaptation can proceed in parallel with integration af Read the current source, not only prior claims. These are required entrypoints, not permission to implement historical specs: -- Mission 6b authority: `git show 41e7bcf37d95ea9a537544bfedc7df6d122dac8c:libs/@hashintel/brunch-agent/MISSION.md`; [import provenance](docs/evidence/implementations/voice-resumable-reconciliation/import.md) and [verification/dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md). Read the current panel/bridge and transport/history tests named there. Local green checks are not acceptance, and aborted-history recovery does not make local withholding reload-safe. +- Accepted Mission 6b authority: `git show 7958a86b69:libs/@hashintel/brunch-agent/MISSION.md`; [owner witness](docs/evidence/implementations/voice-resumable-reconciliation/owner-witness-2026-09-07/witness.md), [import provenance](docs/evidence/implementations/voice-resumable-reconciliation/import.md) and [verification/dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md). Read the current panel/bridge and transport/history tests named there. Acceptance is narrow: causal per-step client results and active-submission Stop are load-bearing; direct spoken-user hydration provenance, post-settlement durable withholding and comparative latency are not inherited claims. - [Mission 6 archive](docs/mission-archive/6-resumable-workpiece-petrinaut.md), its [implementation evidence](docs/evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md), r2 browser witness and human gates; [Mission 5 transport evidence](docs/evidence/implementations/mission-5-direct-voice-flue/README.md). Consume transport/mutation/resume viability, not a provenance pair or a waived human check. - [Mission 2](docs/mission-archive/2-mechanical-capture-sweep.md), [Mission 3](docs/mission-archive/3-structurally-typed-runbook-to-headless-pn.md), its [construction evidence](docs/evidence/implementations/fe-1525-headless-runbook-pn.md), and [Mission 4](docs/mission-archive/4-core-plugin-elicitation-proof-of-life.md): archive capability versus rejected capture semantics, falsified nested carrier, accepted core/plugin split, and no full-run candidate. - [Decision log](docs/evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [mini spec](docs/evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [independent review](docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), [follow-up review](docs/evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md), especially final H dispositions and their evidence lists. This cut supersedes earlier conflicting diagrams and partial-coverage suggestions. [Pre-split draft commit](https://github.com/hashintel/hash/commit/d6b7ea829f) retains the complete planning source; the spine records conversion destinations. @@ -195,9 +195,9 @@ Verification is inside-out: unit contracts; built production `ChatAgent` over th ### Protected Voice and shared-host contracts - A2 retains core-owned, non-interactive `brunch_mark_question` alongside `update_workpiece`. Include both in mixed-batch and termination investigation; do not remove the marker or turn it into a browser/interactive tool to make revision settling pass. Preserve server/browser classification and the scoped browser catalogue through live and reopened projections. Missing/unmatched question markers continue to disable question replay. -- A3 preserves canonical input/result identity, stable cumulative payload order, admission ambiguity without automatic retry, matching-call errors and surviving folded Voice origins. Deferred execution, output insertion and continuation remain owned by their conversation and submission generation; cancellation, failures, StrictMode cleanup and conversation replacement must not admit stale work or release Voice prematurely. Carry the existing regressions through the new effect/basis seam. +- A3 preserves canonical input/result identity, stable causal per-step payload order, admission ambiguity without automatic retry, matching-call errors and surviving folded Voice origins. Deferred execution, output insertion and continuation remain owned by their conversation and submission generation; cancellation, failures, StrictMode cleanup and conversation replacement must not admit stale work or release Voice prematurely. Carry the existing regressions through the new effect/basis seam. - Keep completed-transcript authority, explicit half-duplex handoff and acknowledged audio cancellation. Only eligible canonical assistant prose may become speech; workpiece Markdown, declared basis, tool payloads and transition records must not enter automatic speech. Local audio cancellation, local withheld browser work and durable Flue abortion stay distinct. Do not infer durable cancellation or direct-user provenance from transient browser state. -- Re-pin the complete prompt/tool baseline, including the question marker and new revision tool, before instrument freeze or any paid run after the foundation gate opens. Mission 6b's evidence remains a regression baseline, not evidence of Mission 7's new lifecycle or basis behavior. +- Re-pin the complete prompt/tool baseline, including the question marker, causal per-step client results and new revision tool, before instrument freeze or any paid run. Mission 6b's evidence remains a regression baseline, not evidence of Mission 7's new lifecycle or basis behavior. ### Ownership, teaching and scope @@ -210,7 +210,7 @@ Verification is inside-out: unit contracts; built production `ChatAgent` over th ### Paid evidence envelope -**The envelope is reserved, not currently executable:** the foundation gate above blocks all paid runs. It cannot fund Mission 6b's microphone or latency campaign. Once that gate is released, the existing limits below still apply unchanged. +**The envelope is executable under the limits below:** the foundation gate opened with Mission 6b's narrowed acceptance. It cannot retrospectively fund Mission 6b's deferred latency campaign or any Step B work. The owner authorized a first **US$100 total Step A budget** and models **at least Sonnet-class**. Select `anthropic/claude-sonnet-4-6` for Brunch and, when used, the simulated interviewee; the exact model id is already used by the repository's prior production protocol. Configure `BRUNCH_CHAT_MODEL=claude-sonnet-4-6` for the elicitor and explicitly select the same persona model. Record actual provider-reported ids; no silent fallback to the app's Haiku default. If unavailable, stop rather than downgrade. This cut selects a model; it does not claim provider availability has just been tested. @@ -235,8 +235,7 @@ These are implementation/probe questions, not unresolved permission to shrink th Stop and report the evidence if any of these occurs: -- Shared host/transport implementation or paid execution would begin while Mission 6b remains unaccepted, or a proposed join silently drops its marker, lifecycle, attribution or cancellation constraints. - +- A proposed join silently drops Mission 6b's marker, lifecycle, causal-result, attribution or cancellation constraints, or claims the three explicitly deferred properties as inherited proof. - The integrated tracer cannot answer or explicitly refuse without guessing after the permitted adjustment; ordinary missing basis is relabelled as a deliberate control; the inventory/exclusion rule is chosen after seeing the net. - A useful result depends on giving the elicitor case truth, a prepared workpiece/net, hand-authored derivation, retrospective basis or a simpler substitute for accepted contention/asymmetry/qualification complexity. - Mixed update/mutation batching is required for progress, a revision cannot be cited reliably, or the only proposed remedy changes accepted termination/interaction semantics without owner amendment. @@ -250,7 +249,7 @@ Stop and report the evidence if any of these occurs: ## Deferred -- **Step B:** the [amendment packet](docs/mission-drafts/7-explainable-construction.md) alone holds B1 lineage, B2 mutation/reconciliation and B3 product/lifecycle closure, the full-region proving run, revision list/diff, migration/rollback and dual-read removal, external import and second-conversation refusal breadth, subtraction inventory, final behavioral/utility/product gates, and the genuine typed/Voice/stopped-entry two-tab check over Mission 7's revision/basis semantics. This broader witness does not replace or absorb Mission 6b's unclosed shared-foundation gates. Return here only after the Step A owner gate and a separate authority commit; no automatic promotion. +- **Step B:** the [amendment packet](docs/mission-drafts/7-explainable-construction.md) alone holds B1 lineage, B2 mutation/reconciliation and B3 product/lifecycle closure, the full-region proving run, revision list/diff, migration/rollback and dual-read removal, external import and second-conversation refusal breadth, subtraction inventory, final behavioral/utility/product gates, and the genuine typed/Voice/stopped-entry two-tab check over Mission 7's revision/basis semantics. This broader witness must re-prove Mission 7's new revision/basis lifecycle and preserve Mission 6b's accepted limitations; it does not inherit the prepared-fixture witness as product proof. Return here only after the Step A owner gate and a separate authority commit; no automatic promotion. - **Missions 9/10:** [Mission 9](docs/mission-drafts/9-traceable-projection.md) owns repeat, changed input, retirement/concurrency breadth, cross-conversation access, additional schema classes and required complex-scenario allocation. [Mission 10](docs/mission-drafts/10-bounded-reviewer-revision.md) owns authorized reviewer revision. Both consume the accepted basis/transition/epoch/evidence seam and unchanged behavioral discriminator, not an imagined one. The packet preserves exact re-entry gates/oracles. - **Later capabilities:** [Mission 11](docs/mission-drafts/11-optimisation-handoff.md) owns the accepted optimisation consumer contract; Mission 8 successor/pre-remote gate owns remote durability. Mission 6's remaining recovery/fixture-promotion concerns keep their spine homes and strain triggers. - **PM fast preview and teaching hypothesis:** [the future spine](MISSION.next.md#explicit-assumption-based-preview) records the requested offer to fill gaps/guess when time is tight, the necessary distinction from evidence and modelling inference, and the hypothesis of neutral Petri-net understanding guidance. This cut does not authorize that new mode or silently relax current no-invention behavior. diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index 62060115e11..bb02f6bead6 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -1,6 +1,6 @@ # Brunch future mission spine -> Canonical future-planning spine, shared frame, and backlog index only. This file is not execution authority and authorizes no implementation. Branch `ln/fe-1573-construct-and-explain` carries live Mission 7 Step A in [`MISSION.md`](MISSION.md), review-restacked above Mission 6b with the live authority's foundation gate still closed. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). The Step B packet and future clusters remain non-authoritative until separately accepted and converted. +> Canonical future-planning spine, shared frame, and backlog index only. This file is not execution authority and authorizes no implementation. Branch `ln/fe-1573-construct-and-explain` carries live Mission 7 Step A in [`MISSION.md`](MISSION.md), restacked above accepted Mission 6b with the shared/paid foundation gate open under Step A's existing limits. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). The Step B packet and future clusters remain non-authoritative until separately accepted and converted. This spine, the Step B amendment packet and three successor drafts form one future-planning record. The Voice reconciliation draft has been consumed into Mission 6b's parent-branch authority, not retained as competing planning authority. Keep each consequential meaning in one authoritative home: shared future constraints and unallocated concerns live here; future mission-specific detail lives in its packet or draft; live Mission 7 contracts live only in root authority. A spine pointer is not a second contract. Material omitted from a cut returns to this record at full fidelity, and consumed draft content is removed. @@ -12,9 +12,9 @@ Mission 4 closed on this branch by owner adjudication on 2026-09-03. The accepte A future Mission 4 close-out addendum requires its own issue, branch, PR, and mission authority. It may stack on this closed branch and own broader reliability/hardening if warranted, browser parity, fixture/seed promotion contracts, topology-neutral case allocation, contract/readiness sweeps, archive subtraction, and Mission 8 preparation. It also owns the observed S4 report-versus-immediate-ask decision unless a later numbered mission first makes it load-bearing: re-enter only when a real review must continue immediately or repeated gap-only reports create visible friction; preserve S3 restraint while testing S4 activation and asking under a fresh instrument. Its exact issue/name and minimum scope remain owner decisions; do not create another Mission 4 draft. -Mission 6 closed on the FE-1575 branch under its now [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the archive. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut), and Mission 7 Step B now owns the genuine resume witness. Mission 5 owns the direct Voice/Flue transport cut on FE-1574 below FE-1575; its full contract lives in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. They began as siblings, but Mission 5's single-browser-route recut removed the `/api/chat` departure path, so Mission 6 was stacked on its committed transport. Mission 7 now stacks on Mission 6b's review candidate above the repaired Mission 6 close, not local `main` or `origin/main`. +Mission 6 closed on the FE-1575 branch under its now [archived authority](docs/mission-archive/6-resumable-workpiece-petrinaut.md): one deliberately prepared, honestly labelled fixture joined canonical conversation, session history, Markdown workpiece, and Petrinaut document through a browser-backed read/write change and cross-tab resume. Its consumed draft remains removed; its product-manager litmus, demo script, proof, and explicit owner waiver remain in the archive. The owner closed despite not re-running Voice-origin provenance and aborted-assistant presentation in the fresh product-manager conversation; those future scenario obligations live under [Voice after the live transport cut](#voice-after-the-live-transport-cut), and Mission 7 Step B now owns the genuine resume witness. Mission 5 owns the direct Voice/Flue transport cut on FE-1574 below FE-1575; its full contract lives in that branch's root `MISSION.md`. Neither tracer requires a Mission 4 full-run candidate. They began as siblings, but Mission 5's single-browser-route recut removed the `/api/chat` departure path, so Mission 6 was stacked on its committed transport. Mission 7 now stacks on accepted Mission 6b above the repaired Mission 6 close, not local `main` or `origin/main`. -On 2026-09-07 Lu authorized Mission 6b to reconcile KA's Voice contribution above the committed Mission 5/6 repairs, leaving KA's branch and PR untouched and forbidding Linear writes or PR submission for now. Its [import record](docs/evidence/implementations/voice-resumable-reconciliation/import.md) and [verification/dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md) distinguish tested local integration from unclosed acceptance gates. Lu subsequently authorized the review-only Mission 7 restack; root [authority](MISSION.md#status) blocks shared host/transport implementation and paid runs pending Mission 6b acceptance. The consumed draft remains retrievable at `86e37556e363c06bdd5700b67ba58991363ba5a3:libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md`. The [restack record](docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md) pins the resulting dependency and resolution boundaries. +On 2026-09-07 Lu authorized and then accepted Mission 6b's narrowed reconciliation of KA's Voice contribution above the committed Mission 5/6 repairs, leaving KA's branch and PR untouched and making no Linear write. The [owner witness](docs/evidence/implementations/voice-resumable-reconciliation/owner-witness-2026-09-07/witness.md), [import record](docs/evidence/implementations/voice-resumable-reconciliation/import.md) and [verification/dispositions](docs/evidence/implementations/voice-resumable-reconciliation/verification.md) distinguish the passed microphone/mutation/resume/active-Stop path from three explicit deferrals: direct spoken-user attribution after hydration, durable recovery of locally withheld post-settlement browser work, and comparative latency. Root [authority](MISSION.md#status) opens shared host/transport implementation and paid Step A runs while preserving those limitations; Mission 6b evidence remains regression input rather than Mission 7 proof. The consumed draft remains retrievable at `86e37556e363c06bdd5700b67ba58991363ba5a3:libs/@hashintel/brunch-agent/docs/mission-drafts/voice-reconciliation-over-resumable-workpiece.md`. The [restack record](docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md) preserves the historical review-only dependency decision. On 2026-09-04, while Mission 6 was closing, the owner and an agent reviewed the provenance design that Missions 7, 9, and 10 had assumed, and two independent adversarial reviews tested the result. The outcome, recorded in the [decision log](docs/evidence/design/provenance-and-tooling-decision-log-2026-09-04.md), [mini spec](docs/evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md), [independent review](docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md), and [follow-up review](docs/evidence/design/provenance-by-lineage-follow-up-review-2026-09-04.md), changed the spine in four ways. Provenance is no longer a capture-envelope and hand-authored derivation seam over a prepared pair; it is recovered lineage in the canonical Flue log (workpiece revisions and net mutations as tool calls) plus a constructor-declared basis carried on each mutation request, with passage evidence, element origin, current state, attempt history, and recorded roles kept as distinct relations. Construction and explanation are consolidated into Mission 7 on a genuine conversation, because lineage exists only when the model actually constructs and because the owner chose fully connected parts over thin tracers; Mission 7 closes the readiness of its own claim and hands only breadth to Mission 9. The prepared Mission 6 fixture is a viability proof and is not promoted; real fixtures come from persona interviews run to construction. Tool admission ends its deferral: the inherited six-tool subset is retired in favour of scenario-selected operations with canonically derived schemas over a repaired provider carrier. These are owner decisions expressed in conversation; they become authority only when the Mission 7 draft is cut. @@ -23,8 +23,8 @@ M4 closed — core/plugin elicitation pattern accepted; S4 transition and full M4+ optional successor — broader hardening or source promotion only under separate authority M5 live on FE-1574, beneath this branch — direct Voice/Flue turn, canonical streamed reply, cancellation, and reopen M6 closed on FE-1575 — conversation → Markdown workpiece → Petrinaut read/write → cross-tab resume proved; two fresh-human Voice/stopped checks waived and carried -M6b live reconciliation on FE-1580 — local candidate verified, not accepted; durable Stop/reopen, provenance and witness gates remain open -M7 live Step A on FE-1573 — review-restacked; shared/paid work awaits M6b acceptance; genuine Vestera scope and separate Step B gate unchanged +M6b accepted on FE-1580 — causal Voice/mutation/resume/active-Stop path proved; hydration attribution, post-settlement withholding and latency explicitly deferred +M7 live Step A on FE-1573 — accepted M6b foundation; genuine Vestera scope, own evidence and separate Step B gate unchanged M8 deployment handoff — historical branch stopped after local application proof, before infrastructure deployment; a successor must be scheduled before any remote claim M9 repeatable projection breadth — unchanged repeat, changed input, retirement, concurrent change, schema classes over the M7 seam M10 revision — ship bounded authorized reviewer revision and a scoped patch over basis, transition records, and epochs @@ -379,11 +379,11 @@ Before claiming long-running provenance, prove panel/transcript/workpiece recove ### Voice after the live transport cut -The Mission 5 contract, recut on 2026-09-03, owns the single-route consolidation: the typed panel's browser `ChatTransport` over `@flue/sdk`, removal of the server-side `/api/chat` door, repurposing `transport-aisdk` as the browser-side adapter, direct Voice/Flue reconciliation, its selected external-PR evidence, and the bounded local tracer. Its 2026-09-04 human witness passed typed and Voice admission, spoken playback, barge-in, and durable Stop, then failed faithful reopen: per-message typed/Voice provenance disappeared and the stopped entry returned as ordinary truncated content. On 2026-09-04 the owner explicitly waived the fresh-human re-check and closed Mission 6; its fresh product-manager conversation contained neither record. A subsequent source/artifact audit could not substantiate the earlier mechanical-coverage claim: both retained outer-witness bundles contain only completed settlements and no recorded Voice origins, and the analyzed history projector did not reconstruct either per-message property. Preserve the historical close and immutable records, but neither the waiver nor those bundles establish a presentation pass. Mission 6b's parent-branch authority, pinned in [cold-start reads](MISSION.md#cold-start-reads), owns the combined foundation check and distinguishes supported client-tool attribution from blocked direct-user attribution. +The Mission 5 contract, recut on 2026-09-03, owns the single-route consolidation: the typed panel's browser `ChatTransport` over `@flue/sdk`, removal of the server-side `/api/chat` door, repurposing `transport-aisdk` as the browser-side adapter, direct Voice/Flue reconciliation, its selected external-PR evidence, and the bounded local tracer. Its 2026-09-04 human witness passed typed and Voice admission, spoken playback, barge-in, and durable Stop, then failed faithful reopen: per-message typed/Voice provenance disappeared and the stopped entry returned as ordinary truncated content. On 2026-09-04 the owner explicitly waived the fresh-human re-check and closed Mission 6; its fresh product-manager conversation contained neither record. A subsequent source/artifact audit could not substantiate the earlier mechanical-coverage claim: both retained outer-witness bundles contain only completed settlements and no recorded Voice origins, and the analyzed history projector did not reconstruct either per-message property. Preserve the historical close and immutable records, but neither the waiver nor those bundles establish a presentation pass. Mission 6b's accepted parent-branch authority, pinned in [cold-start reads](MISSION.md#cold-start-reads), closes the combined foundation check and distinguishes supported client-tool attribution from explicitly deferred direct-user attribution after hydration. A later mission that exercises Voice, exact conversation resume, or pre-release scenario breadth must include one reproducible scenario containing at least one typed-origin message, one Voice-origin message, and one durably aborted assistant entry. After closing and reopening in a second tab, the oracle must verify per-message typed/Voice provenance, render the aborted entry as stopped rather than ordinary truncated content, and distinguish local **Exit voice mode** from durable composer **Stop**. Fold this scenario into that mission's named test portfolio before closure; do not treat Mission 6's prepared fixture or mechanical witness as a permanent substitute for the skipped human check. -The small transcript reveal control was observed discoverability strain; KA's source addresses it with live transcript display and compact Voice presentation, whose reconciliation and outstanding gates are recorded in the [Mission 6b verification](docs/evidence/implementations/voice-resumable-reconciliation/verification.md). This future record otherwise retains only work beyond the direct cut: whether Petrinaut ever drops `useChat` itself is a Petrinaut product decision with no Brunch obligation; the structured-question route re-enters only after plain-turn strain and owner acceptance; broader barge-in, long-response, speech-selection, and accessibility quality require observations from the direct route; and trusted remote identity, origin policy, deployment, and spend controls remain release work. The inherited seam map remains in [`mission-4-voice-integration-handoff.md`](docs/evidence/implementations/mission-4-voice-integration-handoff.md). +The small transcript reveal control was observed discoverability strain; KA's source addresses it with live transcript display and compact Voice presentation, whose accepted reconciliation, limitations and future UX strain are recorded in the [Mission 6b verification](docs/evidence/implementations/voice-resumable-reconciliation/verification.md). This future record otherwise retains only work beyond the direct cut: whether Petrinaut ever drops `useChat` itself is a Petrinaut product decision with no Brunch obligation; the structured-question route re-enters only after plain-turn strain and owner acceptance; broader barge-in, long-response, speech-selection, and accessibility quality require observations from the direct route; and trusted remote identity, origin policy, deployment, and spend controls remain release work. The inherited seam map remains in [`mission-4-voice-integration-handoff.md`](docs/evidence/implementations/mission-4-voice-integration-handoff.md). ### Observability and simulation viewing diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md index e9d4dfc5dff..180149e4aa7 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/voice-resumable-reconciliation/mission-7-restack.md @@ -1,5 +1,7 @@ # Mission 7 review-only restack +> Historical restack record. Later on 2026-09-07 Lu accepted Mission 6b's narrowed claim after the [owner witness](owner-witness-2026-09-07/witness.md). Mission 7 was restacked again onto accepted parent commit `7958a86b69`; its root authority now opens shared implementation and paid Step A runs while preserving the accepted limitations. The review-only decisions and pins below describe the earlier move and remain historical evidence. + On 2026-09-07 Lu explicitly selected a local restack for review while Mission 6b remains unaccepted. Shared host/transport implementation and paid runs remain blocked pending Mission 6b acceptance. This record is not a product witness, acceptance, Step B authorization, PR submission or permission to change KA's records. ## Pins and topology From c54e0dd9b45dec457bd35749c7979da09b0dcd80 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 18:38:36 +0200 Subject: [PATCH 06/62] add note re api route naming --- libs/@hashintel/brunch-agent/MISSION.next.md | 4 ++++ 1 file changed, 4 insertions(+) diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index bb02f6bead6..3a2a6609b50 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -163,6 +163,10 @@ The production door is Petrinaut panel (`useChat`/`onToolCall`) → host-supplie Core owns universal, context/domain/editor/formalism-independent elicitation semantics. Plugins pair one reusable domain typology with one target formalism and own that pairing's recognition/operations/coverage/verification guidance, never concrete scenario nouns. The app is the directive-marked registration and host-composition shell. Flue owns `useInstruction`, `useSkill`, `useTool`, static resource packaging, and runtime lifecycle; binding packages adapt generalized capture mechanics to a substrate. +**Tuple naming convention — accepted, implementation adoption pending.** Plugin and composed-agent identities use the ordered pair `-`, expressed as lowercase kebab-case with both coordinates required. The first pair is `(process, sdcpn)`, named `process-sdcpn`: `process` denotes operational processes, including organizational, software and cyber-physical operations, not everything expressible in SDCPN. Keep the two meanings explicit in the definition; the combined slug is an identifier, not a string-parsing protocol. Package prefixes may wrap the paired name; skill and tool names continue to describe their jobs and capabilities rather than mechanically inherit the tuple. + +The accepted naming target aligns the backend mount `/agents/process-sdcpn/:id` and Flue `agentName = "process-sdcpn"`; the Petrinaut website consumes it through `/api/brunch/:id`, preserving the remaining path, query and Flue protocol. These are target names, not claims about the currently mounted `/agents/chat` route or pinned `brunch-chat-agent` storage identity. Adoption must enter live authority before implementation and explicitly settle migration versus an owner-approved fresh start for existing conversations. This naming decision alone authorizes neither a persisted-state reset nor remote exposure. + Prompting and recognition remain Brunch-owned. The latest `petrinautAiPrompt` is coverage evidence, not text to copy; FE-1516's one-day prose drift remains the counterexample to hand-copying Petrinaut contracts. Assertion mechanics, if ever earned, are harness-owned, while SDCPN mapping hints are target-formalism policy and must not leak concepts such as `resource`, `shift`, or `place` into generic capture/revision machinery. Universal ↔ SDCPN provenance migration remains an editorial practice recorded per edit; Mission 3 exercised it zero times on new real evidence. HASH Graph, Temporal, Redis, HASH API, S3, Kratos, and Petrinaut Optimizer are not current Brunch runtime dependencies and must not be added for symmetry. `@flue/react` remains appropriate for Brunch's local debug UI, and `binding-flue` remains a package even if it is the sole binding. The current host switch is still `yarn dev` versus `yarn dev:brunch`; that fact does not settle the product picker. From 3824d8d455dfebb430ffe68c1c0e1a7695a7c6c4 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 18:46:54 +0200 Subject: [PATCH 07/62] Remove living docs that still described discarded YAML, capture, and Voice destinations. Those present-tense specs and salvage notes were sending Mission 7 readers at rejected architecture; last copies stay pinned at 69c02f69a9. Co-authored-by: Cursor --- libs/@hashintel/brunch-agent/AGENTS.md | 6 +- libs/@hashintel/brunch-agent/CONTEXT.md | 8 +- libs/@hashintel/brunch-agent/MISSION.next.md | 16 + libs/@hashintel/brunch-agent/README.md | 5 +- .../adr/0001-brunch-is-the-product-name.md | 3 +- .../adr/0002-topology-and-placement-rules.md | 5 +- .../docs/adr/0003-three-register-ir.md | 7 +- .../0005-model-assisted-sdcpn-realization.md | 2 +- .../adr/0006-plugins-per-target-formalism.md | 3 +- ...rtoire-and-plugin-contract-live-in-core.md | 2 +- .../adr/0009-openai-voice-ui-turn-shell.md | 9 +- .../brunch-agent/docs/adr/README.md | 4 +- .../docs/archive/elicitation-kernel/map.md | 8 +- .../brunch-agent/docs/archive/specs/README.md | 19 + ...tation-completion-2026-08-25-full-draft.md | 3 +- ...n-contract-2026-08-25-declarative-draft.md | 4 +- ...icitor-prompt-material-audit-2026-08-31.md | 9 +- .../docs/evidence/audits/deep-read-fe-1389.md | 2 +- .../docs/evidence/audits/deep-read-fe-1390.md | 3 +- .../cps-interview-guidance-desk-replay.md | 129 - .../design/cps-interview-guidance-plain.md | 145 - .../design/elicitation-completion-plain.md | 141 - .../elicitation-completion-rehearsal.md | 378 -- ...rmediate-representation-worked-examples.md | 175 - .../plugin-keys-pressure-review-cycle-1.md | 231 - .../vestera-legacy-baseline/readout.md | 3 +- .../fe-1525-headless-runbook-pn.md | 5 +- .../amp-session-reviewing-architecture.md | 610 --- .../salvage/design-questions-re-provenance.md | 462 -- .../more-plugin-inputs/claude-dafny-lean.md | 757 --- ...g-design-rationale-2026-04-18T12-57-01Z.md | 331 -- ...gases-1-pn-consumption-trigger-layout.json | 486 -- .../gases-1-pn-layout.json | 472 -- .../gases-2-spn-layout.json | 978 ---- .../gases-3-cpn-layout.json | 1300 ----- .../gases-4-dcpn-layout.json | 1619 ------- .../semiconductor-fab-drift-layout.json | 1509 ------ ...k-fleet-predictive-maintenance-layout.json | 2235 --------- ...ructurally-typed-runbook-to-headless-pn.md | 15 +- .../reference/architecture/capture-store.md | 203 - .../flue-architecture-cheatsheet.md | 8 +- .../reference/architecture/flue-routing.md | 21 +- .../docs/reference/architecture/topology.md | 30 +- .../brunch-agent/docs/research/README.md | 5 +- .../research/amp-analysis-flue-vs-tilde.md | 4231 ----------------- ...ontier-model-elicitor-failure-catalogue.md | 6 +- .../docs/research/voice-feasibility.md | 706 --- ...oice-implementation-recommendation-pplx.md | 44 - .../brunch-agent/docs/specs/README.md | 18 + .../docs/specs/elicitation-completion.md | 120 - .../docs/specs/elicitation-kernel.md | 895 ---- .../specs/elicitation-to-ir-oracle-design.md | 292 -- .../intermediate-representation-plain.md | 82 - .../docs/specs/intermediate-representation.md | 215 - .../petrinaut-batched-construction-tools.md | 2 +- .../docs/specs/petrinaut-integration.md | 32 +- .../docs/specs/plugin-contract.md | 181 - ...structurally-typed-elicitation-runbooks.md | 529 --- 58 files changed, 177 insertions(+), 19542 deletions(-) create mode 100644 libs/@hashintel/brunch-agent/docs/archive/specs/README.md delete mode 100644 libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-desk-replay.md delete mode 100644 libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-plain.md delete mode 100644 libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-plain.md delete mode 100644 libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-rehearsal.md delete mode 100644 libs/@hashintel/brunch-agent/docs/evidence/design/intermediate-representation-worked-examples.md delete mode 100644 libs/@hashintel/brunch-agent/docs/evidence/design/plugin-keys-pressure-review-cycle-1.md delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/amp-session-reviewing-architecture.md delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/design-questions-re-provenance.md delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/claude-dafny-lean.md delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/kleppmanns-geolog-design-rationale-2026-04-18T12-57-01Z.md delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-consumption-trigger-layout.json delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-layout.json delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-2-spn-layout.json delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-3-cpn-layout.json delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-4-dcpn-layout.json delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/semiconductor-fab-drift-layout.json delete mode 100644 libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/truck-fleet-predictive-maintenance-layout.json delete mode 100644 libs/@hashintel/brunch-agent/docs/reference/architecture/capture-store.md delete mode 100644 libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md delete mode 100644 libs/@hashintel/brunch-agent/docs/research/voice-feasibility.md delete mode 100644 libs/@hashintel/brunch-agent/docs/research/voice-implementation-recommendation-pplx.md create mode 100644 libs/@hashintel/brunch-agent/docs/specs/README.md delete mode 100644 libs/@hashintel/brunch-agent/docs/specs/elicitation-completion.md delete mode 100644 libs/@hashintel/brunch-agent/docs/specs/elicitation-kernel.md delete mode 100644 libs/@hashintel/brunch-agent/docs/specs/elicitation-to-ir-oracle-design.md delete mode 100644 libs/@hashintel/brunch-agent/docs/specs/intermediate-representation-plain.md delete mode 100644 libs/@hashintel/brunch-agent/docs/specs/intermediate-representation.md delete mode 100644 libs/@hashintel/brunch-agent/docs/specs/plugin-contract.md delete mode 100644 libs/@hashintel/brunch-agent/docs/specs/structurally-typed-elicitation-runbooks.md diff --git a/libs/@hashintel/brunch-agent/AGENTS.md b/libs/@hashintel/brunch-agent/AGENTS.md index 9a12d613745..c85c238adf3 100644 --- a/libs/@hashintel/brunch-agent/AGENTS.md +++ b/libs/@hashintel/brunch-agent/AGENTS.md @@ -139,9 +139,9 @@ These rules exist because Mission 4 lost its design between the owner conversati ## Authorities vs obligations -[`docs/specs/`](docs/specs), [`docs/adr/`](docs/adr) (see its [README](docs/adr/README.md)), and -[`docs/evidence/`](docs/evidence) are history and reference: prior design hypotheses and observed -results. They are not marching orders. Re-earn any design you build to; an implemented decision is +[`docs/specs/`](docs/specs) (see its [README](docs/specs/README.md)), [`docs/adr/`](docs/adr) +(see its [README](docs/adr/README.md)), and [`docs/evidence/`](docs/evidence) are history and +reference: prior design hypotheses and observed results. They are not marching orders. Re-earn any design you build to; an implemented decision is evidence, unimplemented design is a hypothesis. A branch may depart from a recorded decision by noting the divergence in its commit. Provenance is not warrant: a statement is evidence of what was said, not automatically of the terrain. This holds equally for specs, ADRs, the user's diff --git a/libs/@hashintel/brunch-agent/CONTEXT.md b/libs/@hashintel/brunch-agent/CONTEXT.md index a963b301204..1aaeb4ea8ec 100644 --- a/libs/@hashintel/brunch-agent/CONTEXT.md +++ b/libs/@hashintel/brunch-agent/CONTEXT.md @@ -113,12 +113,16 @@ The runtime branch in which the workpiece is the complete input and no interview **Evidence level**: One of three non-collapsible claims about a constructed artifact: tool-schema acceptance, agent-reviewed structural correspondence, and behavioral execution or stronger analysis. Report every level reached; none implies the next. -### Evidence and capture +### Evidence **Session**: -One substrate conversation: the full log of user, agent, tool, and injected entries. Sessions go quiet rather than close. +One substrate conversation: the full log of user, agent, tool, and injected entries. Sessions go quiet rather than close. Flue history is the canonical conversation log. _Avoid_: sitting, conversation (as a distinct concept) +### Historical — rejected capture path (2026-09-04) + +These terms describe Mission 2's mechanical sweep and store. They were rejected as product provenance on 2026-09-04: Flue history already carries message ids and exact text, and the store duplicated them under a second identity scheme. Surviving homes are the workpiece revision protocol and, if compaction loses folded records, the existing session-log archive lane. Do not treat the still-exported capture-store code as the durable truth of a document. + **Capture**: Mechanically extracted source evidence from a settled range of session entries: an immutable, quote-anchored, domain-opaque envelope. Produced only by a sweep and never written during conversation. _Avoid_: extraction, harvest, typed claim diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index 3a2a6609b50..17a6e97dddc 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -442,6 +442,22 @@ Source: the complete pre-split planning record at [`d6b7ea829f`](https://github. The old partial-utility proposal (re-examine per-class thresholds and release only passing classes) is superseded by the owner's accepted useful explanation for every ordinary behaviour-affecting part. Correct refusal remains mandatory safety for controls, never an ordinary coverage pass. The rejected preview-summary interpretation is not retained as a product requirement: the requested capability is explicit gap filling/guessing under a future policy. These are semantic dispositions, not silent omissions. +## 2026-09-07 stale-docs subtraction + +Owner-authorized documentation-only remediation on this Mission 7 branch. It does not implement product code, freeze an instrument, or close Step A. Last living copies are pinned at `69c02f69a9`. The retirement index is [`docs/archive/specs/README.md`](docs/archive/specs/README.md). + +Deleted from living paths because they still described discarded destinations (YAML plugin/repertoire, three-register capture/fold IR, capture envelopes as document truth, ElevenLabs/kernel Voice, undispositioned inbox salvage): + +- living specs `plugin-contract`, `elicitation-completion`, `elicitation-kernel`, `intermediate-representation{,-plain}`, `elicitation-to-ir-oracle-design`, `structurally-typed-elicitation-runbooks` +- `docs/reference/architecture/capture-store.md` +- satellite design evidence for those specs +- `docs/inbox/salvage/**` +- `docs/research/{voice-feasibility,voice-implementation-recommendation-pplx,amp-analysis-flue-vs-tilde}.md` + +Surviving homes already present before deletion: this spine's provenance/tool-admission locks and unallocated Voice/Dafny/Gherkin/structured-question sections; the Mission 4 archive; 2026-09-04 provenance-by-lineage evidence; Flue-native skill/prompt files; Mission 5/6b Voice evidence. Relabelled, not deleted: `CONTEXT.md` capture glossary (now historical), remaining `docs/specs/` files, `docs/adr/` status lines, `docs/reference/architecture/{topology,flue-routing,flue-architecture-cheatsheet}.md`, and root/`docs/research` index wording so they no longer present `docs/specs/` as the current harness contract. + +Frozen evaluation instruments and `docs/archive/**` fossils were left in place. This pass is not the optional Mission 4+ archive-subtraction successor. + ## 2026-09-04 provenance replanning migration disposition This ledger records the homes at the 2026-09-04 recut. Its "Draft 7" section references are historical addresses; the Mission 7 cut conversion above maps them to current root authority and the Step B packet. Every planning item in the former Mission 7 draft (`7-capture-backed-review.md`, renamed with history to `7-explainable-construction.md`), the former Mission 9 draft, and the affected spine paragraphs was dispositioned; nothing was removed without a named home or recorded rejection with reason. diff --git a/libs/@hashintel/brunch-agent/README.md b/libs/@hashintel/brunch-agent/README.md index 8c62708cf90..9e5b7bab2b4 100644 --- a/libs/@hashintel/brunch-agent/README.md +++ b/libs/@hashintel/brunch-agent/README.md @@ -7,8 +7,9 @@ Brunch is the stateful elicitation harness and package family at `libs/@hashinte [`MISSION.next.md`](./MISSION.next.md) is the self-contained canonical future spine and is not execution authority. Closed missions live under [`docs/mission-archive/`](./docs/mission-archive/). - [`CONTEXT.md`](./CONTEXT.md) defines the domain language. -- [`docs/specs/`](./docs/specs/) and [`docs/adr/`](./docs/adr/) record the harness contract and - prior design decisions (see [`docs/adr/README.md`](./docs/adr/README.md)). +- [`docs/specs/`](./docs/specs/) and [`docs/adr/`](./docs/adr/) are historical design hypotheses, + not the current harness contract (see [`docs/specs/README.md`](./docs/specs/README.md) and + [`docs/adr/README.md`](./docs/adr/README.md)). - [`docs/evidence/`](./docs/evidence/) holds observed results and proofs. - [`packages/core/`](./packages/core/) is `@hashintel/brunch-agent`; its `./flue` subpath is the production contribution (always-on prompt and the `elicitation` skill), `./storage` and diff --git a/libs/@hashintel/brunch-agent/docs/adr/0001-brunch-is-the-product-name.md b/libs/@hashintel/brunch-agent/docs/adr/0001-brunch-is-the-product-name.md index c47d08feb2d..7ba11bee4e1 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/0001-brunch-is-the-product-name.md +++ b/libs/@hashintel/brunch-agent/docs/adr/0001-brunch-is-the-product-name.md @@ -3,7 +3,8 @@ Date: 2026-08-13 Status: accepted Amended: 2026-08-20 by ADR-0004 / FE-1437 (HASH package namespace) -Supersedes: spec [§12.3](../specs/elicitation-kernel.md#123-naming--tool-namespacing) in part +Supersedes: historical kernel spec §12.3 in part (last living copy +`69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/elicitation-kernel.md`) Decided on: FE-1388 ## Context diff --git a/libs/@hashintel/brunch-agent/docs/adr/0002-topology-and-placement-rules.md b/libs/@hashintel/brunch-agent/docs/adr/0002-topology-and-placement-rules.md index 7d2001da204..2e9688ae0e3 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/0002-topology-and-placement-rules.md +++ b/libs/@hashintel/brunch-agent/docs/adr/0002-topology-and-placement-rules.md @@ -3,8 +3,9 @@ Date: 2026-08-17 Status: historical; superseded for current Brunch composition by the final [Mission 4 architecture](../mission-archive/4-core-plugin-elicitation-proof-of-life.md). N3's app composition boundary and the prohibition on app-local plugin content survive, but the three-lane/YAML/repertoire details do not. Amended: 2026-08-20 by ADR-0004 / FE-1437 (N3 application placement) -Refines: spec [§12.2](../specs/elicitation-kernel.md) (package topology) with placement -rules the spec did not state +Refines: historical kernel spec §12.2 (last living copy +`69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/elicitation-kernel.md`) with placement +rules that spec did not state Decided on: FE-1401 (remediation sweep); ratified by Lu, 2026-08-17 ## Context diff --git a/libs/@hashintel/brunch-agent/docs/adr/0003-three-register-ir.md b/libs/@hashintel/brunch-agent/docs/adr/0003-three-register-ir.md index 2138b765ac4..522bc5bccaa 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/0003-three-register-ir.md +++ b/libs/@hashintel/brunch-agent/docs/adr/0003-three-register-ir.md @@ -1,9 +1,10 @@ # ADR-0003: The IR is the elicited model, derived — three registers, not one Date: 2026-08-18 -Status: accepted -Amends: [ir-design.md](../specs/intermediate-representation.md) Layer A (the -"Definition" paragraph), ratified FE-1364/FE-1397 +Status: historical; superseded as product provenance by the 2026-09-04 lineage/basis lock in +[`MISSION.next.md`](../../MISSION.next.md). The three-register capture/fold IR is rejected. +Amends: historical IR spec Layer A (last living copy +`69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/intermediate-representation.md`), ratified FE-1364/FE-1397 Amended by: [ADR-0005](0005-model-assisted-sdcpn-realization.md) — projections remain pure through the scaffold and obligation plan; executable code is realized downstream. Decided on: FE-1405 (payload-interiors session); ratified by Lu, 2026-08-18 diff --git a/libs/@hashintel/brunch-agent/docs/adr/0005-model-assisted-sdcpn-realization.md b/libs/@hashintel/brunch-agent/docs/adr/0005-model-assisted-sdcpn-realization.md index 6e81da6daca..64fa3565670 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/0005-model-assisted-sdcpn-realization.md +++ b/libs/@hashintel/brunch-agent/docs/adr/0005-model-assisted-sdcpn-realization.md @@ -1,7 +1,7 @@ # ADR-0005: Realize executable SDCPNs from deterministic projection scaffolds Date: 2026-08-24 -Status: accepted +Status: historical; register-3 projection scaffolds are not current product provenance. Mission 7 constructs through declared basis on browser mutations, not a pure fold over captures. Amends: [ADR-0003](0003-three-register-ir.md), register 3 Extends: [ADR-0004](0004-in-petrinaut-staging-and-the-monorepo-import.md), artifact contract only; the application/library topology is unchanged diff --git a/libs/@hashintel/brunch-agent/docs/adr/0006-plugins-per-target-formalism.md b/libs/@hashintel/brunch-agent/docs/adr/0006-plugins-per-target-formalism.md index 5a356244d24..634e0e67e80 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/0006-plugins-per-target-formalism.md +++ b/libs/@hashintel/brunch-agent/docs/adr/0006-plugins-per-target-formalism.md @@ -21,7 +21,8 @@ line, truck fleet, coating plant — is unknown before the conversation starts. cannot be keyed to a domain; the only thing fixed before the first turn is the target formalism the model will be projected into. -The IR spec's [Layer B](../specs/intermediate-representation.md#layer-b--the-cps-plugins-ir) +The historical IR spec's Layer B (last living copy +`69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/intermediate-representation.md`) already defined the CPS plugin at exactly that level: ten kinds, cross-kind `quantity` / `source-regime` / `rationale` attributes, and question-relative completion over a static floor. The design-convergence queue selected by S-005 then drifted below it. The FE-1402 rehearsal diff --git a/libs/@hashintel/brunch-agent/docs/adr/0008-repertoire-and-plugin-contract-live-in-core.md b/libs/@hashintel/brunch-agent/docs/adr/0008-repertoire-and-plugin-contract-live-in-core.md index 36acc8e6791..f5d50453fe8 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/0008-repertoire-and-plugin-contract-live-in-core.md +++ b/libs/@hashintel/brunch-agent/docs/adr/0008-repertoire-and-plugin-contract-live-in-core.md @@ -1,7 +1,7 @@ # ADR-0008: Repertoire and plugin contract live in core Date: 2026-08-26 -Status: accepted 2026-08-26 (Lu) +Status: historical; superseded for current implementation by the final [Mission 4 architecture](../mission-archive/4-core-plugin-elicitation-proof-of-life.md). The YAML repertoire/plugin-contract machinery was removed. Amends: [ADR-0007](0007-harness-teaching-meets-plugin-content-at-fixed-keys.md), decision 8 (`packages/repertoire` is replaced by a guarded core subpath) Preserves: ADR-0007 decisions 1–7 and 9; the repertoire remains harness-owned, diff --git a/libs/@hashintel/brunch-agent/docs/adr/0009-openai-voice-ui-turn-shell.md b/libs/@hashintel/brunch-agent/docs/adr/0009-openai-voice-ui-turn-shell.md index 12aad812639..a1d81bd1875 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/0009-openai-voice-ui-turn-shell.md +++ b/libs/@hashintel/brunch-agent/docs/adr/0009-openai-voice-ui-turn-shell.md @@ -1,11 +1,14 @@ # ADR-0009: OpenAI Realtime media plane, Brunch control plane Date: 2026-08-26 -Status: accepted for the bounded H-6763 preview stack +Status: historical for the H-6763 preview stack. The Realtime-as-media-plane / Brunch-as-control-plane +split survives; `brunch_ask`, capture-fold authority, and duplex-shell details do not. Live Voice +contracts are Missions 5, 6b, and 7. Extends: [ADR-0004](0004-in-petrinaut-staging-and-the-monorepo-import.md), which keeps Brunch and Petrinaut composition in applications and reusable libraries mutually unaware -Preserves: [ADR-0003](0003-three-register-ir.md), which makes Brunch's capture fold authoritative, -and the [Petrinaut integration attach contract](../specs/petrinaut-integration.md#attach-contract) +Originally preserved: [ADR-0003](0003-three-register-ir.md) and the historical +[Petrinaut integration attach contract](../specs/petrinaut-integration.md#attach-contract) — +both later superseded for provenance and structured questions. ## Context diff --git a/libs/@hashintel/brunch-agent/docs/adr/README.md b/libs/@hashintel/brunch-agent/docs/adr/README.md index 1aec2e1af60..5b6616852dc 100644 --- a/libs/@hashintel/brunch-agent/docs/adr/README.md +++ b/libs/@hashintel/brunch-agent/docs/adr/README.md @@ -8,4 +8,6 @@ re-earn before building further on them. Internal references to retired paths (`docs/control/`, `docs/agents/`, `docs/INDEX.md`) are historical and not maintained. -For the current accepted Brunch architecture, start at the live root [`MISSION.md`](../../MISSION.md), [`MISSION.next.md`](../../MISSION.next.md), and the final [Mission 4 archive](../mission-archive/4-core-plugin-elicitation-proof-of-life.md). Mission 4 replaced the generalized YAML/repertoire/plugin machinery described in ADR-0002, ADR-0006, and ADR-0007 with a Flue-native independent core `elicitation` capability, target-pairing plugin job skills, and app-owned composition. Those ADRs remain useful design history, not an integration baseline. +For the current accepted Brunch architecture, start at the live root [`MISSION.md`](../../MISSION.md), [`MISSION.next.md`](../../MISSION.next.md), and the final [Mission 4 archive](../mission-archive/4-core-plugin-elicitation-proof-of-life.md). Mission 4 replaced the generalized YAML/repertoire/plugin machinery described in ADR-0002, ADR-0006, ADR-0007, and ADR-0008 with a Flue-native independent core `elicitation` capability, target-pairing plugin job skills, and app-owned composition. ADR-0003 and ADR-0005 describe the rejected three-register capture/fold IR; provenance is now recovered lineage plus declared basis. ADR-0009's Realtime-as-media-plane split survives; its `brunch_ask` / capture / duplex-shell details do not — live Voice contracts are Missions 5, 6b, and 7. Those ADRs remain useful design history, not an integration baseline. + +Living YAML/IR/completion specs that these ADRs once pointed at were removed on 2026-09-07; last copies are at commit `69c02f69a9`. See [`docs/archive/specs/README.md`](../archive/specs/README.md). diff --git a/libs/@hashintel/brunch-agent/docs/archive/elicitation-kernel/map.md b/libs/@hashintel/brunch-agent/docs/archive/elicitation-kernel/map.md index 788c2a70371..29ec5e86eb1 100644 --- a/libs/@hashintel/brunch-agent/docs/archive/elicitation-kernel/map.md +++ b/libs/@hashintel/brunch-agent/docs/archive/elicitation-kernel/map.md @@ -1,8 +1,12 @@ # Map: Elicitation Kernel — carve-out spec +> Historical 2026-08-10 wayfinder. The assembled kernel spec it points at was removed from +> `docs/specs/` on 2026-09-07; last living copy +> `69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/elicitation-kernel.md`. + Label: wayfinder:map -Status: closed — destination reached 2026-08-10 (the spec is assembled: -[spec.md](../../specs/elicitation-kernel.md)) +Status: closed — destination reached 2026-08-10 (the spec was assembled, then later removed +from the living tree) Created: 2026-08-06 ## Destination diff --git a/libs/@hashintel/brunch-agent/docs/archive/specs/README.md b/libs/@hashintel/brunch-agent/docs/archive/specs/README.md new file mode 100644 index 00000000000..819e10186df --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/archive/specs/README.md @@ -0,0 +1,19 @@ +# Retired living specs and leftover research + +On 2026-09-07, on `ln/fe-1573-construct-and-explain`, the owner authorized deletion of living +docs that still described the discarded YAML plugin, three-register IR, capture-envelope, and +pre-Realtime Voice destinations. Surviving rationale already lives in +[`MISSION.next.md`](../../../MISSION.next.md), the [Mission 4 archive](../../mission-archive/4-core-plugin-elicitation-proof-of-life.md), +and the 2026-09-04 provenance-by-lineage evidence. Complete last living copies are pinned at +commit `69c02f69a9`. + +Removed from living paths (not copied forward): + +- `docs/specs/{plugin-contract,elicitation-completion,elicitation-kernel,intermediate-representation,intermediate-representation-plain,elicitation-to-ir-oracle-design,structurally-typed-elicitation-runbooks}.md` +- `docs/reference/architecture/capture-store.md` +- `docs/evidence/design/{plugin-keys-pressure-review-cycle-1,elicitation-completion-rehearsal,elicitation-completion-plain,cps-interview-guidance-plain,cps-interview-guidance-desk-replay,intermediate-representation-worked-examples}.md` +- `docs/inbox/salvage/**` +- `docs/research/{voice-feasibility,voice-implementation-recommendation-pplx,amp-analysis-flue-vs-tilde}.md` + +Earlier superseded drafts already in this directory remain as 2026-08-25 archive copies. They do +not restore the deleted living contracts. diff --git a/libs/@hashintel/brunch-agent/docs/archive/specs/elicitation-completion-2026-08-25-full-draft.md b/libs/@hashintel/brunch-agent/docs/archive/specs/elicitation-completion-2026-08-25-full-draft.md index e43c3d9457a..4fb1a837046 100644 --- a/libs/@hashintel/brunch-agent/docs/archive/specs/elicitation-completion-2026-08-25-full-draft.md +++ b/libs/@hashintel/brunch-agent/docs/archive/specs/elicitation-completion-2026-08-25-full-draft.md @@ -3,7 +3,8 @@ > `where`-scoped `PresenceClause` / `SlotClause` vocabulary, and the `completionAnchor` matching > below have no current authority; completion is now specified as the invariants of > `evaluateCompletion(model, mustKnowRows)` over the plugin file's `Must know` table in the -> rewritten [`elicitation-completion.md`](../../specs/elicitation-completion.md). Content is +> a later living `elicitation-completion.md`, itself removed on 2026-09-07 (last copy +> `69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/elicitation-completion.md`). Content is > otherwise verbatim; only relative link targets were re-rooted for the archive location. # Spec: target-document completion and session stopping diff --git a/libs/@hashintel/brunch-agent/docs/archive/specs/plugin-contract-2026-08-25-declarative-draft.md b/libs/@hashintel/brunch-agent/docs/archive/specs/plugin-contract-2026-08-25-declarative-draft.md index f1b93d022fd..d86fbd2310b 100644 --- a/libs/@hashintel/brunch-agent/docs/archive/specs/plugin-contract-2026-08-25-declarative-draft.md +++ b/libs/@hashintel/brunch-agent/docs/archive/specs/plugin-contract-2026-08-25-declarative-draft.md @@ -3,8 +3,8 @@ > authored as one sectioned Markdown file). The typed declarative contract below — `ScopeExpr` / > `where` / `inSupport`, `ProposalType.affordance.firesWhen`, `NodeKind.completionAnchor`, the > typed `foldTable` / `demandTable` / `variantDimension` / `lossCategories` keys — has no current -> authority; the current contract is the shrunk [`plugin-contract.md`](../../specs/plugin-contract.md) -> and the exemplar [`plugin-sdcpn/plugin.yaml`](../../../packages/plugin-sdcpn/plugin.yaml). Content is otherwise +> authority; the later living `plugin-contract.md` and `plugin.yaml` exemplars were themselves +> removed on 2026-09-07 (last copies at `69c02f69a9`). Content is otherwise > verbatim; only relative link targets were re-rooted for the archive location. # Spec: the plugin contract — two schemas, two tables diff --git a/libs/@hashintel/brunch-agent/docs/evidence/audits/core-elicitor-prompt-material-audit-2026-08-31.md b/libs/@hashintel/brunch-agent/docs/evidence/audits/core-elicitor-prompt-material-audit-2026-08-31.md index d80f19c3fe0..bf0023eec46 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/audits/core-elicitor-prompt-material-audit-2026-08-31.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/audits/core-elicitor-prompt-material-audit-2026-08-31.md @@ -22,7 +22,10 @@ The strongest always-on candidates are: objective-relative attention; expert voc Repeated text is not independent corroboration when the active skill, repertoire, universal syntheses, and later specifications all descend from the same local source pool. Confidence rises where different evidence classes align: verified literature, observed Brunch runs, independently observed LLM-interviewer failures, and current executable teaching. Historical specifications and prompt variants show design lineage and candidate wording, not effectiveness by themselves. -The corpus itself warns against prompt accretion: [`elicitation-to-ir-oracle-design.md`](../../specs/elicitation-to-ir-oracle-design.md) says not to paste source material wholesale into the system prompt or skill; [`structurally-typed-elicitation-runbooks.md`](../../specs/structurally-typed-elicitation-runbooks.md) says the always-on instruction is a concise router and invariant set, while bulky universal material remains lazy. +The corpus itself warns against prompt accretion: the historical oracle-design and runbook specs +(last living copies at `69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/`) said not to paste +source material wholesale into the system prompt or skill, and that the always-on instruction is +a concise router and invariant set while bulky universal material remains lazy. ## Source register @@ -38,8 +41,8 @@ The corpus itself warns against prompt accretion: [`elicitation-to-ir-oracle-des | [`frontier-model-elicitor-failure-catalogue.md`](../../research/elicitation/frontier-model-elicitor-failure-catalogue.md) | FM-01–15 with mechanism, detection signature, accountable layer, and prevention status | Separates local observations, published observations, and synthesis | Prevents assigning machinery failures to prompt prose; identifies opening overload, ambiguity bypass, and unlicensed influence as technique-owned or partly technique-owned | | [`evaluations/protocols/legacy-baseline/v0-prompt.md`](../../../evaluations/protocols/legacy-baseline/v0-prompt.md) | The first compact seven-move elicitor prompt: objectives first; slice then sweep; probe; ask absences; batch breadth/sequence depth; assumption ledger; end properly | Sealed historical evaluation instrument | Strong wording lineage and one observed intervention, but process-model categories and a full deliverable contract make it too target-specific and too large for core | | [`harness-teaching-lineage-audit.md`](harness-teaching-lineage-audit.md) | Fifteen historical formulations of generic interviewer craft and their migration among plugin, harness, mechanism, and prompt layers | Historical audit | Establishes that generic ownership was repeatedly intended but never cleanly delivered; does not select final content | -| [`structurally-typed-elicitation-runbooks.md`](../../specs/structurally-typed-elicitation-runbooks.md) | Explicit Flue information hierarchy and the universal-repertoire versus target-runbook split | Historical specification, not live authority | Supplies the placement rule: concise always-on router/invariants; lifecycle in skill body; bulky teaching in resources | -| [`elicitation-to-ir-oracle-design.md`](../../specs/elicitation-to-ir-oracle-design.md) | Eight quality claims, hard-failure gates, mistake taxonomy, and source-to-home method | Evaluation design hypothesis with calibrated artifacts | Converts broad virtues into observable failures; most detection detail belongs in evaluation, not the prompt | +| Historical runbook spec `structurally-typed-elicitation-runbooks.md` (removed 2026-09-07; last copy `69c02f69a9`) | Explicit Flue information hierarchy and the universal-repertoire versus target-runbook split | Historical specification, not live authority | Supplies the placement rule: concise always-on router/invariants; lifecycle in skill body; bulky teaching in resources | +| Historical oracle-design spec `elicitation-to-ir-oracle-design.md` (removed 2026-09-07; last copy `69c02f69a9`) | Eight quality claims, hard-failure gates, mistake taxonomy, and source-to-home method | Evaluation design hypothesis with calibrated artifacts | Converts broad virtues into observable failures; most detection detail belongs in evaluation, not the prompt | | [`vestera-legacy-baseline/readout.md`](../evaluations/vestera-legacy-baseline/readout.md) and [`vestera-prospective-baseline-v1/campaign-adjudication.md`](../evaluations/vestera-prospective-baseline-v1/campaign-adjudication.md) | Observed failure and success ranges under different prompt/runbook conditions | Local run evidence; small samples | Grounds invention, hardening, stopping, opening-load, acquisition variability, and strong behavior to preserve without treating one run as representative | | [`agentic-elicitation-challenges`](../../research/elicitation/agentic-elicitation-challenges-2026-08-06T10-02-41Z.md) and [`criteria`](../../research/elicitation/agentic-elicitation-criteria-2026-08-06T14-11-18Z.md) | The early interactive-compiler framing, semantic conservation, explicit transformation, controlled elicitation, and swappable targets | Imported design conversations | Useful conceptual sieve; not direct prompt copy and not independent research evidence | diff --git a/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1389.md b/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1389.md index a945f98d7b7..45f4987ea79 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1389.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1389.md @@ -47,7 +47,7 @@ The result is that `useElicitation` (spec §12.1 names this exact function) does **The suspend/resume path** (Observed, lines 46-57). `terminate: true` ends the response. The person's reply arrives as a fresh dispatch. `useAgentStart` fires, guards on `delivery.kind === 'user' && pending !== null`, clears the slot, and `ctx.append`s a `kind: 'signal'` entry typed `affordance-reply-bound` whose body states that the immediately preceding user message is bound to the pending affordance, quoting that affordance's markdown and carrying its id in `attributes`. Two spec obligations are discharged in that one call: §7.4's "any fact the harness owns reaches the model through tool results or signals, not only through instruction text", and §9.4's provenance rule, since Flue signals project structurally non-user (ticket 13 §3) and so can never be cited as capture evidence. -**Hermeticity of the proof** — this is the most interesting engineering in the branch. Flue's own docs (quoted in `docs/research/amp-analysis-flue-vs-tilde.md`) present two mutually exclusive eval modes: in-process `start()` exercises the agent but _needs provider credentials_; HTTP via `@flue/sdk` exercises the agent plus `app.ts` routing but _needs a running server_. The test takes the coverage of both and the cost of neither (Observed, `apps/dev/test/walking-skeleton.integration.ts`): +**Hermeticity of the proof** — this is the most interesting engineering in the branch. Flue's own docs (quoted in the removed Flue-vs-tilde dump, last copy `69c02f69a9:libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md`) present two mutually exclusive eval modes: in-process `start()` exercises the agent but _needs provider credentials_; HTTP via `@flue/sdk` exercises the agent plus `app.ts` routing but _needs a running server_. The test takes the coverage of both and the cost of neither (Observed, `apps/dev/test/walking-skeleton.integration.ts`): - `start({ agents: [GherkinElicitor], providers: [faux.provider] })` boots the real runtime in-process, with `@earendil-works/pi-ai`'s `fauxProvider` registered under `provider: 'anthropic'`, model `claude-haiku-4-5` — shadowing the real provider the agent's `useModel` names, so no credential and no network egress. Responses are a scripted array, one of them a function that captures the live `Context` for inspection. - `createFlueClient({ url: 'http://brunch.test/agents/gherkin/', fetch: fetchApp })` where `fetchApp` calls `app.fetch(new Request(...))` directly (lines 49-57). No socket, no listener, no DNS: `brunch.test` exists only to make the URL absolute. The real Hono app and the real `createAgentRouter` mount are in the path, so route wiring is genuinely covered. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1390.md b/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1390.md index d3ed71109cb..310daf114ff 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1390.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/audits/deep-read-fe-1390.md @@ -5,7 +5,8 @@ remediation sweep (FE-1401): builder's account, spec-discharge note, write-time assessment against penciled item 7, the commit-message backfill (applied to the branch), and a live-probed verification of the FE-1419 refactor queue's capture-store claims. Agent-authored under instruction; reviewed before landing. Companion rendering: -[`capture-store.md`](../../reference/architecture/capture-store.md). +historical `docs/reference/architecture/capture-store.md` (removed 2026-09-07; last copy +`69c02f69a9:libs/@hashintel/brunch-agent/docs/reference/architecture/capture-store.md`). ## Builder's account diff --git a/libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-desk-replay.md b/libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-desk-replay.md deleted file mode 100644 index aed18612ba6..00000000000 --- a/libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-desk-replay.md +++ /dev/null @@ -1,129 +0,0 @@ -# FE-1403 CPS interview-guidance desk replay - -Status: **fixed manual desk evidence** over the two FE-1361 baseline transcripts. No pack, plugin, -model, detector, or runtime was executed. Prefixes use FE-1402's rule: `C2-E11` includes every user -utterance available before condition 2's eleventh interviewer response. - -## Fixed inputs and method - -- guidance under test: [`cps-interview-guidance.md`](../../archive/specs/cps-interview-guidance-2026-08-25.md) (archived 2026-08-25; its cards are now patterns in [`plugin-sdcpn/plugin.yaml`](../../../packages/plugin-sdcpn/plugin.yaml)) -- completion oracle: `cps-baseline-replay/2026-08-24.3` from the FE-1402 rehearsal -- failure signatures: the reviewed FE-1407 catalogue -- transcripts: FE-1361 condition 1 and condition 2, one run each - -For each card and condition, this replay records the first useful firing point, the clause or slot, -the evidence available at that prefix, and the expected delta if the card were applied. "Expected" -is a testable design prediction, not an observed counterfactual result. A no-fire verdict is valid -when no matching objective or diagnostic exists. - -The replay does not use the hidden situation pack to supply an answer. The FE-1402 DemandTable may -identify a missing coordinate; only transcript evidence may populate it. - -## Per-card replay - -### CPS-Q01 — Separate failure occurrence from repair - -| Condition | Prefix and firing | Target | Expected evidence delta | Verdict | -| --- | --- | --- | --- | --- | -| C1 | `C1-E02`: the breakdown objective exists but no line-failure slot is selected, so none of the card's declared slot-state predicates can fire. At `C1-E03`, selected filler and motor coordinates exist: "every week or two" and "half an hour to half a shift" are explicit ranges for the filler, while "rare" is explicit verbal motor-occurrence evidence and one four-day motor incident is explicit point-grade repair evidence. | `BR-OCC`, `BR-REPAIR` | **No fire at E02; first mechanical fire at E03.** Ask occurrence and repair separately for each failure mode. Preserve filler occurrence/repair as explicit ranges, motor occurrence as explicit verbal evidence, and motor repair as explicit point evidence; seek the missing demanded ranges/quantiles without dropping weaker support. | **fires-where-instinct-fails at E03**; the baseline asked both in one broad item and later hardened them. The card is expected to address FM-06/FM-07/FM-14; no prevention effect was run. | -| C2 | `C2-E02`: the four-day motor incident activates the breakdown row without occurrence evidence. At `C2-E08`, filler occurrence and repair improve, but motor occurrence stays unaddressed and motor repair stays point-grade. | `BR-OCC`, `BR-REPAIR` | The card would keep the filler and motor coordinates separate and request calibrated repair distributions. Status stays explicit where Marta answered; grade changes only when the answer narrows the quantity. | **fires-where-instinct-fails**; carried failures remain after the baseline's quantitative probe. The FM-06/FM-14 mapping is predictive. | - -### CPS-Q02 — Elicit changeover loss, including ramp scrap - -| Condition | Prefix and firing | Target | Expected evidence delta | Verdict | -| --- | --- | --- | --- | --- | -| C1 | `C1-E02`: Marta explicitly says ramp scrap exists and is worse after big washdowns, but cannot give quantities by type. At `C1-E03` she accepts an interviewer-created threshold; at `C1-E04` she offers a future floor observation. | `IW-SCRAP`, `CH-SCRAP` | Ask by from/to family for an ordinary range or route to the named observation while the clause stays failing. Do not capture the interviewer's "40 units" as user evidence. Expected immediate delta may be only a better evidence request; the unavailable absence locator supplies no slot delta. | **fires-where-instinct-fails**; the baseline noticed the topic but supplied its own threshold. FM-06/FM-07 are predictive mappings. | -| C2 | `C2-E02`: idle/washdown, changeover-accounting, and split-run objectives are active. Ramp scrap is never asked or named through `C2-E23`, while the interviewer's own gap list omits it. | `IW-SCRAP`, `CH-SCRAP`, `SP-SCRAP` | Clause diagnostics would cue the question despite the interviewer's self-inventory. Expected delta is a direction-scoped range; if the expert cannot answer, the clauses stay failing while the question routes to an identified source. | **fires-where-instinct-fails**; canonical FM-08 instance, with FM-09/FM-13 as predictive mappings. | - -### CPS-Q03 — Bound the split-run policy - -| Condition | Prefix and firing | Target | Expected evidence delta | Verdict | -| --- | --- | --- | --- | --- | -| C1 | `C1-E02` has no split-run objective. `C1-E03` mentions a minority pack-size split, but the active objective rows do not demand a split policy. | `SP-*` | None. Do not activate a full split interrogation merely because "split" appears in incidental evidence. | **no fire**; objective-relative scoping predicts that the card stays out of this path. | -| C2 | `C2-E02` explicitly activates the run-size/split objective. `C2-E06` supplies batch structure and line eligibility, but `SP-MIN` and `SP-POL` remain unaddressed; `C2-E20` names splitting as future work without evidence. | `SP-BATCH`, `SP-MIN`, `SP-POL`, `SP-CO`, `SP-SCRAP` | Ask the minimum accepted run, contiguity/interleaving rule, and one real split comparison; then explicitly elicit ordinary low-to-high counts for extra changeovers/cleans and ordinary low-to-high repeated ramp-scrap quantities. Expected deltas are structured batch/policy values and ranged thresholds/costs, each scoped to product and line; promises do not change evidence. | **fires-where-instinct-fails**; the baseline knows the gap yet defers it. FM-08/FM-13/FM-06 are predictive mappings. | - -### CPS-Q04 — State the order-release gate - -| Condition | Prefix and firing | Target | Expected evidence delta | Verdict | -| --- | --- | --- | --- | --- | -| C1 | `C1-E02`: the idle/washdown objective selects `IW-REL`, but the release condition is unaddressed and is never asked in the run. | `IW-REL` | Ask which observable state makes an order runnable. Expected delta is a structured practiced release condition or an honest unresolved coordinate. | **fires-where-instinct-fails**; a never-asked objective dependency. Addresses FM-08/FM-13. | -| C2 | `C2-E02`: "not ready to release till the next morning" is verbal and below grade. `C2-E11` identifies ERP status plus credit/allocation hold, truck confirmation, and clean paperwork. | `IW-REL` | The card would ask for the structured conjunction and observable status. The native interview already supplies that evidence; the FE-1402 replay records the clause passing at `C2-E11`, so no further firing is justified. | **fires then retires**; this is a positive native-success boundary and a replay oracle for card deactivation. The FM-06/FM-14 mapping is predictive. | - -### CPS-Q05 — Elicit the resource-conflict rule - -| Condition | Prefix and firing | Target | Expected evidence delta | Verdict | -| --- | --- | --- | --- | --- | -| C1 | `C1-E02`: the breakdown objective activates `BR-POL`, but the shared-resource conflict rule is unaddressed and remains so through the transcript. | `BR-POL` | Ask who or what wins when simultaneous demands compete for the shared changeover crew, then elicit overrides, tie-breaks, and one practiced borderline case. Expected delta is a structured, scoped priority rule rather than schedule-shaped inference. | **fires-where-instinct-fails**; C1 never asks for the who-wins rule. FM-08/FM-13/FM-06/FM-14 are predictive mappings. | -| C2 | `C2-E02`: `BR-POL` is unaddressed. The v0 prompt explicitly directs conflict-point probing; native evidence supplies the structured crew-priority rule at `C2-E14`. | `BR-POL` | Fire while the rule is unaddressed, preserve the practiced rule and exceptions at their actual status/grade, and retire when the clause passes at E14. | **fires then retires**; C2 is prompted success, not evidence that conflict-point probing is redundant with native instinct. | - -### GEN-Q02 — Bound a conversational question batch - -| Condition | Prefix and firing | Target | Expected evidence delta | Verdict | -| --- | --- | --- | --- | --- | -| C1 | Before `C1-E02`, the opening contains 29 independent questions. | `SF-OBJ` and objective proposal slots first | Ask two to four objective questions, then choose later batches from diagnostics. Expected delta is answerability and lower burden; no semantic-coverage improvement is assumed. | **fires-where-instinct-fails**; observed FM-12. | -| C2 | Before `C2-E02`, the opening contains four related objective/scope questions; later groups are generally three to five. | `SF-OBJ`, then active rows | No opening fire. A five-question batch is a soft strain, but one run does not justify rejecting the baseline's shape. | **no fire at opening**; condition 2 is the positive boundary. | - -## Respectful-close replay - -`C1-E09` is the first explicit burden cue. The expected action is to stop opening topics, state the -best useful result and the failing clauses, and durably deliver that result. Instead the transcript -enters acknowledgements through `C1-E20`; FE-1402 raises its rehearsal-only no-progress advisory at -`C1-E09`. At `C1-E21`, forced wrap produces the artifact. The close fragment would not declare -completion and could not license deferral because no durable current projection or re-entry facts -exist. - -`C2-E09` contains the same time cue, after which the user explicitly agrees to a bounded later -continuation. Later prefixes add demanded evidence at `C2-E11`, -`C2-E14`, `C2-E15`, and `C2-E18`. The fragment permits the user to stop without equating the stop -with completion. At `C2-E21`–`E23`, it would require best-current delivery with named gaps; -deferral still cannot be licensed from the baseline's absent durability facts. This distinction -targets FM-01 through FM-05 without claiming that guidance owns their prevention. - -## Candidate disposition record - -| Candidate | Tag / mechanism | Disposition | Evidence | -| --- | --- | --- | --- | -| Objectives-first | envelope-generic / attention | **redundant-with-instinct; omit** | Both conditions open on objectives; the research-patterns audit explicitly records this migration into model disposition. | -| Penalty-weight probing | domain / attention | **redundant-with-instinct; omit** | Both conditions co-construct decision stakes and trade-offs without a dedicated card. This does not establish native conflict-rule elicitation. | -| Conflict-point probing | domain / attention | **retain as `CPS-Q05`** | C1 leaves `BR-POL` unaddressed; C2 passes only after the v0 prompt explicitly directs conflict-point probing. The comparison supports a C1 miss and prompted C2 success. | -| Clearinghouse self-inventory | envelope-generic / technique | **rejected for coverage detection** | Condition 2's gap inventory misses ramp scrap; FM-08 establishes that untouched categories leave no residue. It may remain a courtesy question, never an omission detector or completion input. | -| CDM incident timeline | envelope-generic / technique | **untestable-at-desk; omit from surviving set** | Imported primary-source procedure, but neither baseline runs the timeline/deepening sequence. Runtime or a new controlled replay is needed. | -| ACTA knowledge audit | envelope-generic / technique | **untestable-at-desk; omit from surviving set** | Imported probe catalogue; no matching baseline application or counterfactual oracle. | -| Premortem | envelope-generic / technique | **untestable-at-desk; omit from surviving set** | Primary literature supports prospective hindsight, but the baselines do not test a premortem against a relevant miss. | -| Taxonomy/laddering/triadic probes | envelope-generic / technique | **untestable-at-desk; omit from surviving set** | The case contains family vocabulary but no deliberate taxonomy procedure to compare. | -| Branch-local clarification / compatible-evidence preservation | envelope-generic / technique | **redundant-with-instinct or machinery; omit** | Both runs natively move `CH-CREW` from verbal to structured evidence. C2's E19 provenance problem has no legal clause diagnostic after E09, and capture/fold machinery already owns preservation. Carry E19 only as an FE-1404 residual until a real diagnostic exists. | -| Teachback and generic consistency probe | envelope-generic / technique | **redundant-with-instinct; omit** | Both runs restate, challenge, and reconcile user statements without a dedicated card. | -| Definition-of-done / reflective completeness card | envelope-generic / attention | **superseded by machinery; omit** | FE-1402 completion evaluates the versioned model and demands. A guidance card must not re-adjudicate it. | -| Source router | envelope-generic / attention | **fragment only** | Useful inside CPS-Q02 when the expert lacks ramp-scrap data, but too broad to retain as a separately desk-tested card. | - -## Research and source ledger - -| Source searched | Claim used here | Limit retained | -| --- | --- | --- | -| FE-1407 failure catalogue | Failure signatures, layer ownership, and especially the ramp-scrap self-inventory failure | Catalogue mechanisms and prevention grades remain design claims; n=1 per condition. | -| FE-1402 completion spec, rehearsal, and plain rendering | Clause IDs, status/grade separation, prefix evidence, close/deferral boundary, compatible `CH-CREW` support | Replay DemandTable is provisional; no runtime detector or store ran. | -| FE-1405 plugin contract and CPS IR | Typed proposal/slot vocabulary, seven `firesWhen` predicates, card hook, grade ladders, absence-locator seam | Final CPS contract and `where(...)` scopes are not implemented; absence location is unresolved. | -| FE-1360 elicitation strategy literature | IDEA interval-first script, SHELF bisection, ACTA 3–6-step opener, technique-mixing and no-bare-why cautions | Imported populations/settings differ; broad techniques without baseline tests are disposed as untestable. | -| FE-1360 interviewing source catalogue | Ambiguity/clarification, overload, premature close, novice-human instrument limits | Novice-human findings are floor checks, not frontier-model completion evidence. | -| Research-patterns audit | Instinct/redundancy verdicts and the v0-versus-IDEA strain | It is a legibility rendering; underlying research deposits remain authoritative. | -| FE-1361 transcripts, raw logs, models, and readout | Exact prefix observations, baseline successes/failures, and one-run interaction comparison | Counterfactual evidence deltas are predictions; no rates or activation reliability follow. | - -No web search was required. The indexed repository corpus contained the imported primary-source -findings and the fixed baseline evidence needed for every retained or rejected candidate. - -## Result and limitations - -Six cards survive: five domain cards and one envelope-generic card. Two clarification/close -fragments travel with them. The generic card is a candidate for FE-1406, not already-graduated -harness strategy. - -The cards' evidence-backed diagnostic disjunctions do not compile losslessly through FE-1405's -singular `ProposalType.affordance.firesWhen` field. FE-1431 owns the binding-multiplicity versus -card/proposal-splitting decision. This replay therefore hands off tested content plus a concrete -authoring seam; it does not claim a compilable manifest. - -The claim is narrowed to **desk discrimination**: the set points at observed clause-level misses, -deactivates on positive boundaries, and makes unsupported candidates visible. FE-1404 must test -whether the cards actually activate and improve condition 3 without regressions. No categorical -claim here is mature enough to promote to an executable oracle beyond reusing the fixed prefix and -clause expectations in that evaluation. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-plain.md b/libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-plain.md deleted file mode 100644 index 48e2791add8..00000000000 --- a/libs/@hashintel/brunch-agent/docs/evidence/design/cps-interview-guidance-plain.md +++ /dev/null @@ -1,145 +0,0 @@ -# CPS interview guidance in plain language - -This is the second-register rendering of the provisional -[CPS interview-guidance contract](../../archive/specs/cps-interview-guidance-2026-08-25.md) (archived 2026-08-25 under ADR-0006; its cards are now patterns in [`plugin-sdcpn/plugin.yaml`](../../../packages/plugin-sdcpn/plugin.yaml)). A separate renderer -received the spec and desk replay without the producing trajectory. The rendering is -reviewer-facing; the specification remains the required-behavior authority. - -## What the guidance is for - -FE-1403 proposes interview guidance for a cyber-physical process-model plugin. The guidance was -manually compared with two existing interviews. No card, plugin, diagnostic, model, or runtime was -executed. - -The completion machinery remains authoritative. It compares the evidence-derived model with the -plugin's declared requirements, identifies a missing or weak coordinate, and decides whether the -model is complete. Interview guidance accepts one of those diagnostics and asks for evidence that -could improve the named coordinate. It does not discover the gap, decide completion, change a -grade, turn silence into evidence of absence, or treat interviewer-authored material as user -evidence. - -Each card states the diagnostic it accepts, the evidence it seeks, the questions it asks, and the -proposal it requests. Cards are either CPS-domain guidance or generic interview guidance. An -attention card points native model ability at a diagnosed gap. A technique card supplies a method -the baseline did not reliably use. A license card permits a useful conversational move the model -might otherwise avoid. - -## The six retained cards - -**Separate failure occurrence from repair.** Ask how often each named failure happens separately -from how long its repair takes. Seek an ordinary occurrence range. For repair, ask for a plausible -low, high, best guess, and confidence before requesting percentile meanings. Preserve the exact -answer, qualifiers, provenance, status, confidence, and actual grade. One memorable repair cannot -supply a failure frequency. - -**Elicit changeover loss, including ramp scrap.** For each product-family transition, ask whether -the first units are usable and what ordinary scrap range results. If an order is split, ask which -extra transitions occur and whether each repeats the loss. If the expert does not know, keep the -clause failing and ask for the least-burdensome source the expert recognizes as authoritative. Do -not substitute an interviewer-created threshold. A promised observation is not evidence of the -value. - -**Bound the split-run policy.** Ask only when a split-run objective has activated the relevant -requirements. Establish accepted batch sizes, minimum runs, contiguity or interleaving rules, and -the extra changeovers, cleaning, and ramp scrap caused by one real split. Keep product- or -line-specific exceptions scoped to those cases. - -**State the order-release gate.** Replace shorthand such as "tomorrow morning" with the actual -state or event that makes an order runnable and identify where that change is observable. If the -prescribed and practiced release conditions differ, preserve both rather than silently choosing -one. - -**Elicit the resource-conflict rule.** When two demands need one shared resource, ask which demand -wins, what overrides that priority, how ties are broken, and which practiced case demonstrates the -rule. C1 never obtains this rule; C2 obtains it only after the prompt explicitly requires -conflict-point probing. Penalty-weight discussion is a separate native strength. - -**Bound a conversational question batch.** Default to two to four related questions. A cohesive -five-item response frame is permissible while the user remains engaged. A 29-question opening is -the negative case; a four-question objective opener is the positive case. This is pack guidance, -not a completion diagnostic or a new runtime dispatcher. - -## Clarification and closing - -When asking for clarification, state the affected coordinate, its present evidence status and -grade, the demanded grade, and the missing evidence. Ask for the smallest evidence change that -could matter. Precision, explicitness, evidential status, and grade remain separate. - -When the user signals a time or appetite limit, first honor whether they stop now or explicitly -offer a bounded continuation. If they stop, stop opening topics, state the best useful result and -the consequential gaps, and request the existing controller's settlement, sweep, and durable -delivery operations. Report the controller's deferral result; do not compute or store one in -guidance. The user may stop regardless of completion or licensing. A stop never alters completion. -If existing durability facts do not license continuation, do not promise a future session or -future delivery. - -The five CPS cards belong in the CPS elicitation pack. The one generic card remains a candidate for -FE-1406 review, not established reusable harness behavior. The evidence supports only desk -discrimination: each card points to a transcript location where its question appears relevant or -where it must deactivate. It does not establish runtime activation, improvement, effect size, or -reliability. FE-1404 must run that test. - -The current plugin hook cannot yet serialize several cards faithfully: it permits one technique -and one `firesWhen` predicate per proposal type, while the reviewed cards need diagnostic -disjunctions. FE-1431 must decide whether authoring gains binding multiplicity or splits bindings -without losing the shared card. Until then, these are tested content and a concrete authoring seam, -not a compilable manifest. - -## Strain report and disposition - -The renderer reported S01–S40. Independent contract and replay review added S41–S46. `fixed` means -the normative source was amended in this packet. `narrowed` means the claim or boundary was made -explicit. `carried` means the external contract or later empirical work remains the deliberate -owner. - -| ID | Rendering strain | Disposition | -| --- | --- | --- | -| S01 | Completion vocabulary was assumed rather than located. | **Fixed:** the spec now links the plugin and completion contracts and the fixed replay DemandTable. | -| S02 | The referenced seven-value `firesWhen` enum was not enumerated. | **Fixed:** all seven canonical values now appear in the card contract. | -| S03 | Status values and grade ladders were absent. | **Fixed:** the replay's accepted statuses and applicable ladders are stated locally. | -| S04 | Kernel card, ElicitationPack, proposal, capture, and typed issue were contract terms in the rendered draft. | **Narrowed/subtracted:** `typed issue` left with GEN-Q01; the plugin contract remains the named authority for the surviving terms. | -| S05 | Target IDs did not locally map to full coordinates. | **Fixed by reference:** one link now points to the complete fixed DemandTable rather than duplicating it. | -| S06 | Quick-rinse granularity appeared to name a nonexistent projection coordinate. | **Fixed by subtraction/residual carry:** no surviving card targets `CH-CREW` or quick-rinse behavior; E19 remains only an FE-1404 residual until an owning diagnostic exists. | -| S07 | IDEA and the v0 prompt were dangling referents. | **Fixed:** IDEA is expanded and both the research deposit and v0 prompt are linked. | -| S08 | “Documented transformation” lacked an owner and acceptance rule. | **Fixed:** the card no longer relies on it to claim quantile grade. | -| S09 | “Cheapest authoritative source” had no cost or authority rule. | **Fixed:** least burden plus expert-identified authority, with examples, is now the bounded rule. | -| S10 | The absence-locator seam and “honestly located absence” were not actionable. | **Fixed/narrowed:** the seam is linked and the current clause stays failing until an approved locator exists. | -| S11 | Ramp-scrap output looked like a duration proposal. | **Fixed before reconciliation:** it is a typed dynamics proposal for magnitude. | -| S12 | Occurrence frequency was forced into a duration proposal without a declared convention. | **Fixed:** Q01 now requests distinct typed proposals that fold to the named slots. | -| S13 | Milestone and graduation language had no local acceptance rule. | **Carried:** the pack handoff states only candidate ownership; FE-1406 owns graduation. | -| S14 | Close operations and durability facts were named without a component boundary. | **Fixed:** guidance requests and reports; the existing controller and authorities perform and own every state change. | -| S15 | IDEA's anti-anchoring rationale was not transcript evidence. | **Narrowed:** the research deposit owns the rationale; the replay establishes only unresolved slots. | -| S16 | The anti-triangular prohibition was not exercised in the replay. | **Narrowed:** it remains imported technique authority, not a claimed transcript effect. | -| S17 | Scope-preservation and prescribed/practiced rules were not exercised for every card. | **Carried:** they are linked plugin-contract invariants, not new effects claimed by this replay. | -| S18 | Status/grade prohibitions were not separately replayed. | **Narrowed:** the hint labels them inherited completion-contract invariants. | -| S19 | One ramp-scrap miss cannot prove self-inventory universally incapable. | **Narrowed:** the spec prohibits relying on self-inventory for unknown omissions; it does not claim universal causal incapacity. | -| S20 | Replay prose sometimes said a card “would prevent” an outcome. | **Fixed:** counterfactual rows now describe expected separation or requests and label failure mappings predictive. | -| S21 | Lower burden from bounded batching is a prediction. | **Carried:** the replay calls it an expected interaction delta and makes no causal or effect-size claim. | -| S22 | “Addresses,” “avoids,” and “targets” could read as prevention proof. | **Narrowed:** the method and result label these as design mappings; FE-1404 owns intervention evidence. | -| S23 | `Detects` sounded like card-owned detection. | **Fixed:** the field is explicitly the diagnostic accepted by the card; completion machinery detects and adjudicates. | -| S24 | No observer or dispatcher owned the batching signal. | **Fixed/narrowed:** the assembled pack instruction reads it; no implemented dispatcher is claimed. | -| S25 | Respectful-close guidance appeared to command settlement and durability machinery. | **Fixed:** it requests existing controller operations and reports their result. | -| S26 | GEN-Q01 appeared to mutate capture activity. | **Fixed by subtraction:** the card is removed; capture and fold machinery already owns compatible-evidence preservation. | -| S27 | “Preserve unknown-to-user” blurred interview behavior and unavailable storage. | **Fixed:** the clause stays failing; field-local absence awaits the approved locator. | -| S28 | “Quiet only if” did not identify an actor or respect unconditional user stopping. | **Fixed:** the phrase is removed; stopping is honored, while future promises remain license-gated. | -| S29 | “Smallest” sounded like a minimality proof. | **Narrowed:** it means selected after recorded dispositions, not proof that no smaller equivalent exists. | -| S30 | “Desk-supported” could sound like card-effect evidence. | **Narrowed:** it means a relevant firing/deactivation location; every evidence delta remains predictive. | -| S31 | Q01 replay does not test IDEA order, calibration, or quantile method. | **Carried:** the research source owns the technique; FE-1404 owns its applied test. | -| S32 | Q02 replay does not prove the questions yield ranges, repeated loss, or storable absence. | **Carried:** these are expected deltas; the unavailable absence output was removed. | -| S33 | Q03 questions and outputs were not applied. | **Carried:** the transcript proves the clause gap only; FE-1404 must test effect. | -| S34 | Q04's `C2-E11` success is native, not card-produced. | **Fixed/narrowed:** the replay now says native evidence supplies the positive deactivation boundary. | -| S35 | GEN-Q01 has native success in both runs and an unapplied provenance correction with no legal later diagnostic. | **Fixed by subtraction:** the card is removed. E19 remains an FE-1404 residual candidate until an owning diagnostic exists. | -| S36 | An exact four-question ceiling exceeded the evidence because some five-item groups were acceptable. | **Fixed:** two to four is the default; cohesive five-item groups are soft warnings and may proceed. | -| S37 | The ACTA three-to-six-step opener was not replayed even though ACTA was disposed as untestable. | **Fixed:** the opener was removed from the surviving card and remains with the untestable ACTA candidate. | -| S38 | Q02 promised an absence artifact the present contract cannot store. | **Fixed:** the artifact is unavailable and the clause stays failing until the seam is resolved. | -| S39 | Condition 2 continued productively after a time cue, so “always stop” was too strong. | **Fixed:** the close fragment first honors whether the user stops or explicitly offers bounded continuation. | -| S40 | Durable close behavior was not executed. | **Carried:** the replay shows the failure boundary; runtime controller behavior remains unproved. | -| S41 | Multiple card diagnostics could not be represented by FE-1405's singular `firesWhen` field. | **Carried to its owner and claim narrowed:** the cards now name their predicates as design-time disjunctions; FE-1431 must decide binding multiplicity or an evidence-preserving split before the handoff is compilable. | -| S42 | Q01 fired before a failure slot existed and then lost weak motor evidence. | **Fixed:** C1 E02 is an explicit no-fire; E03 is the first mechanical fire and retains verbal motor occurrence plus point-grade repair evidence. | -| S43 | Q03 promised range-grade split costs without asking for ranges. | **Fixed:** separate questions now elicit ordinary low-to-high extra-changeover counts and repeated ramp-scrap quantities before ranged artifacts are expected. | -| S44 | GEN-Q01's firing points did not follow `CH-CREW` diagnostics. | **Fixed, then subtracted:** correction showed both runs resolve the clause natively and E18 cannot reopen it. With preservation machinery-owned, the card has no observed weakness left to own. | -| S45 | C1's release clause was called unselected although the DemandTable selected it as unaddressed. | **Fixed:** the replay now names selected, unaddressed `IW-REL`, preserving the distinction that licenses `slot-unaddressed`. | -| S46 | Conflict-point and penalty-weight probing were collapsed into one redundant candidate. | **Fixed:** native penalty-weight work remains omitted; conflict-rule elicitation survives as CPS-Q05 because C1 misses `BR-POL` and C2 passes only after explicit prompt direction. | - -The translation preserved the governing boundary: completion machinery detects and adjudicates -gaps; guidance asks for evidence in response. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-plain.md b/libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-plain.md deleted file mode 100644 index b984696ed7b..00000000000 --- a/libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-plain.md +++ /dev/null @@ -1,141 +0,0 @@ -# Completion without pretending the conversation is finished - -This is the plain-language rendering of the provisional -[target-document completion contract](../../specs/elicitation-completion.md). The specification -is the required-behavior authority. This rendering is a legibility check: it explains the same -rules without the declaration notation and records where that translation strained. - -## The short version - -Brunch does not decide that a model is complete because the interview went well, the user left, a -turn limit fired, or an artifact was delivered. It decides by looking at the model it has derived -from durable evidence and asking whether that model can answer the user's active objectives to the -depth the plugin requires. - -The answer is recalculated from one target-document revision and one immutable plugin/demand-table -version. It is a boolean plus an explanation. The target-document stays editable either way; a -changed document or changed demand version requires a new calculation. - -## What gets checked - -Every plugin declares a small permanent floor. The provisional process-model replay uses separate -existence/count checks for objectives, entities, activities, and a process path, then checks the -path's sequence at the required grade. Existence is not faked by asking a slot-only rule to select -something. - -The plugin also declares what different objectives need. A breakdown-reshuffle question needs line -capabilities, calendars, failure occurrence, repair duration, and the rules used when resources -conflict. -An idle-versus-washdown question needs release rules, changeover behavior, lateness consequences, -and the scrap caused by changing family. A split-run question also needs minimum run sizes and the -extra changeover and scrap paid by every split. - -There are two requirement forms. A presence rule says how many model nodes a scope must select. A -slot rule says four important things: - -1. which model slots it applies to; -2. how specific the answer must be; -3. which kinds of evidence are allowed to support it; and -4. whether any explicit kind of absence counts as a legitimate answer. - -The check fails if a slot rule finds no applicable slot. Separately, every active objective must -match at least one demand row. This matters because neither an empty search nor an unknown -objective may look like perfect coverage. - -## What counts as an answer - -A stated value counts only if it is specific enough, is supported by active evidence, and has an -allowed evidence status. A guess does not become user evidence because it is precise. Confidence -does not substitute for specificity. - -An explicit absence can count only when the plugin says that exact absence answers the question. -“Not applicable” may be a complete answer for some slots. “We will find out tomorrow” normally is -not. A fact that was never mentioned cannot be turned into an absence after the fact. - -An unresolved conflict does not count. The current `diverged` shorthand for prescribed versus -practiced behavior does not expose each side's grade and support, so a demanded diverged slot also -fails conservatively as unevaluable. FE-1431 must first make both constituents inspectable before a -plugin can choose a later “both sides” or “either side” rule. The explanation names every selected -coordinate, capture, issue, and reason behind the result. - -## What happens when the user must leave - -The user can always stop a session. That does not make the model complete and it does not make the -stop a failure. - -Brunch should give the user the best useful result it can produce now. It should show the gaps, -save the evidence and open work through the authorities that already own them, and stop asking -questions. If work will continue later, the session controller computes a licensing report. It -checks the exact capture-store revision and located issues or absences; the archived session log, -swept high-water mark, and unswept tail; the existing pending-affordance slot; and a durable -projection reference. Each blocker must point either to an existing model coordinate or, when no -node was selected, to the unresolved clause and scope. Missing or stale facts make licensing fail. -The report binds everything it inspected but is not itself stored as target-document truth. - -No current authoritative record can promise an undelivered result with a durable reason, owner, -and next action. For now Brunch can license deferral only after it has actually emitted the best -current projection durably. A future undelivered-delivery obligation needs an approved durability -owner; it cannot be smuggled into an issue or a new completion record. - -The order is concrete: settle and sweep what can be settled, archive the session and any bounded -tail, recompute completion, locate every blocker, deliver durably, validate the re-entry and pending -affordance facts, compute the report, and only then quiet. Re-entry reloads those same authorities -and recomputes instead of consuming a new deposit record. - -Delivery is separate too. Brunch may deliver an incomplete model with visible loss. It may also -compute that the evidence is complete before the requested artifact has been delivered. The -controller should react to those facts, but it cannot use one to manufacture the other. - -## How the two baseline runs fail - -Condition 1 confirmed useful scheduling-policy evidence at E06. E07 and E08 then added no demanded -material, and at E09 a time-pressure cue was followed by interviewer-initiated stopping. The -rehearsal's third-prefix rule therefore raises no-progress at E09, before the eleven interviewer -turns E10-E20 spent saying goodbye, parking the thread, and exchanging acknowledgements. It should -have forced a choice: deliver the caveated model, ask a materially different question, save and -defer, or stop. It should not have declared completion. When forced wrap finally demanded the -model, the model appeared immediately, exposing a delivery stall rather than proving an absence of -generative capability. - -Condition 2 did better interviewing and produced a polished final specification. It still never -asked about ramp scrap. Ramp scrap matters to the idle-versus-washdown and split-run objectives, so -the plugin's demand exposes the hole even though the interviewer never listed it. The artifact's -claims that it is complete and runnable do not participate in the calculation. - -Both runs proposed future work. On the real architecture, multiple sessions are valid. In these -baseline runs, however, the best current projection had not been durably delivered before quieting, -and the required archive/high-water/blocker/pending-affordance facts were not available as one -validated read. The deferrals were therefore unlicensed, not because planning a later session is -inherently wrong. - -## Failure boundaries a reviewer can inspect - -- A stop, a delivery, a quiet request, a budget limit, and a no-progress signal each leave the - completion boolean untouched. -- Every active objective must have a plugin demand row. -- Presence clauses must meet their cardinality; slot clauses must select at least one real slot. -- Required slots must meet both evidence-status and grade rules. -- Never-asked ramp scrap keeps condition 2 incomplete. -- The rehearsal-only no-progress advisory begins at C1-E09 and never fires in condition 2; it - requests adjudication and never supplies a positive completion verdict. -- Deferral is licensed only when existing authoritative state supports recoverable re-entry and - the best current projection has already been durably delivered. - -## Strain found while rendering - -1. **“Required grade” was too easy to read as evidence quality.** The contract now states that - grade narrows a value's interpretation space, while epistemic status says where it came from; - demands must declare both independently. -2. **“Every demanded slot passes” hid existence and empty selection.** The contract now separates - presence/cardinality from slot quality, and a slot rule with an empty selection fails. -3. **“Objective-relative” could leave unknown objectives unchecked.** The contract now fails an - active objective that matches no plugin row. -4. **“Deferred with gaps” sounded like a conversation promise.** The contract now projects a - reproducible answer from existing authorities and refuses to license undelivered work; it adds - no persistence shape or delivery-obligation lifecycle. -5. **The simple `diverged` shorthand hides evidence on each side.** The current computation now - fails it conservatively; evaluable constituents and the intended later all/either rule remain - successor work. - -The rendering found no need for a new public lifecycle-status enum. A boolean completion answer, -an evidence-bearing explanation, and separate observed events are sufficient for this rehearsal. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-rehearsal.md b/libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-rehearsal.md deleted file mode 100644 index 7d38f3ad6b2..00000000000 --- a/libs/@hashintel/brunch-agent/docs/evidence/design/elicitation-completion-rehearsal.md +++ /dev/null @@ -1,378 +0,0 @@ -# FE-1402 completion-contract rehearsal - -Status: **provisional, manual, judgment-bearing desk scoring** over the two FE-1361 baseline -transcripts. This memo owns the CPS-specific oracle, not the normative -[completion contract](../../specs/elicitation-completion.md). It tests discrimination; no -harness, detector, store, or plugin implementation ran. - -## Fixed replay inputs - -- plugin-contract version: `cps-replay-plugin/2026-08-24.3` -- demand-table version: `cps-baseline-replay/2026-08-24.3` -- evidence: the committed condition 1 and condition 2 transcripts, scored readout, situation pack, - and FE-1407 catalogue linked below -- prefix rule: `C1-E05` includes the opening and every user utterance available before condition - 1's fifth interviewer response - -The baseline had no capture store. References such as `C1:E05/U` and `C2:E14/U:scenario-2` are -**replay evidence proxies** for exchange or span locations, not invented durable capture IDs. A -runtime `CompletionReport` must contain capture IDs reached through model support links. - -## Provisional CPS DemandTable - -This is a versioned oracle overlay for these two transcripts, not a final CPS plugin declaration. -The limited `kind(...)` and named-coordinate scopes below are concrete replay selections; they do -not introduce a general graph-query language. - -```yaml -version: cps-baseline-replay/2026-08-24.3 -staticFloor: - - { id: SF-OBJ, type: presence, scope: kind(objective), minimumCount: 1 } - - { id: SF-ENT, type: presence, scope: kind(entity-type), minimumCount: 2 } - - { id: SF-ACT, type: presence, scope: kind(activity), minimumCount: 1 } - - { id: SF-PATH, type: presence, scope: kind(ordering/flow), minimumCount: 1 } - - id: SF-FLOW - type: slot - scope: kind(ordering/flow) - slot: sequence - minimumGrade: structured - acceptedEpistemicStatuses: [explicit, inferred] - acceptedAbsences: [] -rows: - - id: ROW-BREAKDOWN - whenObjective: breakdown-reshuffle - clauses: - - { id: BR-CAP, type: slot, scope: where(kind(entity-type), category=line), slot: capabilities, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: BR-CAL, type: slot, scope: where(kind(boundary-condition), role=line-calendar), slot: pattern, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: BR-OCC, type: slot, scope: where(kind(dynamics), role=line-failure), slot: occurrenceFrequency, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: BR-REPAIR, type: slot, scope: where(kind(dynamics), role=line-failure), slot: repairDuration, - minimumGrade: quantiles, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: BR-POL, type: slot, scope: where(kind(policy), role=resource-conflict), slot: rule, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - id: ROW-IDLE-WASH - whenObjective: idle-vs-washdown - clauses: - - { id: IW-REL, type: slot, scope: where(kind(boundary-condition), role=order-release), slot: condition, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: IW-CO-DUR, type: slot, scope: where(kind(dynamics), role=family-changeover), slot: duration, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: IW-LATE, type: slot, scope: where(kind(objective), objectiveType=idle-vs-washdown), slot: latenessConsequence, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: IW-SCRAP, type: slot, scope: where(kind(dynamics), role=family-changeover), slot: rampScrap, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - id: ROW-CHANGEOVER - whenObjective: changeover-accounting - clauses: - - { id: CH-TAX, type: slot, scope: where(kind(entity-type), category=changeover), slot: directionClass, - minimumGrade: vocabulary-bound, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: CH-DUR, type: slot, scope: where(kind(dynamics), role=family-changeover), slot: duration, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: CH-CREW, type: slot, scope: where(kind(activity), role=family-changeover), slot: resourceRequirement, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: CH-SEQ, type: slot, scope: where(kind(policy), role=weekly-sequencing), slot: rule, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: CH-SCRAP, type: slot, scope: where(kind(dynamics), role=family-changeover), slot: rampScrap, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - id: ROW-SPLIT - whenObjective: split-run - clauses: - - { id: SP-BATCH, type: slot, scope: where(kind(activity), role=production-run), slot: batchStructure, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: SP-MIN, type: slot, scope: where(kind(constraint), role=minimum-run-size), slot: threshold, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: SP-ELIG, type: slot, scope: where(kind(constraint), role=line-eligibility), slot: condition, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: SP-POL, type: slot, scope: where(kind(policy), role=split-contiguity), slot: rule, - minimumGrade: structured, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: SP-CO, type: slot, scope: where(kind(dynamics), role=split-run), slot: extraChangeover, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } - - { id: SP-SCRAP, type: slot, scope: where(kind(dynamics), role=split-run), slot: repeatedRampScrap, - minimumGrade: range, acceptedEpistemicStatuses: [explicit, inferred], acceptedAbsences: [] } -``` - -`verbal < vocabulary-bound < structured` and `point < range < quantiles` are the applicable slot -orders. Status and grade are independent. `explicit` and `inferred` are accepted here; tentative, -defaulted, external-lookup, conflicts, and unaddressed states do not pass. An inferred value needs -traceable evidence spans. A documented-transformation basis is relevant only to external lookup. - -The universal active-anchor check is reported as `ANCHOR:`. Every active objective -must match at least one row. The floor cannot satisfy this check. A demanded `diverged` slot would -fail with `unevaluable-divergence`; neither transcript produces a grade-bearing two-sided value -that the current shorthand can evaluate. - -## Carry-forward and verdict procedure - -For each condition, the assessment ledger is a complete assessment at E01 and at objective -activation E02, followed by exact deltas. At a later prefix, apply every ledger row for that prefix -and carry every omitted assessment forward unchanged. Evidence-support additions are deltas even -when a pass/fail result does not change. The prefix table restates the full current failing set; -therefore `complete = failing set is empty` is derivable at every prefix. - -In the ledger, `accepted -> actual` means accepted epistemic statuses/absences followed by the -actual status or absence. Presence and anchor support use `n/a`. `U`, `S`, and `C` mean -unaddressed, stated, and conflicted. A failing stated value names its actual grade. - -### Rehearsal-only no-progress oracle - -This threshold is not runtime policy. After the last material frame, count consecutive interviewer -prefixes. New demanded evidence, a demanded slot/obligation change, or delivery resets the count. -Burden cues, promises, plans, and acknowledgements do not. Raise advisory `NP` on the third such -prefix and keep it raised until reset. - -## Condition 1 assessment ledger - -Active rows after E02: `ROW-BREAKDOWN`, `ROW-IDLE-WASH`, `ROW-CHANGEOVER`. - -| Prefix | Clause / coordinate | Requirement | Actual state or grade | Accepted -> actual | Replay evidence proxy | Result / diagnostic | -| --- | --- | --- | --- | --- | --- | --- | -| E01 | SF-OBJ / `objective[general]` | count >= 1 | count 1 | n/a | `C1:opening` | pass | -| E01 | SF-ENT / `entity-type[*]` | count >= 2 | count 0 | n/a | `C1:opening` | fail `below-minimum-count` | -| E01 | SF-ACT / `activity[*]` | count >= 1 | count 0 | n/a | `C1:opening` | fail `below-minimum-count` | -| E01 | SF-PATH / `ordering/flow[*]` | count >= 1 | count 0 | n/a | `C1:opening` | fail `below-minimum-count` | -| E01 | SF-FLOW / `ordering/flow[*].sequence` | structured | no selected slot | explicit,inferred -> n/a | `C1:opening` | fail `no-selected-slot` | -| E01 | ANCHOR:`objective[general]` | >= 1 matched row | no match | n/a | `C1:opening` | fail `unsupported-active-anchor` | -| E02 | SF-OBJ / `objective[*]` | count >= 1 | count 3 | n/a | `C1:E02/U:Q1-Q3` | pass | -| E02 | SF-ENT / `entity-type[*]` | count >= 2 | count >= 6 | n/a | `C1:E02/U:process-equipment` | pass | -| E02 | SF-ACT / `activity[*]` | count >= 1 | count >= 4 | n/a | `C1:E02/U:route` | pass | -| E02 | SF-PATH / `ordering/flow[*]` | count >= 1 | count 1 | n/a | `C1:E02/U:route` | pass | -| E02 | SF-FLOW / `ordering/flow[route].sequence` | structured | S@structured | explicit,inferred -> explicit | `C1:E02/U:mix-mill-tint-fill-pack` | pass | -| E02 | ANCHOR:`objective[breakdown]` | >= 1 matched row | `ROW-BREAKDOWN` | n/a | `C1:E02/U:Q1` | pass | -| E02 | ANCHOR:`objective[idle-wash]` | >= 1 matched row | `ROW-IDLE-WASH` | n/a | `C1:E02/U:Q2` | pass | -| E02 | ANCHOR:`objective[changeover]` | >= 1 matched row | `ROW-CHANGEOVER` | n/a | `C1:E02/U:Q3` | pass | -| E02 | BR-CAP / `entity-type[line].capabilities` | structured | S@structured | explicit,inferred -> explicit | `C1:E02/U:equipment-restrictions` | pass | -| E02 | BR-CAL / `boundary[line-calendar].pattern` | structured | U | explicit,inferred -> none | `C1:E02/U:changeover-crew-day-shift-only` | fail `unaddressed`; crew calendar is not line calendar | -| E02 | BR-OCC / `where(kind(dynamics), role=line-failure).occurrenceFrequency` | range | no selected slot | explicit,inferred -> n/a | `C1:E02/U` | fail `no-selected-slot` | -| E02 | BR-REPAIR / `where(kind(dynamics), role=line-failure).repairDuration` | quantiles | no selected slot | explicit,inferred -> n/a | `C1:E02/U` | fail `no-selected-slot` | -| E02 | BR-POL / `policy[resource-conflict].rule` | structured | U | explicit,inferred -> none | `C1:E02/U` | fail `unaddressed` | -| E02 | IW-REL / `boundary[order-release].condition` | structured | U | explicit,inferred -> none | `C1:E02/U` | fail `unaddressed` | -| E02 | IW-CO-DUR / `dynamics[family-changeover].duration` | range | S@range | explicit,inferred -> explicit | `C1:E02/U:changeover-times` | pass | -| E02 | IW-LATE / `objective[idle-wash].latenessConsequence` | structured | S@structured | explicit,inferred -> explicit | `C1:E02/U:Meridian-first` | pass | -| E02 | IW-SCRAP / `dynamics[family-changeover].rampScrap` | range | absent: unknown-to-user | explicit,inferred; no absences -> explicit | `C1:E02/U:ramp-scrap-unknown` | fail `unaccepted-absence` | -| E02 | CH-TAX / `entity-type[changeover].directionClass` | vocabulary-bound | S@vocabulary-bound | explicit,inferred -> explicit | `C1:E02/U:directional-matrix` | pass | -| E02 | CH-DUR / `dynamics[family-changeover].duration` | range | S@range | explicit,inferred -> explicit | `C1:E02/U:25m-1h-3h` | pass | -| E02 | CH-CREW / `activity[family-changeover].resourceRequirement` | structured | S@verbal | explicit,inferred -> explicit | `C1:E02/U:two-techs` | fail `below-required-grade` | -| E02 | CH-SEQ / `policy[weekly-sequencing].rule` | structured | S@verbal | explicit,inferred -> explicit | `C1:E02/U:family-clustering` | fail `below-required-grade` | -| E02 | CH-SCRAP / `dynamics[family-changeover].rampScrap` | range | absent: unknown-to-user | explicit,inferred; no absences -> explicit | `C1:E02/U:ramp-scrap-unknown` | fail `unaccepted-absence` | -| E03 | BR-OCC / `dynamics[filler-jam,mill-motor].occurrenceFrequency` | range | filler S@range; motor S@verbal | explicit,inferred -> explicit | `C1:E03/U:weekly-or-two-and-rare` | fail `below-required-grade` on motor | -| E03 | BR-REPAIR / `dynamics[filler-jam,mill-motor].repairDuration` | quantiles | filler S@range; motor S@point | explicit,inferred -> explicit | `C1:E03/U:half-hour-to-half-shift-and-four-days-once` | fail `below-required-grade` | -| E04 | BR-CAL / `boundary[line-calendar].pattern` | structured | S@structured | explicit,inferred -> explicit | `C1:E04/U:06-14/14-22` | pass | -| E05 | CH-CREW / `activity[family-changeover].resourceRequirement` | structured | S@structured | explicit,inferred -> explicit | `C1:E05/U:operators-rinse-techs-switch` | pass | -| E06 | CH-SEQ / `policy[weekly-sequencing].rule` | structured | S@structured | explicit,inferred -> explicit | `C1:E06/U:07:30-and-fill-the-shift-confirmation` | pass | - -E06 confirms scheduling-policy evidence and promises later data. It does **not** ask for a handoff. -No demanded assessment changes at E07-E21; E21 changes delivery state only. - -### Condition 1 prefix verdicts - -| Prefix | Available evidence / assessment delta | Current failing assessments after carry-forward | Complete | Stop event | Delivery / re-entry state | No progress | -| --- | --- | --- | --- | --- | --- | --- | -| C1-E01 | full E01 assessment | `SF-ENT,SF-ACT,SF-PATH,SF-FLOW,ANCHOR:general` | false | none | none / none | 0 | -| C1-E02 | full E02 activation assessment | `BR-CAL,BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-SCRAP,CH-CREW,CH-SEQ,CH-SCRAP` | false | none | none / none | reset | -| C1-E03 | `BR-OCC,BR-REPAIR` evidence/grade deltas | same as E02 | false | none | none / none | reset | -| C1-E04 | `BR-CAL` passes | `BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-SCRAP,CH-CREW,CH-SEQ,CH-SCRAP` | false | none | none / none | reset | -| C1-E05 | `CH-CREW` passes | `BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-SCRAP,CH-SEQ,CH-SCRAP` | false | none | none / none | reset | -| C1-E06 | `CH-SEQ` passes on policy evidence | `BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-SCRAP,CH-SCRAP` | false | none | none / none | reset; last material frame | -| C1-E07 | no delta; acknowledgment/evidence caution | same as E06 | false | none | none / none | streak 1 | -| C1-E08 | no delta; assumptions-register acknowledgment | same as E06 | false | none | none / none | streak 2 | -| C1-E09 | time-pressure/impatience cue; no assessment delta | same as E06 | false | interviewer initiates stopping | promised artifact absent / none | `NP`, streak 3 | -| C1-E10 | acknowledgment only | same as E06 | false | stopping persists | none / none | `NP`, streak 4 | -| C1-E11 | parking acknowledgment | same as E06 | false | future continuation implied | none / none | `NP`, streak 5 | -| C1-E12 | social close | same as E06 | false | conversational close | none / none | `NP`, streak 6 | -| C1-E13 | social close | same as E06 | false | conversational close | none / none | `NP`, streak 7 | -| C1-E14 | emoji acknowledgment | same as E06 | false | conversational close | none / none | `NP`, streak 8 | -| C1-E15 | dash acknowledgment | same as E06 | false | conversational close | none / none | `NP`, streak 9 | -| C1-E16 | thread declared parked | same as E06 | false | deferral asserted | none / none; unlicensed | `NP`, streak 10 | -| C1-E17 | social close | same as E06 | false | conversational close | none / none | `NP`, streak 11 | -| C1-E18 | conversation called complete | same as E06 | false | conversational close | none / none | `NP`, streak 12 | -| C1-E19 | closed plus future-session promise | same as E06 | false | deferral asserted | none / none; unlicensed | `NP`, streak 13 | -| C1-E20 | emoji; runner then exhausts budget | same as E06 | false | budget exhaustion follows | none / none | `NP`, streak 14 | -| C1-E21 | forced-wrap specification; no new source evidence | same as E06 | false | external forced wrap | delivered, unvalidated specification / none | reset by delivery | - -The eleven interviewer responses E10-E20 are the pleasantry/delivery loop. The advisory begins at -E09, when the third non-material prefix arrives, and persists until E21 delivery. E09 is not a -user request for quiet or an explicit request to leave: it is a time-pressure cue followed by -interviewer-initiated stopping. The useful action remained expressible throughout: deliver the -best caveated result now, expose the six blockers, and stop with `complete: false`. - -## Condition 2 assessment ledger - -Active rows after E02: all four rows, including `ROW-CHANGEOVER`; changeover accounting is an -explicit objective and also supports idle/split reasoning. - -| Prefix | Clause / coordinate | Requirement | Actual state or grade | Accepted -> actual | Replay evidence proxy | Result / diagnostic | -| --- | --- | --- | --- | --- | --- | --- | -| E01 | SF-OBJ / `objective[general]` | count >= 1 | count 1 | n/a | `C2:opening` | pass | -| E01 | SF-ENT / `entity-type[*]` | count >= 2 | count 0 | n/a | `C2:opening` | fail `below-minimum-count` | -| E01 | SF-ACT / `activity[*]` | count >= 1 | count 0 | n/a | `C2:opening` | fail `below-minimum-count` | -| E01 | SF-PATH / `ordering/flow[*]` | count >= 1 | count 0 | n/a | `C2:opening` | fail `below-minimum-count` | -| E01 | SF-FLOW / `ordering/flow[*].sequence` | structured | no selected slot | explicit,inferred -> n/a | `C2:opening` | fail `no-selected-slot` | -| E01 | ANCHOR:`objective[general]` | >= 1 matched row | no match | n/a | `C2:opening` | fail `unsupported-active-anchor` | -| E02 | SF-OBJ / `objective[*]` | count >= 1 | count 4 | n/a | `C2:E02/U:four-objectives` | pass | -| E02 | SF-ENT / `entity-type[*]` | count >= 2 | count 3 | n/a | `C2:E02/U:three-lines` | pass | -| E02 | SF-ACT / `activity[*]` | count >= 1 | count 0 | n/a | `C2:E02/U` | fail `below-minimum-count` | -| E02 | SF-PATH / `ordering/flow[*]` | count >= 1 | count 0 | n/a | `C2:E02/U` | fail `below-minimum-count` | -| E02 | SF-FLOW / `ordering/flow[*].sequence` | structured | no selected slot | explicit,inferred -> n/a | `C2:E02/U` | fail `no-selected-slot` | -| E02 | ANCHOR:`objective[breakdown]` | >= 1 matched row | `ROW-BREAKDOWN` | n/a | `C2:E02/U:breakdown-response` | pass | -| E02 | ANCHOR:`objective[idle-wash]` | >= 1 matched row | `ROW-IDLE-WASH` | n/a | `C2:E02/U:idle-vs-wash` | pass | -| E02 | ANCHOR:`objective[changeover]` | >= 1 matched row | `ROW-CHANGEOVER` | n/a | `C2:E02/U:changeover-accounting` | pass | -| E02 | ANCHOR:`objective[split]` | >= 1 matched row | `ROW-SPLIT` | n/a | `C2:E02/U:split-runs` | pass | -| E02 | BR-CAP / `entity-type[line].capabilities` | structured | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | BR-CAL / `boundary[line-calendar].pattern` | structured | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | BR-OCC / `dynamics[mill-motor].occurrenceFrequency` | range | U | explicit,inferred -> none | `C2:E02/U:four-day-again-objective` | fail `unaddressed` | -| E02 | BR-REPAIR / `dynamics[mill-motor].repairDuration` | quantiles | motor S@point | explicit,inferred -> explicit | `C2:E02/U:four-day-again-objective` | fail `below-required-grade` | -| E02 | BR-POL / `policy[resource-conflict].rule` | structured | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | IW-REL / `boundary[order-release].condition` | structured | S@verbal | explicit,inferred -> explicit | `C2:E02/U:next-morning-release` | fail `below-required-grade` | -| E02 | IW-CO-DUR / `dynamics[family-changeover].duration` | range | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | IW-LATE / `objective[idle-wash].latenessConsequence` | structured | S@verbal | explicit,inferred -> explicit | `C2:E02/U:on-time-ship-and-Meridian-risk` | fail `below-required-grade` | -| E02 | IW-SCRAP / `dynamics[family-changeover].rampScrap` | range | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | CH-TAX / `entity-type[changeover].directionClass` | vocabulary-bound | S@verbal | explicit,inferred -> explicit | `C2:E02/U:changeover-concern` | fail `below-required-grade` | -| E02 | CH-DUR / `dynamics[family-changeover].duration` | range | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | CH-CREW / `activity[family-changeover].resourceRequirement` | structured | S@verbal | explicit,inferred -> explicit | `C2:E02/U:shared-crew` | fail `below-required-grade` | -| E02 | CH-SEQ / `policy[weekly-sequencing].rule` | structured | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | CH-SCRAP / `dynamics[family-changeover].rampScrap` | range | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | SP-BATCH / `activity[production-run].batchStructure` | structured | S@verbal | explicit,inferred -> explicit | `C2:E02/U:split-big-orders` | fail `below-required-grade` | -| E02 | SP-MIN / `constraint[minimum-run-size].threshold` | range | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | SP-ELIG / `constraint[line-eligibility].condition` | structured | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | SP-POL / `policy[split-contiguity].rule` | structured | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E02 | SP-CO / `dynamics[split-run].extraChangeover` | range | S@verbal | explicit,inferred -> explicit | `C2:E02/U:extra-changeover-concern` | fail `below-required-grade` | -| E02 | SP-SCRAP / `dynamics[split-run].repeatedRampScrap` | range | U | explicit,inferred -> none | `C2:E02/U` | fail `unaddressed` | -| E03 | IW-LATE / `objective[idle-wash].latenessConsequence` | structured | S@vocabulary-bound | explicit,inferred -> explicit | `C2:E03/U:promise-date-and-account-hierarchy` | fail `below-required-grade` | -| E04 | IW-LATE / `objective[idle-wash].latenessConsequence` | structured | S@structured | explicit,inferred -> explicit | `C2:E04/U:Meridian-cliff-and-slopes` | pass | -| E05 | SF-ACT / `activity[*]` | count >= 1 | count >= 7 | n/a | `C2:E05/U:order-walk` | pass | -| E05 | SF-PATH / `ordering/flow[*]` | count >= 1 | count 1 | n/a | `C2:E05/U:order-walk` | pass | -| E05 | SF-FLOW / `ordering/flow[order].sequence` | structured | S@structured | explicit,inferred -> explicit | `C2:E05/U:demand-to-truck` | pass | -| E06 | BR-CAP / `entity-type[line].capabilities` | structured | S@structured | explicit,inferred -> explicit | `C2:E06/U:qualifications-capacities` | pass | -| E06 | SP-BATCH / `activity[production-run].batchStructure` | structured | S@structured | explicit,inferred -> explicit | `C2:E06/U:pipelined-batches` | pass | -| E06 | SP-ELIG / `constraint[line-eligibility].condition` | structured | S@structured | explicit,inferred -> explicit | `C2:E06/U:line-qualification` | pass | -| E07 | IW-CO-DUR / `dynamics[family-changeover].duration` | range | S@range | explicit,inferred -> explicit | `C2:E07/U:directional-duration-matrix` | pass | -| E07 | CH-TAX / `entity-type[changeover].directionClass` | vocabulary-bound | S@vocabulary-bound | explicit,inferred -> explicit | `C2:E07/U:family-direction-classes` | pass | -| E07 | CH-DUR / `dynamics[family-changeover].duration` | range | S@range | explicit,inferred -> explicit | `C2:E07/U:directional-duration-matrix` | pass | -| E08 | BR-OCC / `dynamics[filler-jam,mill-motor].occurrenceFrequency` | range | filler S@range; motor U | explicit,inferred -> explicit/none | `C2:E08/U:one-in-ten-and-every-couple-weeks` | fail `unaddressed` on motor | -| E08 | BR-REPAIR / `dynamics[filler-jam,mill-motor].repairDuration` | quantiles | filler S@range; motor S@point | explicit,inferred -> explicit | `C2:E02/U:four-days;C2:E08/U:20m-to-rest-of-shift` | fail `below-required-grade` | -| E09 | BR-CAL / `boundary[line-calendar].pattern` | structured | S@structured | explicit,inferred -> explicit | `C2:E09/U:shifts-and-coverage` | pass | -| E09 | CH-CREW / `activity[family-changeover].resourceRequirement` | structured | S@structured | explicit,inferred -> explicit | `C2:E09/U:crew-calendar` | pass | -| E11 | IW-REL / `boundary[order-release].condition` | structured | S@structured | explicit,inferred -> explicit | `C2:E11/U:credit-allocation-hold` | pass | -| E14 | BR-POL / `policy[resource-conflict].rule` | structured | S@structured | explicit,inferred -> explicit | `C2:E14/U:crew-priority` | pass | -| E14 | CH-SEQ / `policy[weekly-sequencing].rule` | structured | S@structured | explicit,inferred -> explicit | `C2:E14/U:campaign-and-Saturday-trigger` | pass | -| E15 | CH-SEQ / `policy[weekly-sequencing].rule` | structured | S@structured | explicit,inferred -> explicit | `C2:E14/U;C2:E15/U:tie-break-end-horizon` | pass; support delta | -| E18 | CH-CREW / `activity[family-changeover].resourceRequirement` | structured | S@structured | explicit,inferred -> explicit | `C2:E09/U:crew-calendar;C2:E18/U:big-wash-whole-line` | pass; compatible support delta | - -At E20 the available exchange evidence is limited to the named holes in splitting, granularity, -and distributions. Ramp scrap, maintenance/CMMS evidence, and minimum-run facts occur only in the -hidden oracle/demand assessment and are not attributed to E20. - -The quick-rinse branch remains residual evidence outside this bounded oracle. E18 says the user -does not know whether rinses cascade. E19's “two simultaneous rinse servers” possibility is -interviewer-authored, and the user's prompted half-memory is not used as support. Neither conflicts -with the explicit two-technician big-wash evidence, so `CH-CREW` stays passed after E09. - -### Condition 2 prefix verdicts - -| Prefix | Available evidence / assessment delta | Current failing assessments after carry-forward | Complete | Stop event | Delivery / re-entry state | No progress | -| --- | --- | --- | --- | --- | --- | --- | -| C2-E01 | full E01 assessment | `SF-ENT,SF-ACT,SF-PATH,SF-FLOW,ANCHOR:general` | false | none | none / none | 0 | -| C2-E02 | full E02 activation assessment | `SF-ACT,SF-PATH,SF-FLOW,BR-CAP,BR-CAL,BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-CO-DUR,IW-LATE,IW-SCRAP,CH-TAX,CH-DUR,CH-CREW,CH-SEQ,CH-SCRAP,SP-BATCH,SP-MIN,SP-ELIG,SP-POL,SP-CO,SP-SCRAP` | false | none | none / none | reset | -| C2-E03 | `IW-LATE` support/grade delta | same as E02 | false | none | none / none | reset | -| C2-E04 | `IW-LATE` passes | E02 minus `IW-LATE` | false | none | none / none | reset | -| C2-E05 | `SF-ACT,SF-PATH,SF-FLOW` pass | `BR-CAP,BR-CAL,BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-CO-DUR,IW-SCRAP,CH-TAX,CH-DUR,CH-CREW,CH-SEQ,CH-SCRAP,SP-BATCH,SP-MIN,SP-ELIG,SP-POL,SP-CO,SP-SCRAP` | false | none | none / none | reset | -| C2-E06 | `BR-CAP,SP-BATCH,SP-ELIG` pass | `BR-CAL,BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-CO-DUR,IW-SCRAP,CH-TAX,CH-DUR,CH-CREW,CH-SEQ,CH-SCRAP,SP-MIN,SP-POL,SP-CO,SP-SCRAP` | false | none | none / none | reset | -| C2-E07 | `IW-CO-DUR,CH-TAX,CH-DUR` pass | `BR-CAL,BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-SCRAP,CH-CREW,CH-SEQ,CH-SCRAP,SP-MIN,SP-POL,SP-CO,SP-SCRAP` | false | none | none / none | reset | -| C2-E08 | `BR-OCC,BR-REPAIR` support/grade deltas | same as E07 | false | none | none / none | reset | -| C2-E09 | `BR-CAL,CH-CREW` pass | `BR-OCC,BR-REPAIR,BR-POL,IW-REL,IW-SCRAP,CH-SEQ,CH-SCRAP,SP-MIN,SP-POL,SP-CO,SP-SCRAP` | false | time pressure prompts planning, interview continues | none / none | reset | -| C2-E10 | promise of CMMS/ERP and future slot; no assessment delta | same as E09 | false | deferral proposed | none / none; unlicensed | streak 1 | -| C2-E11 | `IW-REL` passes | `BR-OCC,BR-REPAIR,BR-POL,IW-SCRAP,CH-SEQ,CH-SCRAP,SP-MIN,SP-POL,SP-CO,SP-SCRAP` | false | none | none / none | reset | -| C2-E12 | release-pull promise; no assessment delta | same as E11 | false | future work planned | none / none | streak 1 | -| C2-E13 | logistics promise; no assessment delta | same as E11 | false | future work planned | none / none | streak 2 | -| C2-E14 | `BR-POL,CH-SEQ` pass | `BR-OCC,BR-REPAIR,IW-SCRAP,CH-SCRAP,SP-MIN,SP-POL,SP-CO,SP-SCRAP` | false | none | none / none | reset | -| C2-E15 | `CH-SEQ` support delta | same as E14 | false | none | none / none | reset | -| C2-E16 | export promise; no assessment delta | same as E14 | false | future work planned | none / none | streak 1 | -| C2-E17 | raw-pull promise; no assessment delta | same as E14 | false | future work planned | none / none | streak 2 | -| C2-E18 | `CH-CREW` gains compatible big-wash support and stays passed; quick-rinse branch remains residual | same as E14 | false | observation planned | none / none; unlicensed | reset by demanded support change | -| C2-E19 | no oracle delta; interviewer-authored parallel-rinse possibility is excluded | same as E14 | false | observation plan refined | none / none | streak 1 | -| C2-E20 | exchange names only splitting, granularity, distributions; no assessment delta | same as E14 | false | interviewer quiets for tomorrow | none / none; unlicensed | streak 2 | -| C2-E21 | first forced-wrap delivery; no source-evidence delta | same as E14 | false | budget exhaustion / forced wrap | partial specification / none | reset by delivery | -| C2-E22 | additional delivered sections; no assessment delta | same as E14 | false | repeated forced wrap | additional sections / none | reset by delivery | -| C2-E23 | final delivered specification; no assessment delta | same as E14 | false | hard-stop delivery | final specification / none | reset by delivery | - -No C2 arm reaches the third consecutive non-material prefix. Plans do not reset the streak, but -E11 evidence, E14 policy evidence, E15/E18 support, and E21-E23 deliveries do. No false `NP` is -raised. The final boolean remains false, independently and visibly, because -the carried ledger includes the never-asked ramp-scrap and minimum-run obligations. - -## Failure-signature discrimination - -| FE-1407 signature | Replay result | -| --- | --- | -| FM-01 pleasantry-loop stall | `NP` begins at C1-E09 and persists through the eleven-response E10-E20 delivery loop; it does not assert completion. | -| FM-02 delivery deferral without deposit | C1 parks a deliverable while a caveated result is possible; the best current projection was not durably delivered, so current deferral licensing must fail. | -| FM-03 phantom re-entry | Both conditions name future sessions without durable revision, archive pointer, located obligations, or recoverable affordance. | -| FM-04 premature accommodation | C1's time-pressure cue produces interviewer stopping at E09; session stopping is allowed while completion remains false. | -| FM-05 budget exhaustion | Forced wrap stops both runs but changes no assessment. | -| FM-08 never-asked coverage | `IW-SCRAP`, `CH-SCRAP`, and `SP-SCRAP` remain explicit blockers despite never being asked in C2. | -| FM-09 complementary misses | The same DemandTable exposes different carried failure sets in the two runs; no variance-reduction claim follows from n=1 per condition. | -| FM-13 fluent incompleteness | C2 delivery and “complete” prose cannot override the non-empty clause failure set. | - -The catalogue's prevention grades are unchanged: specified and candidate mechanisms are design -claims, not implementation proof. - -## Amendments and residual strain - -The rehearsal forced presence/cardinality clauses, the universal active-anchor check, versioned -plugin/demand inputs, evidence-bearing clause assessments, conservative divergence failure, and a -read-time deferral-licensing projection over existing authorities into the normative contract. -Those amendments are folded into the linked spec. Carry-forward and evidence-proxy rules remain -rehearsal method here, not normative runtime behavior. - -Residual judgment remains in model selection and folding: a different defensible provisional CPS -oracle could choose different coordinates or grades. The stable clause IDs and complete carried -failure sets make that disagreement local and reviewable instead of hiding it in family-level -prose. Two fixed runs are existence evidence only, not rate estimates. - -## Successor evidence - -### FE-1403 — guidance assembly - -- Drive questions from clause diagnostics, especially `BR-OCC`, `BR-REPAIR`, ramp scrap, minimum - run size, split policy, and release; cards must not claim reflective self-inventory can - find never-asked coverage. -- A close card must support the best useful result now: state clause-level gaps, durably deliver - current work, and quiet only after existing authorities pass deferral licensing. -- Preserve explicit/inferred/tentative distinctions and evidence links separately from grade. - -### FE-1404 — condition-3 run - -- Score the version-bound report at each prefix and score stop, quiet, delivery, deferral licensing, - no-progress, and budget events separately. -- Keep ramp scrap hidden in the oracle, reposition impatience during interview, and test that an - unmatched anchor, empty presence scope, demanded conflict, or open ramp-scrap clause prevents - completion. -- Test licensed deferral by recomputing it from capture-store revision, located blockers, - session-log archive/high-water/tail, pending affordance, and a durable current projection; - prompt-only evidence cannot prove those authorities. - -### FE-1431 — plugin authoring - -- Make the final CPS DemandTable author-readable beside model slots and bind its digest into every - report. -- Define evaluable constituents for `diverged`; until then retain `unevaluable-divergence`. The - intended later rule may require both sides or explicitly allow either. -- Resolve absent-slot location and alternative-satisfier authoring without expanding this replay's - limited scope expressions into a generic query language. -- Route any durable undelivered-delivery obligation to an approved durability-contract owner; - neither `CaptureIssue` nor this completion contract has that authority today. - -## Evidence bundle - -- [FE-1407 failure catalogue](../../research/elicitation/frontier-model-elicitor-failure-catalogue.md) -- [baseline readout](../evaluations/vestera-legacy-baseline/readout.md) -- [condition 1 transcript](../evaluations/vestera-legacy-baseline/transcripts/condition-1.md) -- [condition 2 transcript](../evaluations/vestera-legacy-baseline/transcripts/condition-2.md) -- [baseline situation pack](../../../evaluations/cases/vestera-scheduling/situation-pack.md) -- [baseline protocol](../../../evaluations/protocols/legacy-baseline/protocol.md) -- [plugin contract](../../specs/plugin-contract.md) and - [ADR-0003](../../adr/0003-three-register-ir.md) - -No web research was needed: this is manual scoring over fixed committed evidence. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/design/intermediate-representation-worked-examples.md b/libs/@hashintel/brunch-agent/docs/evidence/design/intermediate-representation-worked-examples.md deleted file mode 100644 index 62cf47a3ec2..00000000000 --- a/libs/@hashintel/brunch-agent/docs/evidence/design/intermediate-representation-worked-examples.md +++ /dev/null @@ -1,175 +0,0 @@ -# IR worked examples — Layer-A validation (FE-1397) - -Resolved 2026-08-13. This document discharges the ratification condition on the generic IR -definition ([`ir-design.md`](../../specs/intermediate-representation.md), Layer A): speculative payload type systems drafted -across three plugin targets at different complexity levels, each checked against the five MUST -properties and three MAY patterns. **Desk validation only** — nothing here has run through a -working harness; Layer-A claims stay provisional until the September build exercises them. - -Four data points, not three: **Gherkin** (thin; drafted here), **CPS** (thick; `ir-design.md` -Layer B is worked example #2), **BPMN/process-mining** (mid; drafted here — the kernel spec's -named third dev target, §13), and the **assurance plugin** (spec §13.2) read as a fourth, free -corroborant since its payload design already exists in spec canon. - -## Worked example 1 — Gherkin (thin, known) - -The milestone-one tracer target (spec §13.1). Speculative kind catalog, namespace `gherkin/`: - -| # | Kind | Holds | Projects to (`.feature`) | -| --- | ------------------------ | ----------------------------------------------------------------------------- | --------------------------------------------- | -| 1 | **feature** | a capability under specification and its value narrative (who benefits, why) | `Feature:` header + description | -| 2 | **rule** | a business rule the behavior must honor | `Rule:` block | -| 3 | **example** | one concrete case as the user stated it — context, action, expected outcome | `Scenario:`, with steps factored by `project` | -| 4 | **background-condition** | a precondition common to a feature's cases | `Background:` steps | -| 5 | **actor** | a persona or system that acts or is acted on | step subject vocabulary; tags | -| 6 | **term** | a domain word with agreed meaning, bindable to the pack-declared step lexicon | step phrasing normalization | - -**No `step` kind — statement granularity bites even at the thin end.** Users state cases ("an -expired token shows an error page"), not Given/When/Then triples; factoring a case into steps is -`project`'s work, exactly as CPS activity factoring is. A Gherkin-literate user may well dictate -literal Given/When/Then — then statement granularity _coincides_ with artifact granularity, which -is coincidence, not violation; the payload holds what was said either way. The property's force -is that the interviewer never _requires_ the artifact's decomposition mid-conversation. - -**References** are symbolic by name: example → its feature ("the password-reset flow"), example → -the rule it illustrates, background-condition → the feature it scopes; `reconcile` folds name -variants. **Completion** needs no distinct objective kind: the anchor role is filled by existing -kinds — every rule has at least one illustrating example (plus a contrastive counter-example -where the rule has an edge), every feature a happy path. The feature's value narrative is the -purpose statement. - -**Projection and loss.** Nearly everything lands `mapped-exactly` or `normalized` — Gherkin has -free-text description slots, so even rationale rides along. Actor and term captures emit no -distinct artifact element; they are consumed as naming/phrasing policy (`collapsed`). The loss -report is almost empty at the thin end: the _mechanism_ holds but earns little — its value grows -with domain–format distance. Validation stays as spec §13.1 has it (parse validity + step-lexicon -binding), payload-stratum work. - -**Property stress notes.** (1) six kinds, closed — holds. (2) holds, with the coincidence note -above. (3) is the interesting one: the plugin is _named after its projection target_, and its -domain vocabulary ("scenario", "rule") is the format's vocabulary — the property cannot demand a -distance that does not exist. What it operatively demands still holds: kinds no projection -consumes (actor, term as glossary) are legitimate IR content, and the loss report keeps them -honest. (4) holds — references are payload data. (5) holds — "rule uncovered by any example" is a -read-time label, never stored. - -## Worked example 2 — CPS (thick) - -`ir-design.md` Layer B, in full; not restated here. What it contributes to the property check: - -- The **granularity rule** (Dora's claim #2, corrected) is the sharpest property-2 evidence in - the set: Petrinaut has no timing field, so a timed step cannot be one transition — storing - net-granularity elements would make every factoring change masquerade as a knowledge change. -- **Property 3 is carried by the net-bearing/IR-only split** (kinds 7–10) plus the typed loss - report — the demo's story is precisely that the IR legitimately holds kinds the projection - cannot consume. -- **Attribute patterns** (quantity, rationale, source-regime) show that not everything - cross-cutting deserves kind-hood — a payload-design idiom Layer A did not name, tested again by - BPMN below. -- Ten kinds, symbolic references, objective-anchored completion, read-time labels: properties 1, - 4, 5 and both first MAY patterns exercised without strain. - -## Worked example 3 — BPMN / process-mining (mid, speculative) - -The triangulation point, chosen because it varies both axes at once: a process domain like CPS -but a different artifact family (BPMN 2.0 XML, not Petrinaut), and — via process mining — the one -evidence source neither other target has: **event logs**, i.e. captures whose provenance is not -an utterance. Speculative kind catalog, namespace `bpmn/`: - -| # | Kind | Holds | Projects to (BPMN 2.0) | -| --- | ----------------- | ---------------------------------------------------------------------- | ------------------------------------------------- | -| 1 | **role** | who does the work — org units, people, systems | participants (pools) + lanes | -| 2 | **activity** | a unit of work as the expert states it — actor, inputs, outcomes | tasks (factored; task type derived) | -| 3 | **trigger** | what starts or interrupts work — timers, messages, failures | events (start/intermediate/boundary) | -| 4 | **ordering/flow** | sequencing and branching with conditions | sequence flows + gateways | -| 5 | **decision** | the rule applied at a branch point | gateway conditions where compilable; else IR-only | -| 6 | **case-story** | one concrete trace ("the Meyer order last Tuesday went…") | nothing directly; validates flows | -| 7 | **deviation** | how practice departs from the nominal path | boundary events / alternate flows, partially | -| 8 | **artifact** | documents and data objects flowing through the process | data objects + associations | -| 9 | **objective** | KPIs and the questions the model must answer (cycle time, conformance) | nothing — BPMN has no KPI element; IR-only | -| 10 | **log-binding** | model element ↔ event-log field (case id, activity, timestamp) | nothing; IR-only, consumed by conformance tooling | - -**Event-log evidence needs no envelope change.** A mining proposal ("credit check precedes -approval in 92% of traces") enters as an ordinary capture with `epistemic_status: -external-lookup`, citing the log and a documented transformation instead of a user span — exactly -the C5 adjudication (spec §5, Appendix A). What it _does_ expose is a wording gap in property 2: -"the granularity the user stated it" has no user here; the mined capture's granularity is set by -the documented transformation. The property generalizes from _statement_ granularity to -**evidence granularity**, with the user's utterance as the primary case. - -**Regime and epistemics compose; no third regime value.** The org manual says X, the expert says -actually-Y, the log shows Z. The de jure/de facto split is the regime (`prescribed | practiced`, -from CPS); expert-belief vs. log-observation within `practiced` is already the envelope's -epistemic status (`explicit` vs. `external-lookup`). Divergences land as ordinary typed -`conflicting` issues. The **source-regime attribute pattern thus recurs across both process -plugins** — sublimation pressure, resolved one layer up (a Layer-A MAY pattern for process-shaped -domains), _not_ harness-ward: the harness has no domain notion of "manual" or "shop floor". - -**`decision` recurs from CPS `policy` — convergence is not sublimation.** The kind appears in -both process plugins, but §11.5's ownership rule (guidance ownership follows vocabulary -ownership) routes only the _technique_ to the generic quiver — contrastive choice-point pressure -("when two X compete for one Y, who wins, by what rule?") operates on harness vocabulary. The -_kind_ stays in each plugin's catalog; if the process family grows, the seam is a shared -process-domain pack, not the kernel. - -**Completion** anchors on `objective` again (KPIs + the questions the model must answer), over a -floor of roles, a happy-path flow, and at least one case-story validating it. **Loss sketch** -(illustrative, per-ProjectionPack): roles/activities/flows normalized; decisions approximate; -objectives and log-bindings unrepresentable; case-stories omitted (consumed at validation time, -not projected). One instructive contrast: BPMN carries a `documentation` element on every node, -so rationale attached to a projected element is `normalized` here — where Petrinaut, which strips -unknown keys, makes the same rationale `unrepresentable`. **Loss tables are ProjectionPack facts, -not plugin facts**, which is why the binding table belongs to each plugin spec's ProjectionPack. - -## Verdicts - -Per Layer-A MUST property (`survives / amended / demoted to guidance`): - -| # | Property | Verdict | Basis | -| --- | -------------------------- | --------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | -| 1 | Closed, named kind catalog | **survives** | Catalog sizes 1 (assurance's single `Statement` record) through 10 (CPS, BPMN); closure held everywhere; extension pressure is absorbed by the concept-schema version axis (spec §12.6), not by opening the catalog. | -| 2 | Statement granularity | **survives, amended** | Generalized to **evidence granularity**: payloads hold one assertion at the resolution the evidence states it — the user's utterance in the primary case, the documented transformation for `defaulted`/`external-lookup` captures. Two clarifications: one utterance may yield several single-assertion captures (granularity is per-assertion, not per-utterance), and coincidence with artifact granularity (Gherkin-literate dictation) is not a violation. | -| 3 | Projection-independence | **survives, amended** | Restated operatively, because its bite is proportional to domain–format distance and Gherkin has almost none: kinds are defined in domain vocabulary _and the IR legitimately holds kinds no current projection consumes, with the typed loss report keeping that honest_. The second clause is the enforceable content; the first degenerates gracefully where the target format is the domain. | -| 4 | Relations as payload data | **survives** | Flow-heavy BPMN is the strongest test — an edge-dense domain still needed no envelope structure; symbolic name references appear in all four designs. | -| 5 | Read-time label derivation | **survives** | Uncovered-rule (Gherkin), the net-bearing/IR-only split and five-stratum status (CPS, assurance), conformance/coverage labels (BPMN) — all `project`-computed, none stored. | - -Per MAY pattern: - -| Pattern | Verdict | -| ----------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | -| Symbolic name references + `reconcile` | **Promoted MAY → SHOULD.** All four designs use it; it matches how experts talk and survives supersession without dangling edges. A plugin departing from it should say why. | -| Objective kind anchoring question-relative completion | **Survives, generalized to completion-anchor kinds.** A distinct `objective` kind where the domain has explicit purposes (CPS, BPMN); existing purpose-shaped kinds otherwise (Gherkin's feature narrative + rules; assurance's `goal`). The pattern is "completion anchors on purpose-bearing captures", not "declare a kind named objective". | -| Non-load-bearing motif annotations | **Demoted to named escape hatch.** Zero uptake across all four designs — CPS explicitly keeps the motif quiver as pack question-guidance, BPMN's workflow patterns are likewise pack material, Gherkin and assurance have no use for it. Retained as a name only, pending a projection that demonstrably needs the hint. | - -**New Layer-A pattern earned by triangulation:** **source-regime** (`prescribed | practiced`) as -a MAY for process-shaped domains — one model, never parallel models; divergence surfaces as -ordinary `conflicting` issues; regime composes with (never duplicates) epistemic status. - -**Sublimation findings.** The standing expectation held, with better resolution on _where_ -content lands when it moves: - -- **Layer-B → Layer-A**: source-regime moved one layer up, to pattern status. That is the - assurance precedent's shape repeated (technique moving to the shared layer), at pattern rather - than mechanism grade. -- **Confirmed quiver-bound, not payload**: choice-point interviewing technique (CPS `policy`, - BPMN `decision`) — the kinds stay put; the technique is generic. -- **Validated, not migrated**: event-log evidence exercised envelope vocabulary that already - existed (`external-lookup`, C5) and added nothing. -- **The counter-rule**: convergent kinds across sibling plugins do not migrate harness-ward — - vocabulary ownership (spec §11.5) decides, and the envelope's domain-freedom survived contact - with all three targets. No kind moved into the envelope. - -## Handoff to plugin-spec authoring - -What the plugin spec should inherit from this exercise: - -1. The **five MUST properties as amended** (evidence granularity; operative - projection-independence) — `ir-design.md` Layer A carries the amended wording. -2. **Symbolic references at SHOULD grade**, with `reconcile` as the standard identity seam. -3. **Completion-anchor language**: require every plugin to name its anchor kinds; do not require - a kind named `objective`. -4. The **source-regime pattern** for process-shaped domains. -5. **Loss tables are ProjectionPack content**, never plugin-level: the same rationale capture is - `normalized` under a BPMN projection and `unrepresentable` under a Petrinaut projection. -6. The standing caveat: all of this is desk-validated; the September harness run is the real - test, and any property it bends gets re-amended there. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/design/plugin-keys-pressure-review-cycle-1.md b/libs/@hashintel/brunch-agent/docs/evidence/design/plugin-keys-pressure-review-cycle-1.md deleted file mode 100644 index afbe5a7f6d7..00000000000 --- a/libs/@hashintel/brunch-agent/docs/evidence/design/plugin-keys-pressure-review-cycle-1.md +++ /dev/null @@ -1,231 +0,0 @@ -# Pressure review — ADR-0007 key catalogue, cycle 1 - -> **Provenance.** Agent-authored, read-only desk review, 2026-08-25, commissioned as the -> "validate" step of the first co-authoring cycle (ADR-0007 decision 9, STRATEGY-LOG S-009). -> Inputs: `packages/core/src/{keys,plugin-definition,instructions,cue}.ts`, -> `packages/repertoire/repertoire.yaml`, `packages/plugin-sdcpn/plugin.yaml`, -> `packages/plugin-gherkin/plugin.yaml`, the archived CPS interview guidance and its desk -> replay, the elicitation-strategy literature review, the baseline condition-2 transcript and -> read-out, and the SDCPN and Gherkin formalism notes. Status: **evidence, not authority** — its -> proposals are the input to cycle two, recorded in `packages/core/schema/CHANGELOG.md`; nothing -> here changes a key by itself. Line numbers refer to the files as they stood at commit -> `7d96b695e9`. The `on: []` matching defect it reports (§1.2) was fixed in -> `packages/core/src/cue.ts` in the same change that placed this document. - -Reviewed read-only on 2026-08-25 against `packages/core/src/keys.ts`, `packages/core/src/plugin-definition.ts`, `packages/core/src/instructions.ts`, `packages/core/src/cue.ts`, `packages/repertoire/repertoire.yaml`, `packages/plugin-sdcpn/plugin.yaml`, `packages/plugin-gherkin/plugin.yaml`, and the pressure material named in the brief. Paths below are relative to the Brunch context root; line numbers are from the files as read. - -## 1. Summary - -1. **Generality — holds, with one caveat.** All 100 situations in the appendix land on an existing key or contract row; none needs a key the catalogue lacks (zero (d) verdicts; 33 carried by the default, 29 by sdcpn content, 38 expressible but unwritten). A discrete-event/queueing plugin sketches onto the same keys with the same anchor shape (`objective` → dependency slice) and simply reverses one `not_kinds` entry (a queue *is* a node there). The caveat is that the repertoire is a process-model repertoire with the nouns filed off: `movements.sweep` says "every step has a duration, every resource has a count" (repertoire.yaml:73), and four of nine `techniques` defaults are quantity-elicitation methods. The no-formalism test (repertoire.test.ts:15) bans `petri|transition|place|token|…` and does not catch this. -2. **Specificity — the weak axis.** Three places force a cell to be vaguer than the author's knowledge: (i) `patterns` are matched by kind only (cue.ts:40) — P01 and P02 both fire on every failing `activity`, and P08 with `on: []` never fires at all because `[].includes(kind)` is false, contradicting the comment at plugin-definition.ts:82; (ii) `motifs` in the sdcpn cell are name-only one-liners that restate the patterns 1:1 and carry none of the variant axes the repertoire's own "Name plus variant" default demands (repertoire.yaml:98–100) — the shared-resource motif cannot say "one indivisible 2-person server for washdowns, two servers for rinses" (condition-2.md:269, 580); (iii) `must_know.precision` is a single word, so "arrival or availability pattern: spread" cannot accept a shift calendar (spelled out), and "what 'better' means: range" cannot accept "Meridian is a cliff, everyone else a slope" (condition-2.md:114–116), which is a spelled-out rule. -3. **Flexibility — holds for gherkin's cells, strains in the rendering and in one default.** The two plugin.yaml files read as siblings (same sections, comparable cell lengths, both leave `licenses` blank). What does not read as a sibling is the rendered instruction text: gherkin inherits "Mean or tail", "Quantiles, never three points", "Premortem", the clairvoyant test, and "What 'better' means, numerically where possible" — none of which apply to an example-based specification. One default a second formalism would have to *contradict*, which decision 1 forbids: `lenses` "Policy versus practice" treats normative language as a defect; for gherkin's `status: proposed` and for any formal-verification target the normative statement *is* the deliverable. -4. **The largest unwritten thing is not a key but the posture half of the ADR.** `kickoff` produces a posture (repertoire.yaml:164–166) and nothing consumes it: the `trajectory` default has no posture-varied biases (ADR decision 2's "explore openly when appetite is high, synthesise and invite correction when constrained, propose low-risk structure…" is absent from repertoire.yaml:170–182). This is the selection half the audit found dropped before, dropped again. -5. **The repertoire under-fills three keys relative to ADR decision 2's own rows.** `licenses` lacks "press a busy expert", "decline to sweep", and "propose structure as a suggestion" (only batching, grade-naming, assumption, deferral are written); `rabbit_holes` lacks "asking the expert what you failed to ask", "restating the whole model", and "taking a schedule or a document for the practised rule"; `smells` lacks "schema-shaped questioning" and "correction-as-duplication". -6. **Contradictions the repertoire resolves silently:** the clearinghouse probe is licensed by `movements.sweep` (repertoire.yaml:76) while three other sources — the archived CPS guidance (cps-interview-guidance-2026-08-25.md:22–24), the condition-3 prompt, and the ADR's own `rabbit_holes` row — forbid it; the quantile order picks v0's typical-first while citing the IDEA protocol whose point is interval-first; the "no hypothetical without a real case" default would have ruled out condition 2's most productive move (four constructed scenarios, condition-2.md:404–437). Section 5 lists seven. -7. **Duplication is the dominant content defect, not vagueness.** Quantile elicitation is stated four times in the sdcpn render (repertoire techniques, plugin `attributes.quantity`, plugin `techniques`, plugin `failure_modes`); "every rule has an example" appears four times in gherkin (`movements.sweep`, P01, `failure_modes`, `machinery.checks`). Decision 1 says cells add and never override; nothing says they never repeat, and no gate checks it. -8. **Proposed key changes for cycle two (section 3): three, all shape changes inside existing keys, no add/drop/merge.** Add an optional `slot` predicate to `patterns.items` (kind × unsatisfied slot); allow `must_know.precision` to be a list (any-of); give repertoire entries an optional applicability facet keyed to the precision words a plugin demands, so quantity techniques render only for plugins that ask for `range`/`spread`. Six other changes were considered and left. -9. **Formal-verification sketch fits without a new key.** Anchor `property` (depends on "the state and actions it constrains"); kinds `state-variable`, `action`, `property`, `assumption`, `initial-condition`; `licenses` blank, `motifs` and `rabbit_holes` fillable, `techniques` half-blank (no quantities). The only misfit is the "Policy versus practice" default (point 3). -10. **Verdict on the catalogue:** not frozen. Cycle two should change no *key* but must change two key *shapes* (patterns trigger, precision any-of) and fix the P08 matching bug before the catalogue can be said to have been "written against". - -### 1.1 Generality — evidence - -- Coverage: 100 situations; 33 carried by the repertoire default (a, including a/b), 29 by sdcpn contract data or cells (b, including b/a), 38 expressible in an existing key but unwritten (c), 0 inexpressible (d). Counts per key are in section 2. The (c) share is the finding: more than a third of the pressure is direction the catalogue can hold and nobody has written. -- A second process formalism (discrete-event / queueing): anchor `objective` with the same dependency slot; kinds `customer-class`, `station`, `arrival-process`, `service`, `routing`, `discipline`, `objective`. `must_know` rows fit the ladder (`service.duration: spread`, `station.servers: number`, `discipline.rule: spelled out`). Patterns P05 (contention), P07 (varies by class), P03 (batch service) transfer; P13 (dynamics) is absent. `movements.slice` cell: "one customer from arrival to departure"; `sweep` cell: "strata are stations, then classes". `not_kinds` would *include* "queue" as a kind, reversing sdcpn's entry — plugin content, no key change. The repertoire's quantity defaults fit this plugin perfectly, which is the tell: they are DES defaults. -- What generality does not reach: `movements` is fixed to `{slice, sweep}` (keys.ts:33). Every formalism examined fits the pair; a formalism whose interview is a single walkthrough (a checklist audit) would leave `sweep` empty, which the schema allows for plugins but not for the repertoire. - -### 1.2 Specificity — evidence - -- **Pattern triggers.** `PatternRow.kinds` is the only matched field (cue.ts:39–43); `when` is rendered prose (instructions.ts:91). The sdcpn `when` texts distinguish event-shaped from mode-changing activities (plugin.yaml:260–275) — the harness surfaces both P01 and P02 on any `activity` with any unsatisfied slot. Situation Q17 (a failure rate that depends on a dynamics variable, SDCPN doc §Truck fleet) needs a two-kind trigger and has no expression at all. The archived cards carried slot-state predicates (`slot-unaddressed`, `below-demanded-grade`, …; cps-interview-guidance-2026-08-25.md:44–49); the migration dropped them. -- **P08 never fires.** `on: []` (plugin.yaml:301) is documented as "empty means any node" (plugin-definition.ts:82) but `pattern.kinds.includes(node.kind)` on an empty array is always false (cue.ts:40). Source-regime divergence is therefore never surfaced by the harness; only the prose reaches the interviewer. -- **Motif parameters.** The literature's verdict is explicit: "a small quiver of parameterised schemes with explicit variant selectors" and "each motif ships with its obligatory questions" (elicitation-strategy-literature.md:482–486, 529–530). The sdcpn motifs (plugin.yaml:366–378) are six one-liners each restating a pattern's `ask`. The repertoire default "Name plus variant" (repertoire.yaml:98) is violated by the plugin cell rendered directly beneath it. Situations R2 (server semantics), M7 (batch fires at 4 lots *or* 3 hours), F5 (several wear components, weakest decides) all need an axis the motif does not name. This is expressible in prose today (c); whether it needs to be data depends on whether any machinery will consume it — nothing does yet, so leave the shape and fix the content. -- **Precision words.** `boundary-condition.the arrival or availability pattern: spread` (plugin.yaml:162–166) conflates an arrival process (a spread) with an availability calendar (spelled out — condition-2.md:271 "Line 1 and Line 2 run two shifts… Line 3 is day shift only"). `objective.what "better" means: range` (plugin.yaml:137–141) cannot accept the lexicographic cliff/slope rule. Both are content fixes if precision could be any-of; with a single word they force the author to pick the wrong one or split rows. -- **Attributes are documentation, not data.** `ontology.attributes` renders as prose (instructions.ts:67, 104–106). `source-regime` works because the harness special-cases it (`elicited-model.ts:47,121,144–147`); a plugin-declared attribute such as `role: factor | response` (situation O10, Robinson's factor/response classifier) would be text only. -- **Not-applicable on the never-asked row.** `activity.what is lost when it changes the system's mode` is `not_applicable: true` with `why: "routinely never asked"` (plugin.yaml:193–196). The interviewer can satisfy the row by marking N/A without a question; P02 fires only while the slot is unsatisfied. Condition 2's whole-model omission of ramp scrap (readout.md:132) is reproducible under this schema. - -### 1.3 Flexibility — gherkin read critically - -- **Cells that fit well:** `lenses` ("Rules hide in always/never", "Examples hide in stories"), `movements.slice` (one example is the case), `rabbit_holes`, `smells` ("Steps in gestures"). These are better-written than the sdcpn equivalents and expose an sdcpn gap: sdcpn has no "always/never → constraint" lens (X10). -- **Cells that are padded or duplicated:** `movements.sweep` "Every rule has an example" = P01 = `failure_modes` "Rule without example" = `machinery.checks: rule-has-example`. `techniques` "Contrast" ≈ `motifs` "Happy path and unhappy path". `runbooks.review-and-revise.close: []` — allowed, honest. -- **Where the key definition strains:** `must_know` `step.the known step it binds to: named` needs a team step lexicon the interviewer cannot see; the schema has no place for plugin reference *data* (only `machinery.checks`/`tools` identifiers). Not a guidance-key problem, but a plugin needs an input that is neither cell nor code. -- **Defaults that do not fit an example-based formalism (rendered anyway):** techniques "Mean or tail", "Quantiles, never three points", "The clairvoyant test", "Premortem"; kickoff "What 'better' means, numerically where possible"; sweep "every step has a duration, every resource has a count". Six of the repertoire's 36 guidance entries are noise for gherkin. -- **The default gherkin must contradict:** `lenses` "Policy versus practice" (repertoire.yaml:26–28). With `status: proposed` (plugin.yaml:51–54) the person is stating what *should* be true; the lens tells the interviewer to ask "when did that last actually happen". Decision 1 makes this "a finding about the harness". The finding: the lens is right for process models of practice and wrong for specifications of intent; it belongs behind an applicability facet or its text needs a condition ("when the model is of what happens, not of what should"). -- **Sibling legibility of the two files:** yes, as files. Section order, cell shapes, and blank-cell discipline match. Stylistic asymmetry: sdcpn names runbook cells meta-referentially ("what 'no model exists' means here", plugin.yaml:423) while gherkin names them imperatively ("Narrative first", plugin.yaml:197); sdcpn's `patterns.preamble` explains the mechanism (plugin.yaml:252–256) while gherkin's is two lines. Neither reads as the template the other was forced into; gherkin reads as the thinner sibling by choice. - -### 1.4 Flexibility — formal-verification sketch (TLA+/model-checking properties; not written to a file) - -- **Anchor:** `property`, `depends_on: "the state variables and actions it constrains"` (`at least 1`). -- **Kinds (5):** `state-variable` (name, domain, initial value), `action` (enabling condition, effect on state, who or what takes it), `property` (statement; class: safety or liveness; the violating trace the expert can describe), `assumption` (about the environment or fairness; source), `initial-condition`. Floor: 1 `property`, 1 `state-variable`, 1 `action`. -- **must_know precision words used:** `spelled out`, `named`, `at least N`. `range` and `spread` never demanded. -- **Cells filled:** `lenses` ("'must never' is a safety property; 'eventually' is liveness; 'as long as' is a fairness assumption"), `techniques` ("describe the trace that would violate it", "what would a second reader need to check it"), `movements.slice` (one execution trace end to end), `movements.sweep` (every state variable has a domain and an initial value; every action has an enabling condition; every property names the actions that could violate it), `motifs` (mutual exclusion, leader election, request–response, at-most-once — each with the axis: how many parties, what is the failure model), `smells` ("a property stated as an intention", "an action with no enabling condition"), `rabbit_holes` ("writing TLA+ syntax in conversation", "proving anything here"), `failure_modes` ("vacuous property: no action can violate it", "assumption never made explicit"). -- **Cells blank:** `licenses`; `runbooks.review-and-revise` mostly (re-check the property's actions after an action changed). `kickoff` cell: "the system under specification and its environment boundary". `close`: "the property list with its assumptions ledger — the `dafny audit` table shape" (09-formal-verification-canon-survey.md:64). -- **Defaults that misfit:** the four quantity techniques; "Policy versus practice"; kickoff "numerically where possible"; sweep "every step has a duration". Same set as gherkin — the misfit is a property of the repertoire, not of either plugin. - -## 2. Per-key verdict table - -"Situations" counts the appendix rows whose primary key is this one (a row is counted once). Strain: none / wording / shape / missing. - -| Key | Mechanism | Situations carried (count; ids) | Default alone sufficient? | sdcpn cell needed? | gherkin cell needed? | Strain | -| --- | --- | --- | --- | --- | --- | --- | -| `lenses` | attention | 10; C3, S3, Q1, P2, P3, T3, X2, X4, X9, X10 | For vague terms, policy/practice, tension, cues, burden — yes. Missing: source-vs-source disagreement (S3), unexplained domain word (X4), document-derived facts (X9). | Yes — resource in passing, "it depends", event-shaped, continuous. Missing: always/never → constraint (X10); a duration that depends on the clock (T3). | Yes — always/never, stories. | **wording**: "Policy versus practice" must be conditioned or faceted; gherkin/FV contradict it. | -| `techniques` | technique | 12; O4, C7, C10, Q2, Q9, Q10, Q14, Q15, A5, A6, X11, F1 | Strong on quantities; missing: bets instead of weights (O4), confidence question after an interval (Q14), one incident is not a frequency (Q15), re-ask an unanswered question (A5), carry the expert's hedge (X11). | Yes but half of it duplicates the default (quantiles). Missing: utilisation probe (Q9), unknown → threshold question (A6), conservation question (F1). | Yes (concretise, contrast). Default quantity techniques are noise here. | **shape** (applicability): 4 of 9 defaults are quantity methods rendered for every plugin. | -| `movements.slice` | technique | 3; C1, C8, S4 | Yes for the walk and the bounded opener; the hypothetical rule (C8) is contradicted by run evidence. | Yes — what one case is. Missing: case notion when several things flow (S4). | Yes — one example. | **wording**: "Escalate hypotheticals only from a real case" over-forbids constructed scenarios that worked. | -| `movements.sweep` | technique | 6; C2, W1, W4, W5, W11, K8 | Yes for stratum sweep, absences, exceptions. K8 clearinghouse contradicts three sources. | Yes — strata are kinds. Missing: exception-type sweep (W11), "what befalls this stratum" close (W5). | Yes but duplicated four ways. | **wording**: default names "step", "resource", "duration" — DES nouns; clearinghouse probe contradiction. | -| `licenses` | license | 6; O8, K1, W8, P10, P12, X3 | Batching, grade, assumption, deferral written. Missing from ADR d.2's own row: press a busy expert, decline to sweep, propose structure as a suggestion (P10, P12). | No — blank in both plugins; nothing in the corpus wants a plugin license. | No. | **missing** (repertoire under-fill); the plugin cell is legitimately empty. Leave the key. | -| `motifs` | attention | 3; W7, R2, M7 | "Ask whether, never assemble" and "Name plus variant" — yes. | Yes, but the cell violates "Name plus variant": six name-only lines that restate patterns. Needs the axis per motif (R2 server semantics, M7 formation rule). | Yes (boundary, happy/unhappy, state-dependent). | **wording** now; **shape** later if machinery consumes parameters (CHANGELOG open item). No key change forced. | -| `smells` | attention | 8; C5, W10, A2, P9, P11, R6, X6, X7 | Value not given, many questions, fluent-and-empty, assent — yes. Missing: schema-shaped questioning (W10, named in ADR d.2), contested fact averaged (P11), a dropped question in a compact answer (X6). | Yes; six good formalism smells. | Yes; three good ones. | **missing** (repertoire under-fill). | -| `rabbit_holes` | anchor | 8; O7, O9, S1, Q8, A3, K5, X5, X8 | Structure-before-responses, stability, depth-off-slice — yes. Missing from ADR d.2's row: asking what you failed to ask, restating the whole model, document for practised rule (X5); plus leading/forced-choice defaults (O9), consulting drift (X8). | Yes; three good ones. Missing: granularity the expert never observes (Q8), eliciting the answer to the objective (A3). | Yes. | **missing** (repertoire under-fill); the ADR's own anti-clearinghouse row is absent while `sweep` licenses the probe. | -| `failure_modes` | anchor | 3; K3, K4, F2 | Eight defaults with signatures — yes; all detection is machinery in fact. | Present; "overconfident triangle" duplicates technique + attribute. Missing: deadlock/unsoundness (F2), needs projection. | Present; "Rule without example" duplicates sweep/P01/check. | **wording** (duplication). Signatures mostly restate `smells`; the two keys differ by frame (named failure vs own-output sign), which authors are not honouring. | -| `kickoff` | procedure | 8; O1, O2, O3, O5, O6, O10, O11, T1 | Objectives, posture, no-structure — yes. Missing: boundaries/scope/horizon (O5, T1), experimental factors (O10), accuracy bar (O11) — all in ADR d.2's row or the opening-five. | Yes; "what no model exists means" is good; it repeats "what better means". Missing: optimisation-question recast (O2), time resolution. | Yes. | **missing** (default omits boundaries the ADR names); "numerically where possible" misfits gherkin/FV. | -| `trajectory` | procedure | 1; C9 | Slice-then-sweep, deepen, ledger, yield — yes. **Missing entirely: posture-varied biases** (ADR d.2). | Yes; kind order. | Yes. | **missing**: the selection half; posture is produced and unconsumed. | -| `close` | procedure | 6; S2, K2, K6, K7, K9, K10 | Honour a stop, read back, deliver losses — yes. Missing: assumptions vs simplifications split (S2). | Yes; deliverable and non-claims good. Missing: named stopping outcomes for construct (K9; present for review only). | Yes (construct); review close blank. | **wording** (construct outcomes unnamed). | -| `ontology` (kinds, not_kinds, attributes) | contract | 4; Q7, R1, A8, M10 | n/a | Yes; ten kinds, three not-kinds, three attributes. | Yes; four kinds. | **shape**: attributes are prose; `source-regime` works only because the harness hard-codes it (elicited-model.ts:47). | -| `schema` (anchor, floor, must_know) | contract | 8; Q5, Q16, P4, P6, P7, R3, M2, M3 | n/a | Yes; 25 rows. Wrong precision word on two rows (P6, R3); a demanded-but-N/A row on the never-asked slot (M2); no row for noise on a dynamics node (Q16). | Yes; 10 rows. | **shape**: single precision word per row; `not_applicable` lets the never-asked row be ticked away. | -| `patterns` | contract | 13; C4, W2, Q6, Q11, Q17, A1, P1, P5, M1, M4, M6, M8, F5 | n/a | Yes; 8 patterns. | Yes; 4 patterns. | **shape**: kind-only matching (cue.ts:40); P01/P02 indistinguishable at fire time; P08 never fires (bug); cross-kind trigger (Q17) inexpressible to the harness. | -| `machinery` | code | 0 | n/a | `slot-assertion` | four check names, nothing consumes them | none for this review; note the lexicon-data gap (§1.3). | -| harness preamble | fixed | 1; X1 | yes | — | — | none. | - -## 3. Proposed key changes for cycle two - -Sparing by intent: no key is added, merged, dropped, split, or renamed. Three shape changes inside existing keys are forced by situations; the rest is content. - -| # | Change | Evidence (situation ids) | Cost to the other plugin | -| --- | --- | --- | --- | -| 1 | **`patterns.items[*].slot?: string`** — optional; when present the harness surfaces the pattern only if *that* slot on the node is unsatisfied (cue.ts). Also fix `on: []` to mean "any kind" as documented, or forbid the empty list. | Q11 vs M1 (P01 and P02 both fire on any failing `activity`); Q7 (P08 never fires); Q17 (state-dependent rate has no trigger); the archived cards' `Detects` predicates (cps-interview-guidance-2026-08-25.md:44–49) that the migration dropped. | Gherkin: none; P01 gains `slot: the examples that illustrate it`, P03 gains `slot: the observable outcome` — sharper, optional. | -| 2 | **`schema.must_know[*].precision` accepts a list (any-of)**, e.g. `[spread, spelled out]`; the fold satisfies the row at whichever the expert reached. | R3 (a calendar is spelled out; the row demands spread); P6 (a lexicographic rule is spelled out; the row demands range); Q5 (spread fits). Alternative is to split rows, which multiplies rows for one slot. | Gherkin: none; every row stays a single word. FV sketch: none. | -| 3 | **Repertoire entry applicability facet** — optional `for_precision?: [range, spread]` (or a named facet `quantities`) on a repertoire `GuidanceItem`; `renderGuidance` renders the entry only if some `must_know` row of the plugin demands one of those words. Not a plugin override (decision 1 preserved): the harness decides from the plugin's own contract data. | Gherkin/FV misfit of "Mean or tail", "Quantiles", "Clairvoyant test", "Premortem", "What 'better' means, numerically"; §1.3, §1.4. The `Policy versus practice` lens (P3, X2) needs the same mechanism or a conditioned text. | sdcpn: none (it demands `range` and `spread`, so everything renders as today). Gherkin: loses six irrelevant defaults. | - -Content changes forced by the corpus but needing no schema change (record in the changelog as cycle-two edits, not key changes): - -- Repertoire `licenses`: add the three ADR-listed licenses (press a busy expert; decline to sweep; propose structure as a suggestion — P10, P12). Repertoire `rabbit_holes`: add the ADR-listed three (X5, K8 — and decide K8 one way; see §5). Repertoire `smells`: add "schema-shaped questioning" (W10). Repertoire `kickoff`: add boundaries/horizon/experimental factors/accuracy bar (O5, O10, O11, T1). Repertoire `trajectory`: write the posture-varied biases (ADR d.2) or drop posture from `kickoff`. Repertoire `techniques`: O4, Q14, Q15, A5, X11 as candidates — O4 and Q15 have run or literature evidence; the rest wait for a run (decision 7). -- sdcpn: motifs must carry their axis (R2, M7, F5); remove the three restatements of quantile elicitation (Q2); split or re-word `boundary-condition.arrival or availability pattern` pending change 2; consider making `activity.what is lost when it changes the system's mode` not_applicable only *after* the question was asked (M2 — needs the fold to know a slot was addressed, which it does via captures); add lenses X10, T3; add rabbit_holes Q8, A3; add sweep W5, W11; name construct stopping outcomes (K9). -- gherkin: collapse the four statements of "rule without example" to the pattern and the check; keep the sweep line. -- A gate worth adding (test, not schema): a plugin cell whose `text` shares a sentence with a repertoire entry fails — "cells add, never repeat". - -Keys considered for change and left: - -- **`motifs` — parameters as data** (CHANGELOG open item). Left: nothing consumes them; the fix is content ("Name plus variant" honoured). Revisit when a projection or a cue reads motif parameters. -- **Merge `motifs` into `patterns`.** The sdcpn cell makes them look like one thing (six motifs = six patterns). Left: they differ by mechanism (attention scaffold vs matched trigger) and gherkin's motifs ("Boundary") have no pattern twin. The duplication is a content defect of one plugin. -- **Merge `smells` into `failure_modes`.** Signatures restate smells. Left: the ADR's frame distinction (own output vs named failure) is sound; authors are not honouring it. Content. -- **Drop the plugin cell of `licenses`.** Both blank; the corpus wants none. Left: zero cost, and the ADR's condition ("a plugin cell must contradict a default") is better detected with the cell present than absent. -- **Add a `scope` runbook key** for boundaries / include–exclude–justification (O5, S2, T1). Left: `kickoff` (before structure) and `close` (the deliverable's losses) carry it once written; the literature's scope table is a deliverable shape, not a fourth runbook step. -- **Add a fourth movement** (e.g. `cross-examine` for consistency probes, soundness questions — F1, F2). Left: the consistency probe is a `technique`; soundness-to-question needs projection machinery first. -- **Make `ontology.attributes` data** (O10 factor/response). Left: only `source-regime` is consumed and it is hard-coded; promote to a harness field when a second attribute needs the fold, not before. - -## 4. Appendix — situation corpus - -Letter: (a) direction already in the repertoire default; (b) in the sdcpn plugin (cell, row, or pattern); (c) expressible in an existing key but not written; (d) not expressible without a key change. "Key" is the primary carrier; a second carrier is noted after a semicolon. - -| Id | Situation | Source | Key | Letter | -| --- | --- | --- | --- | --- | -| O1 | Expert asks for "a model" with no question stated; objectives must come first | situation-pack.md:53–63; v0-prompt.md | kickoff | a | -| O2 | First question is an optimisation ("best reshuffle when a line goes down") a simulation cannot answer; recast as comparing candidate policies | condition-1.md:150–156 | kickoff (sdcpn cell) | c | -| O3 | Board metric is binary and hides magnitude; "better" must be co-constructed | condition-2.md:78–99 | kickoff; schema `objective.what "better" means` | a/b | -| O4 | Expert has no exchange rate; interviewer elicits weights by concrete bets, never "what weight" | condition-2.md:100–116; literature §2.1 (swing weighting) | techniques | c | -| O5 | Scope: whole plant because the crew is shared; materials watched but not scheduled — an include/exclude decision with a reason | condition-2.md:52; literature §4.1 | kickoff | c | -| O6 | Posture: "forty minutes before the huddle" | condition-1.md:96 | kickoff | a | -| O7 | Expert disclaims the format; interviewer opens by naming places, transitions and colours | condition-2.md:25 | rabbit_holes (sdcpn) | b | -| O8 | 29-question opening battery | condition-1.md:35–90; readout.md:93–96 | licenses; smells; failure_modes; kickoff | a | -| O9 | Default assumptions pre-filled in brackets before any answer — forced choice | condition-1.md:31,59; literature §5.1 anti-patterns | rabbit_holes | c | -| O10 | Experimental factors (tech shift, third tech, overtime) vs responses — what the expert may vary | literature §1.2 Q3, §1.3; condition-1.md:478 | kickoff; ontology.attributes | c | -| O11 | Accuracy bar and validation target ("match actuals, not the sheet"; replay 26 weeks) set before building | condition-1.md:201,241; literature §1.2 Q4, §4.3 | kickoff; schema `validation-criterion` | b (strain: sdcpn rabbit_hole says do not elaborate) | -| S1 | "The mixing end I care about less" — depth is objective-relative | condition-1.md:106 | rabbit_holes | a | -| S2 | Simplifications (collapse three stages; no lot splitting; identical trucks) vs assumptions (unknown values) — two registers | condition-1.md:265; SDCPN doc §Semiconductor, §Truck fleet; literature §4.1 | close | c | -| S3 | Two sources disagree (scheduler vs engineering on the tank); design an identifying measurement, do not pick | condition-1.md:158–167; literature §5.3 | lenses | c | -| S4 | Case notion: the token is a batch or an order — the flowing unit is a decision the expert confirms | condition-2.md:169–179,550; literature §7.1 item 12 | movements.slice (sdcpn cell) | c | -| C1 | "Walk me through one order end to end, don't tidy it" | condition-2.md:133–159; v0-prompt.md | movements.slice | a/b | -| C2 | Slice narrative volunteers "where it could have gone differently" | condition-2.md:159 | movements.sweep | a | -| C3 | Resource named in passing ("the changeover crew has to be free") | condition-2.md:151 | lenses (sdcpn) | b | -| C4 | Gate named in passing ("materials check"; "not releasable till morning") | condition-2.md:149,341 | patterns P04; motifs | b | -| C5 | A wait named as a stage ("sits in QA hold") | condition-2.md:155 | smells (sdcpn); ontology.not_kinds | b | -| C7 | The narrated case is the smooth one; the bad day needs its own ask | condition-2.md:157–159; literature §2.2 | techniques | a | -| C8 | Four constructed scenarios with invented parameters succeed in eliciting practiced rules | condition-2.md:404–437 | movements.slice | a (default forbids what worked; §5) | -| C9 | Return to a slice when a sweep exposes an uncovered case (the 2am changeover) | condition-2.md:269 | trajectory | a | -| C10 | Straw-man route offered and corrected ("no mid-process QC step") — correction is the capture | condition-1.md:44,112 | techniques | a | -| W1 | One property across one stratum (durations across activities) | condition-2.md:227–249; v0-prompt.md | movements.sweep | a/b | -| W2 | "Does it vary by type?" | condition-2.md:196–217 | patterns P07 | b | -| W4 | Unwritten rules: "what would a new scheduler get wrong in week one" | condition-1.md:199,239; v0-prompt.md | movements.sweep (sdcpn) | b | -| W5 | Maintenance never asked by either condition; no node exists so nothing prompts it | readout.md:123; failure catalogue FM-08 | movements.sweep (sdcpn: close the activity stratum with "what befalls the system") | c | -| W7 | Every contention point swept | v0-prompt.md category 5 | motifs; patterns P05 | b | -| W8 | "Where would that number live?" — historian, CMMS, ERP never pulled | situation-pack.md:99,135 | licenses; ontology `data-binding` | a/b | -| W10 | Schema-shaped questioning (eight-section questionnaire in turn one) | condition-1.md:35–88; ADR d.2 smells row | smells | c | -| W11 | Exception sweep by type: work-item failure, deadline expiry, resource unavailability, external trigger, constraint violation | literature §3.1 | movements.sweep (sdcpn) | c | -| Q1 | "About half a shift", "a couple of hours if we're lucky" | situation-pack.md:23–26 | lenses | a | -| Q2 | Quantiles, never min/mode/max; stated four times in the sdcpn render | v0-prompt.md; condition-1 A6; plugin.yaml:97–101,337–341,412–414 | techniques | a (b duplicates) | -| Q5 | Asymmetric tails ("fat downside, thin upside") | condition-2.md:249 | schema precision `spread` | b | -| Q6 | "Line 2 twice as fast" — true only for whites | situation-pack.md:87–88; condition-2.md:243 | patterns P07; lenses | b | -| Q7 | Standard time vs actual ("matrix says 3h, I've seen 3.5") | condition-2.md:214 | ontology.attributes `source-regime`; P08 | b (P08 never fires) | -| Q8 | Expert has rates per product-per-line, not per stage; pressing for stage-level yields guesses | condition-2.md:237–247 | rabbit_holes (sdcpn); licenses "Name the grade" | c | -| Q9 | Utilisation and variability of the binding resource decide whether stochasticity is earned | condition-2.md:118; literature §6.1–6.3 | techniques (sdcpn) | c | -| Q10 | Clairvoyant test: "changeover hours" includes wait-for-tech or not | condition-1.md:257; literature §1.4 | techniques | a | -| Q11 | Occurrence vs duration for an event ("every week or two, half an hour to half a shift") | condition-1.md:229 | patterns P01 | b | -| Q14 | Confidence question after an interval (IDEA step 4) | literature §1.4; cps-interview-guidance CPS-Q01 | techniques | c | -| Q15 | One memorable outage is not a frequency ("took four days once") | condition-1.md:229; cps-interview-guidance CPS-Q01 Q1 | techniques | c | -| Q16 | Noise on a continuous quantity (draw rate wanders around contract; ambient temperature) | SDCPN doc §SDCPN | schema `dynamics` row | c | -| Q17 | A rate that depends on state (failure rate rises with wear; weakest component decides) | SDCPN doc §Truck fleet | patterns (two-kind trigger) | c (harness cannot match it) | -| A1 | "I don't know exact scrap" → route to the least-burdensome authoritative source | situation-pack.md:84; P02 | patterns P02; licenses | b/a | -| A2 | Unknown becomes placeholder becomes "confirmed" constant | readout.md:149–158 | smells; failure_modes | a | -| A3 | The unknown is the objective itself ("whether idling pays") — do not elicit the answer | situation-pack.md:137 | rabbit_holes (sdcpn) | c | -| A5 | Unanswered question silently becomes a default ("materials never raised as a driver") — re-ask or ledger | readout.md:150 | techniques; smells | c | -| A6 | Convert an unknown into a threshold the expert can eyeball ("as long as scrap > 40 units") | condition-1.md:173–177 | techniques (sdcpn) | c | -| A8 | The data exists nowhere ("nobody's spreadsheet reflects that") | situation-pack.md:91–92 | ontology `data-binding`; licenses | b/a | -| P1 | Two lines want the crew at once | situation-pack.md:75–77 | patterns P05 | b | -| P2 | "Changeovers mostly overlap fine" (belief) vs Tuesdays idle | situation-pack.md:76–77 | lenses; techniques (consistency probe) | a | -| P3 | Prescribed "specialty on 1 and 3" vs practiced "Line 1 only" | condition-1.md:255,379 | lenses; P08 | a/b | -| P4 | What overrides the rule | condition-2.md:431–437 | schema `policy.what overrides it` | b | -| P5 | Tie-break within a priority class (both Meridian) | condition-2.md:455,478 | patterns P05 | b | -| P6 | Lexicographic objective (cliff vs slope) is a spelled-out rule, not a range | condition-2.md:114–131 | schema `objective.what "better" means: range` | b (wrong precision word) | -| P7 | A favour system with a social budget (QA jump 2–3 a month) | condition-2.md:435,482 | schema `policy` row; attribute `quantity` | b | -| P9 | Terminal-state behaviour the expert never stated, inferred then confirmed | condition-2.md:456,480 | smells | a | -| P10 | Interviewer proposes a scoring structure / net skeleton — "tell me where it's wrong" | condition-2.md:94–98,548–556 | licenses | c (ADR d.2 names it) | -| P11 | Two experts disagree on a fact — contested fact, never averaged | literature §5.3 | smells; lenses | c | -| P12 | Decision rule inferred from arithmetic (11:00 wash window) offered as a testable rule | condition-1.md:430–442 | licenses | c | -| R1 | A resource is an entity-type, not a kind | plugin.yaml:84–88 | ontology.not_kinds | b | -| R2 | Crew is one indivisible two-person server for washdowns, splittable for rinses — server semantics | condition-2.md:269,580; condition-1.md:496–498; literature §3.1 | motifs (axis) | c | -| R3 | Availability calendar (day shift; overnight black hole) | condition-2.md:271 | schema `boundary-condition.arrival or availability pattern: spread` | b (wrong precision word) | -| R6 | Shared downstream resource the expert forgot (Saturday production, weekday lab) — an inference to ledger | condition-2.md:459 | smells | a | -| M1 | Changeover asymmetric by direction | situation-pack.md:79–81 | patterns P02 | b | -| M2 | Ramp scrap never asked; the row is `not_applicable: true` so N/A can be ticked without a question | readout.md:132; plugin.yaml:193–196 | schema row; P02 | b (strain) | -| M3 | Whole-line vs cascading changeover — granularity the expert never watched; "I'll go stand at Line 2" is a deposit | condition-2.md:546–567 | schema `ordering/flow`; licenses | b/a | -| M4 | Order → batches; batch size varies by line | condition-2.md:179,247 | patterns P03 | b | -| M6 | Contiguity / interleaving | condition-2.md:290; CPS-Q03 | patterns P03 | b | -| M7 | Batch fires at 4 lots or after 3 hours — formation trigger | SDCPN doc §Semiconductor | motifs "batch"; P03 ask | c | -| M8 | Release gate is an ERP status (credit/allocation hold) | condition-2.md:341 | patterns P04 | b | -| M10 | Setup state rides along with the resource (line "dressed for" a family) | condition-2.md:552 | ontology `entity-type.state that rides along` | b | -| T1 | Horizon: the week, re-juggled daily; plans blow up inside a shift | condition-2.md:52 | kickoff; boundary-condition | c | -| T3 | A duration that depends on the clock (Friday finish → Monday release) | condition-2.md:273 | lenses (sdcpn) | c | -| K1 | "Huddle in ten minutes — how much more do you need?" | condition-2.md:275–295 | licenses "Name the grade"; lenses | a | -| K2 | "I really do have to stop here. Produce the model now." | condition-2.md:625 | close | a | -| K3 | Pleasantry loop after a self-declared "done" | condition-1.md; FM-01 | failure_modes; smells | a (detection is machinery) | -| K4 | Phantom second session | condition-2.md:301–305; FM-03 | failure_modes | a | -| K5 | "What's outstanding is data, not understanding" — stopping on stability | readout.md:26–29 | rabbit_holes | a | -| K6 | Read-back walkthrough for sign-off | literature §4.3 | close | a/b | -| K7 | Never claim the model is loadable or simulated | plugin.yaml:442–446; FM-11 | close (sdcpn) | b | -| K8 | Clearinghouse probe: "what have I not asked?" | v0-prompt.md; literature §5.1; cps-interview-guidance:22–24; condition-3-prompt.md; ADR d.2 rabbit_holes row | movements.sweep | a (contradicted; §5) | -| K9 | Named stopping outcomes for construct | ADR d.2 close row; plugin.yaml:468–471 (review only) | close (sdcpn) | c | -| K10 | Deliver the losses (ledger plus what is left out) | v0-prompt.md | close | a/b | -| X1 | Retraction ("I said rinse before but now I'm not sure") — supersedes, does not average | condition-1.md:234 | harness preamble; lenses | a | -| X2 | Normative answer ("the rule says") | situation-pack.md:124 | lenses | a | -| X3 | "I don't know", plainly | situation-pack.md:27–29 | licenses; P02 | a/b | -| X4 | Domain jargon unexplained ("letdown", "the sheet", "the demand book") — ask, and keep the word | situation-pack.md:20–22; FM-14 signature | lenses | c | -| X5 | Deferring to a document ("the matrix says"; "I'll send the spreadsheet") | condition-2.md:86; condition-1.md:185 | rabbit_holes | c (ADR d.2 names it; sdcpn smell covers policies only) | -| X6 | Expert answers several questions compactly and drops one (dialect question ignored four times) | readout.md:98 | smells; techniques | c | -| X7 | "I hadn't said it out loud like that before" — the interviewer's sharpening confirmed | condition-1.md:379 | smells | a | -| X8 | Interviewer coaches the expert on what to ask logistics — consulting drift | condition-2.md:379–392 | rabbit_holes | c | -| X9 | A document arrives; its facts are propositions to confirm at lower confidence | literature §1.1; condition-1.md:225 | lenses | c | -| X10 | "Always/never" → a constraint or a policy | situation-pack.md:124; gherkin plugin.yaml:145 | lenses (sdcpn) | c | -| X11 | Hedged answer ("don't quote me hard on Line 3") — carry the hedge as confidence | condition-2.md:247 | techniques | c | -| F1 | Conservation law (liquid + ullage = 54) — "what is conserved here?" | SDCPN doc §Plain Petri net; literature §5.1 | techniques (sdcpn); schema `constraint` | c/b | -| F2 | Deadlock in a policy variant — "a state you can reach and never leave: real, or a missing recovery?" | SDCPN doc §Plain Petri net; literature §5.1 soundness | failure_modes (sdcpn) | c (needs projection) | -| F5 | Several dynamics on one entity with a combining rule (weakest component) | SDCPN doc §Truck fleet | patterns P13 extension; motifs | c | - -## 5. Contradictions between sources that the repertoire resolves silently - -1. **Clearinghouse probe.** Licensed: v0-prompt.md ("what am I not asking about? (clearinghouse)"), literature §4.2/§5.1 ("clearinghouse probe as a closing ritual"), repertoire `movements.sweep` "Ask for absences" (repertoire.yaml:75–77: "what have I not asked about that matters here?"). Forbidden: cps-interview-guidance-2026-08-25.md:22–24 ("No card … claims that asking the expert what was missed can discover an unknown omission"), condition-3-prompt.md ("Do not ask the expert what you have failed to ask as a substitute for the diagnostic"), ADR-0007 decision 2 `rabbit_holes` row ("asking the expert what you failed to ask"). The repertoire takes v0's side and omits the ADR's own rabbit-hole row. Either is defensible (the probe is cheap; it is not a coverage mechanism); the repertoire should say which and why, and the ADR row should match. -2. **Quantile order.** v0 and repertoire `techniques` "Quantiles, never three points" (repertoire.yaml:48–50): typical first, then tails. CPS-Q01 (cps-interview-guidance:88–93) explicitly chose the IDEA order — interval first, best guess third, confidence fourth — "over the v0 prompt's typical-first script", and literature §1.4 gives both IDEA (interval-first) and SHELF (median-first). The repertoire uses v0's order while citing "§1.4 (IDEA four-step interval)" as its source. The literature is split; the repertoire should either name the split or cite SHELF. -3. **Batching 2–4.** GEN-Q02 calls it "a deliberate, one-run-vindicated departure from strict one-question guidance"; the repertoire states it as a license with "Five items is a warning" and cites FM-12, which is about the opening battery, not about batch size. The departure and its single-run basis are not stated. -4. **Hypotheticals.** Repertoire `movements.slice` "Escalate hypotheticals only from a real case… A free-floating hypothetical returns the expert's policy" (repertoire.yaml:68–70) vs v0 ("probe with concrete scenarios") and the readout crediting condition 2's four constructed scenarios (condition-2.md:404–437) as the conflict-point delta. Under the default as written, the run's most productive move is a violation. The literature's actual claim is narrower (anchor when possible; prefer cues to decisions). -5. **Restate-to-check vs co-construction.** Repertoire "Restate to check" and smell "Assent taken as origin" (repertoire.yaml:60–62,111–113) say assent to the interviewer's phrasing is not a capture. Condition 2's standout excavation — the cliff/slope penalty — was co-constructed from bets and the interviewer's summary (condition-2.md:124–131), and the expert's "guilty, I was thinking about Monday" (condition-2.md:480) confirms an interviewer inference. The repertoire does not say how a confirmed inference becomes a capture (in the expert's words? a re-statement by them?); FM-15 and the readout's praise are both in the sources. -6. **Structure in the first exchange.** Repertoire `kickoff` "No structure in the first exchange… The bounded opener is a three-to-six-step account of what happens, not a diagram" (repertoire.yaml:167–169) — a three-to-six-step account is structure. The literature has the opening five *then* the bounded task diagram; the repertoire compresses them into one entry that contradicts itself in wording. -7. **Depth on IR-only kinds.** sdcpn `rabbit_holes` "depth on IR-only kinds… do not elaborate them" (plugin.yaml:401–404) covers `validation-criterion`; literature §1.2 Q4 and §4.1 (Sargent) put the accuracy bar and validation data *before* building. The plugin's projection-driven economy and the literature's validity-driven order disagree; the plugin does not say it is choosing. - -Two further inconsistencies inside the design rather than between sources: sdcpn `movements.sweep` orders kinds "`entity-type` through `dynamics` before `objective` through `validation-criterion`" (plugin.yaml:356–359) while `objective` is elicited first by every other rule — readable only if "sweep" is understood as post-kickoff, which the text does not say; and the repertoire renders "Name plus variant" (repertoire.yaml:98–100) immediately above six sdcpn motifs recorded by name alone. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/evaluations/vestera-legacy-baseline/readout.md b/libs/@hashintel/brunch-agent/docs/evidence/evaluations/vestera-legacy-baseline/readout.md index 172b935d37d..218066771fb 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/evaluations/vestera-legacy-baseline/readout.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/evaluations/vestera-legacy-baseline/readout.md @@ -725,7 +725,8 @@ runbook, ontology, schema, pattern, or machinery key. Missing model content is r existing unsatisfied rows; adding keys would not repair it. The final third-formalism check also fills cells only. Reapplying the cycle-one -[formal-verification sketch](../../design/plugin-keys-pressure-review-cycle-1.md#14-flexibility--formal-verification-sketch-tlamodel-checking-properties-not-written-to-a-file) +formal-verification sketch (historical `plugin-keys-pressure-review-cycle-1.md` §1.4, last copy +`69c02f69a9:libs/@hashintel/brunch-agent/docs/evidence/design/plugin-keys-pressure-review-cycle-1.md`) to the cycle-two contract leaves its five kinds, anchor, and guidance cells unchanged. Its demands use only `spelled out`, `named`, and `at least N`, all still accepted; the new applicability facet omits the quantity and policy-versus-practice defaults that the sketch identified as noise. It diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1525-headless-runbook-pn.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1525-headless-runbook-pn.md index ea784b8162e..75fd9a263ad 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1525-headless-runbook-pn.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1525-headless-runbook-pn.md @@ -22,8 +22,9 @@ Headless drive: `createFlueClient` → `send` → `wait` → `history()` against production agent. Simulated Marta answers as ordinary user messages. No `brunch_ask`, no sweep, no capture-store write on this path. -Inbox JSON fixtures under `docs/inbox/sdcpn-examples-to-validate/` all -`parseSDCPNFile` with `ok: true`. +Inbox JSON fixtures then under `docs/inbox/salvage/sdcpn-examples-to-validate/` (removed +2026-09-07; last copies at `69c02f69a9:libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/`) +all `parseSDCPNFile` with `ok: true`. ## Proof checklist diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/amp-session-reviewing-architecture.md b/libs/@hashintel/brunch-agent/docs/inbox/salvage/amp-session-reviewing-architecture.md deleted file mode 100644 index fea2ed31871..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/amp-session-reviewing-architecture.md +++ /dev/null @@ -1,610 +0,0 @@ ---- -title: Package architecture review -author: Lu Nelson -threadId: T-01a032f5-37ff-7328-a0d5-f8ee48678dd2 -created: 2026-08-24T08:48:46.591Z -agentMode: high ---- - -# Package architecture review - -## User - -please get oriented in this package, and then I'd like to conduct a high-level design- and planning-review session - -## Assistant - -I’ll first map the package’s declared architecture, posture, active planning artifacts, and recent work. Then I’ll frame the review around the decisions that are actually open rather than giving a generic codebase tour. - -## User - -it's actually multiple packages; I should have referred to it as a "context root" - -## Assistant - -Right — I’ll treat `libs/@hashintel/brunch-agent` as the **Brunch context root**: one authority surface for the glossary, ADRs, protocols, and planning records; four child package workspaces; plus the separately located `apps/brunch-agent` application. That distinction is architecturally important here. - -The initial read suggests the package boundaries are comparatively settled; the more consequential review target is likely the transition from the completed import/integration spine to the still-provisional elicitation semantics and milestone plan. I’m narrowing that now against the coordination ledger and current Linear state. - -## Assistant - -The coordination document’s literal `yarn turbo …` form is stale for this Yarn setup; it fails before invoking Turbo. I’ll use the repository’s installed Turbo binary directly, preserving the same read-only graph task. - -## Assistant - -The live DAG materially diverges from the 21 August coordination snapshot: seven new root-level issues, FE-1476–FE-1482, now describe the September/demo, routing, provenance, re-elicitation, requirements-graph projection, and CPS-plugin direction. Before proposing a review frame, I’m reading those issue contracts and the three established root maps to determine whether this is intentional reframing or planning drift. - -## Assistant - -I’m oriented to the **Brunch context root**: - -```diagram -┌──────────────────────────────────────────────┐ -│ Brunch context root │ -│ glossary · ADRs · protocols · planning │ -└───────────────┬──────────────────────────────┘ - │ - ┌────────────┼─────────────┬──────────────┐ - ▼ ▼ ▼ ▼ - core binding-flue transport-aisdk plugin-gherkin - harness substrate UI wire target policy - └────────────┴─────────────┴──────────────┘ - │ - ▼ - apps/brunch-agent - remote server - │ - ▼ - apps/petrinaut-website - user-facing composition -``` - -### Assessment - -- Package boundaries are coherent and mechanically guarded by the [ratified topology](file:///Users/lunelson/Code/hashintel/hash/libs/@hashintel/brunch-agent/docs/planning/_shared/topology.md#L10-L75). -- The durable mechanics exist: ask/reply, settlement and sweep, provenance anchoring, capture storage, Flue binding, and AI SDK transport. -- The product-defining path remains mostly design: the plugin API is intentionally skeletal, and Gherkin is only a one-proposal tracer ([plugin API](file:///Users/lunelson/Code/hashintel/hash/libs/@hashintel/brunch-agent/packages/core/src/plugin.ts#L5-L14), [Gherkin tracer](file:///Users/lunelson/Code/hashintel/hash/libs/@hashintel/brunch-agent/packages/plugin-gherkin/src/index.ts#L43-L54)). -- The live Linear plan has drifted beyond [COORDINATION.md](file:///Users/lunelson/Code/hashintel/hash/libs/@hashintel/brunch-agent/docs/planning/_shared/COORDINATION.md#L14-L65): FE-1476–FE-1482 are unregistered roots, FE-1477 substantially duplicates FE-1440, and several new tickets overlap earlier plugin/demo work. -- Most importantly, FE-1480 assumes an inferential requirements-graph → SDCPN projection. That conflicts with ADR-0003’s rule that projections are deterministic over register 2 and semantic inference occurs only through contestable captures ([decision](file:///Users/lunelson/Code/hashintel/hash/libs/@hashintel/brunch-agent/docs/adr/0003-three-register-ir.md#L24-L49)). - -### Recommendation - -Next: an `arc-map` review of the September milestone—but first settle that projection boundary. Afterwards we can reconcile the demo story, dependencies, and duplicate tickets. - -Opening question: - -**Where should the non-deterministic requirements → SDCPN judgment live?** - -1. **Preserve ADR-0003:** the LLM emits explicit, provenance-bearing formalization captures; folding and SDCPN projection remain pure. -2. **Amend ADR-0003:** projection itself may infer, requiring an auditable and reproducible projection-run model. - -My initial recommendation is **1**. Is that still your intended architecture? - -## User - -To your points: - -- yes, there are new tickets, drafted by my PM Dora, which we must adopt and fold-in to our graph -- package boundaries are in place yes; but implementation boundaries and paths are only traced so far, and this needs serious attention -- and yes FE-1480 will require discussion (as will other issues) - -Before we address those things, let me give you the high-level concerns that are on my mind, as other entrypoints: - -- the integration with the petrinaut demo website is only the thinnest of tracer bullets so far; completing the full contract layers here will bloom in to much larger scopes -- we haven't even begun `plugin-cps`, which is the actual thing we need to build a critical demo around, very soon (2 weeks in human time) -- the current design for the elicitor architecture seems sound; but its rigor may be at cross-purposes with establishing an e2e working model as fast as we can -- IMO the current issue topology/graph likely does not inherently express the goals we need to be driving at - -## Assistant - -Those concerns point to one underlying problem: the current plan is organized around **contract completion**, while the urgent objective is a **demo-capable vertical system**. That makes locally sensible work compete with global time-to-proof. - -I think the review should separate what must stay rigorous from what may remain deliberately narrow for two weeks, then rebuild the dependency graph around the demonstrated outcome. - -## Assistant - -Your diagnosis matches mine. The tension is less **rigor versus speed** than **generality versus speed**. - -We should retain rigor at irreversible boundaries—provenance, capture correction, real application wiring, valid SDCPN output—and defer broad genericity: complete plugin SDK, full CPS ontology, every affordance, multi-target validation, and contract freeze. - -I’d reshape the plan around vertical proofs: - -```diagram -Fixture captures ─▶ CPS model ─▶ valid SDCPN - │ -Live correction ─▶ supersession ─▶ changed SDCPN - │ -Net element ─▶ model slot ─▶ capture ─▶ user evidence - │ - real Petrinaut demo website -``` - -Existing capability tickets become constraints and inputs, not the primary execution sequence. FE-1476 should likely own the demo outcome, with FE-1477–FE-1482 folded beneath it and reconciled against FE-1393/1402/1403/1438/1440/1442. - -The first decisive question: - -**Is FE-1476 now the authoritative demo contract, replacing cold-start comprehensive elicitation with the prebuilt-model → provenance → targeted revision story?** - -My recommendation: **yes**. Otherwise we are planning two demos in two weeks. This would remove full cold-start elicitation and comprehensive completion accounting from the critical path unless they are still explicitly required. - -## User - -This essential line of reasoning is correct; but may still be working on too-thin signals. The core concern that exhibits the tension between the priorities of correct/complete vs "works effective e2e" is the actual elicitor architecture, and I think we should work through a fuller evaluation of this, to understand what's really on the critical path and what's not - -## Assistant - -Agreed. We should not infer the critical path from ticket titles or the demo script yet. We need to evaluate the elicitor as a system: trace each runtime responsibility from user turn to durable assertion, model, projection, and UI effect; then distinguish **missing load-bearing behavior** from merely incomplete contract breadth. - -I’ll assess the traced layers for role completeness, contract coverage, and fidelity to the proposed architecture before we resume prioritization. - -## Assistant - -One concrete issue is already emerging: the implemented loop can interview and append provenance-safe captures, but it cannot yet *reason over the target-document it has built*. The binding gives the model generic ask/sweep instructions; the private sweep sees conversation text and a proposal schema, but there is no register-2 model, demand state, projection, or plugin guidance feeding the next turn. - -I’m checking the correction and projection seams now, because the new demo requires the loop to revise existing knowledge—not merely capture new statements. - -### Readiness Map: Elicitor architecture - -**Verdict:** the substrate and capture foundation is strong, but the system is only tracer-complete. The implemented path currently terminates at captures: - -```diagram -Implemented -─────────── -User ─▶ agent ─▶ ask/reply ─▶ settlement ─▶ sweep ─▶ durable captures - │ - └── dead end - -Designed but absent -─────────────────── -captures ─▶ fold ─▶ elicited model ─┬─▶ completion/gaps ─▶ next-question policy - ├─▶ SDCPN projection ─▶ Petrinaut - └─▶ provenance map ─▶ targeted revision -``` - -| Layer | Readiness | Critical-path judgment | -| ------------------------------------------------------------------ | ---------------------------------------------------------------- | ----------------------------------------------------- | -| Ask/suspend/transport | Mechanically substantial | Foundation ready; broader affordances are deferrable | -| Sweep/capture/provenance | Mechanically substantial | Foundation ready, but not yet usable for revision | -| Model-aware elicitation loop | Absent | **Critical** | -| Register-2 fold/model | Design only | **Critical**, in a deliberately narrow CPS form | -| CPS plugin | Absent | **Critical** | -| SDCPN projection | Design only and contested | **Critical design decision** | -| Petrinaut document application | Ask-only local tracer | **Critical**, but its correct mechanism is unresolved | -| Existing-document/reviewer session | Domain primitives exist; host collapses document to conversation | **Critical** for FE-1476 | -| Artifact provenance and scoped re-elicitation | Store primitives only | **Critical** for FE-1478/1479 | -| Generic plugin authoring, completion, loss reporting, full catalog | Design only | Mostly deferrable unless selected by the demo story | -| Public durability/security/deployment | Partial | Critical only after the functional loop exists | - -#### Important architectural findings - -1. **The elicitor does not yet consult what it has elicited.** - Sweep extraction receives conversation text and proposal names, not active captures, issues, or a derived model ([binding](file:///Users/lunelson/Code/hashintel/hash/libs/@hashintel/brunch-agent/packages/binding-flue/src/index.ts#L138-L227)). Consequently, no model state can steer the next question. - -2. **Targeted correction is not reachable.** - The store rigorously supports `supersedes`, but extraction cannot see the active capture IDs it must reference. The current Gherkin schema cannot emit `supersedes` either. - -3. **The planned projection and client-tool paths potentially duplicate semantic authority.** - The plugin design says register 2 projects to a canonical SDCPN. FE-1438 instead has the agent manipulate Petrinaut through browser tools. If both perform modelling judgments, provenance and reproducibility break. We must separate: - - semantic projection: model → SDCPN; - - application: SDCPN/diff → live document; - - optional repair: diagnostics → revised projection. - -4. **The reviewer workflow needs a real target-document boundary.** - The domain model supports multiple sessions against one document, but the current host maps `targetDocumentId` directly from `conversationId` ([current mapping](file:///Users/lunelson/Code/hashintel/hash/apps/brunch-agent/src/petrinaut-chat.ts#L31-L45)). FE-1476 requires a reviewer session reopening an existing elicitation. - -5. **The generic plugin architecture may be premature, but its fundamental registers are not.** - We probably need captures → model → projection for provenance and revision. We probably do **not** need the complete declarative meta-schema, generic fold algebra, Gherkin-first SDK, all CPS proposal kinds, and contract freeze before proving one CPS path. - -My resulting hypothesis is: - -> Preserve the three-register architecture, but let the first CPS implementation discover the executable plugin boundary instead of completing the generic plugin framework first. - -The next unresolved design area is therefore the **semantic materialization boundary**: concrete CPS fold, projection ownership, provenance mapping, and how the resulting artifact enters Petrinaut. - -**Routing**: where should we go next? - -1. **Explore module shape (Recommended)** — design two competing executable shapes for that semantic boundary. -2. **Design verification** — first define the minimum end-to-end proof and its oracles. -3. **Back to triage** — continue auditing other architectural layers before choosing a boundary. - -Reply **1–3**, or redirect the review. - -## User - -Those routing options are good; but let's keep discussing for now. - -FWIW, your observations match my intuition and my suspicions. - -I must say, that tracer discpline has been a real double-edged sword: it's been a very common for the agent to take the tracer as the "definition of done" and for the actual implementation to be essentially left not only incomplete but barely started. - -I think your essential prioritization and plan-shape is correct; but we're going to need a new protocol for representing and driving that kind of plan or it's going to evaporate after this session: the `COORDINATION.md` doc is nice, but right now only tracks the issue-graph topology with a bias toward _what is mechanically next_ i.e. unblocked, while not having any way to track an actual strategic execution plan, which should rather be objective-driven, epistemically-tracked and with the issue-graph as a sequencing and trade-off surface - -I want to offer the mental model I have of the elicitor architecture so far, which I had skethed out before starting this thread, and which you can also therefore analyze as both a proposal and and an inventory, and help me determine where I have gaps or weak layers. So far, I think of it in roughly four parts, which belong to two essential layers (there are more layers than these two but these are the two with real architectural design pressure and which are currently hollow) - -1. __harness layer: elicitation agentics__. the prompting and skilling parts, general to all elicitations: - - orientations, motivations, licenses - - interviewing/question-formulation guidance -2. __harness layer: capture mechanics and agentics__. the capture mechanics so far; but lacking further build-out, as you've observed - - evidence sweeping and logging mechanism; with annotations re: supersession, conflicts etc. - - next-question ledger and loop? - - mapping plugin-defined types from utterances: entities (nodes), relations (edges), quantities, conditionalities -3. __plugin layer: typologies, critical points and motifs, ...?__. the things for the capture parts to be aware of - - what entities are we after - - what shapes and relations do they have -4. __plugin: runbook (objectives, trajectories, boundaries)__. this is the least sketched part so far IMO, and so "runbook" is a proposal at this point, about how the rest of the plugin manifest could actually be shaped - - the job - - what 'done' looks like - - how to check - - ... (what else?) - -## Assistant - -Your model is sound. I would make two refinements: - -1. Separate the **elicitation controller** from capture mechanics. -2. Separate the plugin’s static **runbook** from the dynamic **engagement brief** it produces for one target-document. - -```diagram - HARNESS -┌─────────────────────────────────────────────┐ -│ Strategy repertoire │ -│ orientations · techniques · licenses │ -└───────────────────┬─────────────────────────┘ - ▼ -┌─────────────────────────────────────────────┐ -│ Elicitation controller │ -│ assess situation · choose move · stop/replan│ -└───────▲───────────────────────────┬─────────┘ - │ ▼ -┌───────┴───────────────┐ ask · propose · validate -│ Evidence engine │ -│ sweep · capture · │ -│ supersede · resolve │ -└──────────┬────────────┘ - │ assertions - ▼ - PLUGIN -┌─────────────────────────────────────────────┐ -│ Domain contract │ -│ proposals · model · fold · diagnostics · │ -│ projection · provenance │ -└──────────▲──────────────────────────────────┘ - │ model state and gaps -┌──────────┴──────────────────────────────────┐ -│ Job runbook │ -│ objectives · trajectory · checks · stopping │ -└─────────────────────────────────────────────┘ -``` - -### 1. Harness: strategy repertoire - -Your contents fit, with one qualification: - -- **Orientations**: generic role and epistemic posture. -- **Licenses**: re-ask, challenge, propose for correction, expose assumptions. -- **Techniques**: contrastive questions, incident reconstruction, quantile elicitation. -- **Question formulation guidance**: generic forms only. - -The harness should define these capabilities, but not decide when domain-specific questions matter. Prompting and Flue skills are their delivery mechanism—not the architectural concepts themselves. - -**Current weakness:** the generic quiver is named but not designed. More importantly, there is no module composing its strategies into a coherent engagement. - -### 2. Harness: evidence engine - -This should own: - -- conversation archive and evidence classification; -- settlement and sweep execution; -- capture envelope and provenance; -- atomic application; -- issues, conflicts, supersession and retraction; -- invocation of plugin-defined proposal extraction. - -But two items in your list sit elsewhere: - -- **“Next-question ledger and loop” belongs to the controller.** -- **Entities, relations and conditionalities belong to plugin vocabulary.** The harness executes schema-constrained extraction; the plugin defines what can be extracted. Quantities may come from a shared stated-form library, but should not become universal harness ontology. - -A useful decomposition is: - -```diagram -Model demand ─▶ knowledge gap ─▶ candidate move ─▶ chosen move ─▶ concrete ask - derived derived derived session state transcript -``` - -The “ledger” should mostly be derived, not persisted. Persist the selected trajectory or active commitment only when continuity requires it; otherwise stale agendas will compete with the current model. - -**Current weakness:** the evidence engine writes captures but provides no read path back into an elicitation controller. It is an append-capable substrate, not yet a closed loop. - -### 3. Plugin: domain contract - -This is broader than “what entities are we after.” It owns: - -- model node kinds, slots and relations; -- utterance-shaped proposal catalog; -- fold and identity semantics; -- grade and conflict semantics; -- domain validators and diagnostics; -- projection into artifacts; -- artifact-element → model-slot → capture provenance mapping. - -I would place your concepts as follows: - -- **Typologies** → model/proposal schemas. -- **Critical points** → derived diagnostics and question triggers. -- **Motifs** → runbook hypotheses or questioning scaffolds, not model facts unless the user confirms them. - -The existing “two schemas, two tables” design covers much of this, but is probably overcommitted to a generic authoring representation before one real CPS model works. - -### 4. Plugin: runbook - -“Runbook” is a good provisional name because it adds time, direction and judgment to the current `ElicitationPack`, which is otherwise mostly a bag of cards and checks ([current contract](file:///Users/lunelson/Code/hashintel/hash/libs/@hashintel/brunch-agent/docs/spec.md#L531-L550)). - -A runbook likely needs: - -- **Supported job**: build, review, explain, or revise. -- **Kickoff contract**: objective, intended use, scope, audience, available effort. -- **Trajectory**: orient → skeleton → deepen → cross-examine → validate → hand off. -- **Priority policy**: objective relevance, information gain, dependency, user effort and risk. -- **Demand/completion rules**: what knowledge is required and to what grade. -- **Challenge checks**: contradictions, ungrounded assumptions, missing boundaries, invalid projections. -- **Stopping outcomes**: sufficient, useful-partial, stalled, budget-exhausted, user-stopped. -- **Default/inference policy**: what may be proposed, defaulted, inferred or must be asked. -- **Revision policy**: how to scope targeted re-elicitation and determine affected projections. -- **Output/handoff contract**: artifacts, provenance, visible gaps and validation results. -- **Recovery policy**: re-entry after another session or changed target-document. - -However, “the job” is not wholly static plugin content. The plugin offers a runbook template; kickoff creates an **engagement brief** containing the actual objective, boundaries, appetite and selected trajectory. - -### The largest missing architectural role - -The current design contains pieces of the controller—`demandRunner`, `affordanceCuer`, `firesWhen`, completion—but no interface unifying them. The controller must read: - -```text -engagement brief -+ current model and open issues -+ runbook -+ available generic strategies -+ recent conversation state -``` - -and produce a bounded next move: - -```text -ask | propose | contrast | validate | project | explain | stop -``` - -That is the hollow center between “we captured facts” and “we conducted an effective elicitation.” - -There is a parallel planning insight here: **the issue graph is analogous to the capture store**—durable inventory and dependencies, but not an execution strategy. `COORDINATION.md` is a projection over that inventory. A separate strategic plan must act like the controller/runbook: objective, current model of reality, confidence, current bet, proof spine, issue mapping and replanning triggers. - -The next architectural question I would examine is: - -> Does a plugin have one runbook, or a family of job-specific runbooks sharing one domain contract? - -My recommendation is the latter. For CPS, at least **cold-start construction** and **review-and-revise** have different kickoff, trajectory and stopping conditions. The September demo can then implement one honest `review-and-revise` runbook without pretending the complete CPS elicitor already exists. - -## User - -I agree a plugin could define multiple runbooks, that makes sense. And yes the planning insight echoes the gaps we're seeing in teh implementation. The planning itself needs a kind of "runbook" as well, in effect. The routines we've instituted so far here around the COORDINATION.md doc are just one part of that surface, and that surface should be the central sense-making tool for running the project - -## Assistant - -Exactly. **Unblocked is a property of the work graph, not a reason to perform work.** The missing surface must decide what matters next from objectives, evidence, risk and time. - -```diagram -Code/tests/docs/Linear - │ evidence - ▼ -┌──────────────────────────┐ -│ Strategic execution model│ -│ objective · current truth│ -│ bets · proof spine · risk│ -└────────────┬─────────────┘ - │ selects and scopes - ▼ - Issue graph / work - │ - └──── new evidence ────┘ -``` - -The existing artifacts each retain a narrower authority: - -- **Linear:** issue state and hard dependency truth. -- **COORDINATION.md:** topology, soft edges, seams and registry integrity. -- **SPEC-LEDGER.md:** implementation against settled obligations. -- **ADRs/specs:** durable design truth. -- **New strategic surface:** current objective, execution strategy, priority and confidence. - -### What the central surface should contain - -#### 1. Milestone contract - -- Outcome being pursued. -- Observable proof. -- Deadline and audience. -- Explicitly excluded outcomes. -- Which product claims must be honest versus merely demonstrated narrowly. - -#### 2. Current system model - -Not “tickets completed,” but: - -- what genuinely works end-to-end; -- which layers are tracer-only; -- which responsibilities are absent; -- external facts and constraints; -- assumptions with confidence and supporting evidence. - -#### 3. Current strategic bet - -A concise theory such as: - -> Preserve the three-register architecture, prove one CPS review-and-revise runbook concretely, and allow that implementation to determine the generic plugin interface. - -It should state why this bet beats alternatives and what evidence would reverse it. - -#### 4. Proof spine - -Proof obligations, not issues: - -```text -P1 CPS captures derive a model and valid SDCPN with provenance -P2 A reviewer session opens the existing target-document -P3 One scoped correction supersedes evidence and changes the model -P4 Reprojection changes the live Petrinaut net -P5 A provenance question reaches net → model → capture → utterance -P6 The complete path runs through the deployed demo surface -``` - -Each proof carries: - -- certainty; -- missing knowledge; -- acceptance oracle; -- mapped issues; -- dependencies—functional and epistemic; -- replan trigger. - -#### 5. Strategic frontiers - -“Now / next” chosen from the proof spine, with a reason. An issue being unblocked only makes it *eligible*. - -A frontier entry should answer: - -- Why now? -- What uncertainty or capability does it retire? -- What becomes possible after it? -- What is the smallest honest proof? -- Which adjacent work remains deliberately deferred? - -#### 6. Issue projection - -Map issues onto proofs many-to-many. This is where Dora’s tickets are adopted without allowing their initial decomposition to dictate implementation architecture. - -It should expose: - -- duplicate or overlapping tickets; -- tickets that contribute to no current proof; -- proofs with no owned work; -- scope that should move between tickets; -- trade-offs created by sequencing. - -#### 7. Learning and replanning - -Record only consequential shifts: - -- evidence observed; -- assumption promoted, weakened or falsified; -- confidence change; -- resulting strategy or sequence change. - -### Operating protocol - -1. **Orient:** read the strategic surface, then query live issue state. -2. **Select:** choose the frontier with the highest closure or information gain—not the lowest issue number. -3. **Scope:** define the smallest proof-producing slice. -4. **Execute and verify.** -5. **Reconcile:** update evidence, confidence, proof status and issue topology. -6. **Replan when a named trigger fires.** - -I would not design this protocol abstractly first. The September demo should be its first worked instance. We can construct the real strategic surface around the elicitor architecture, use it through at least one replan, and only then extract a reusable schema or skill. - -## User - -Agreed. I don't know yet what this is called; but it's not a roadmap, and not a blueprint, and not the spec either (we can have multiple specs anyway, at different levels) - -It's the thing that tracks objectives, evidence, risk and time -- but strategically, which is to say it continually evaluates the former against the latter: achieving objectives/obligations _UNDER_ constraints, limitations, pressures, unknowns. It consumes specs as one input and uses issues as a planning surface. - -We can model this protocol as we use it. A combination of document structure (perhaps templated?) and perhaps local agent-skills might be necessary, as we go - -## Assistant - -I think the core concept is **steering**. - -- **Steering model** — the current strategic understanding of objectives, position, constraints, evidence, risks and bets. -- **Steering surface** — the document plus tools through which people and agents inspect and update that model. -- **Steering protocol** — the recurring orient → choose → execute → reconcile → replan loop. - -`STEERING.md` would be a plausible provisional name. Unlike a roadmap, steering is explicitly feedback-driven: it continually adjusts the route against observed conditions. - -### Proposed structure - -```md -## Project steering - -### Mission -Outcome, obligations, proof, audience, deadline. - -### Current position -What is proved, tracer-only, absent, contradicted or unknown. - -### Pressures and constraints -Deadline, capacity, external dependencies, non-negotiable invariants. - -### Current strategy -The active bet, why it is preferred, and alternatives rejected for now. - -### Proof spine -The ordered capabilities or claims that must be demonstrated. - -### Active frontiers -The next proof-producing moves, why now, and what they unlock. - -### Risks, assumptions and unknowns -Confidence, evidence, consequence, retirement test and fallback. - -### Commitments and cut lines -Must / should / stretch / defer, with dates or evidence that trigger cuts. - -### Issue projection -Issues mapped onto objectives and proofs; overlaps, gaps and trade-offs. -Links to the live coordination graph rather than mirroring its state. - -### Replan triggers -Events that require reconsidering the strategy. - -### Recent confidence shifts -Only consequential learning; stable truth graduates elsewhere. -``` - -The key vocabulary could be: - -- **Objective:** desired outcome. -- **Obligation:** condition that must remain true. -- **Constraint:** unavailable or prohibited option. -- **Pressure:** fact that changes trade-offs, such as time. -- **Unknown:** material unanswered question. -- **Risk:** uncertain adverse outcome. -- **Bet:** chosen strategy under uncertainty. -- **Proof:** evidence that supports an objective or retires risk. -- **Frontier:** strategically selected next proof—not merely unblocked work. -- **Cut line:** condition under which scope is reduced or fallback selected. - -### Relationship to existing artifacts - -```diagram -Specs / ADRs ───────▶ obligations and design truth -Code / tests ───────▶ implementation evidence -Linear ─────────────▶ work inventory and hard dependencies -COORDINATION.md ────▶ issue topology, seams and registry - │ - ▼ - STEERING.md - strategy and next action -``` - -I would keep `COORDINATION.md` narrow rather than expanding it indefinitely. The steering surface consumes its graph projection while owning priority and rationale. - -### Adoption approach - -Start with the document and run it manually for the September effort. Avoid building a family of skills before the operating loop has been exercised. - -After a few real updates, stable routines could become local skills: - -1. **Orient** — assemble current evidence and identify drift. -2. **Steer** — select or revise the strategic frontier. -3. **Reconcile** — incorporate completed work and confidence shifts. -4. **Pressure-test** — challenge the proof spine, assumptions and cut lines. - -“Steering” is my strongest candidate, but I would treat the name as provisional until we use the model on the current elicitor plan. diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/design-questions-re-provenance.md b/libs/@hashintel/brunch-agent/docs/inbox/salvage/design-questions-re-provenance.md deleted file mode 100644 index 61516e8360f..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/design-questions-re-provenance.md +++ /dev/null @@ -1,462 +0,0 @@ -# provenance questions - -## Example situation - -Suppose the prior elicitation established: - -> “There is one washdown crew shared by both lines. If both lines need washing, the crew normally handles the order with the earlier due date first.” - -The projected SDCPN contains: - -- a place or resource representation for the washdown crew; -- capacity one; -- transitions that reserve and release it; -- contention logic representing the practiced priority rule. - -During the demo, the reviewer selects that area and asks: - -> “Why is there only one washdown crew, and why does Line 1 get priority here?” - -The system needs to traverse backwards from those net elements to the basis for those decisions. - -Then the reviewer says: - -> “That changed in July. We now have a second contract crew on night shifts, but daytime still has one crew.” - -The system asks several targeted questions, updates its understanding, and changes only the relevant net region. - -## Option A: provenance directly on model fields - -The smallest design is to attach source references directly to fields in the semantic workpiece. - -```yaml -resources: - - id: washdown-crew - name: Washdown crew - capacity: - value: 1 - applies_when: daytime - epistemic_status: explicit - support: - - conversation_id: initial-elicitation - turn_id: user-12 - quote: We only have one washdown crew during the day. - contention_rule: - value: earliest-due-order-first - epistemic_status: explicit - support: - - conversation_id: initial-elicitation - turn_id: user-15 - quote: We normally send them to whichever order is due first. -``` - -The projection manifest then says: - -```yaml -net_elements: - - id: washdown-crew-available - produced_from: - model_item: washdown-crew - fields: - - capacity - - id: reserve-washdown-crew - produced_from: - model_item: washdown-crew - fields: - - capacity - - contention_rule -``` - -The provenance query is straightforward: - -```text -washdown-crew-available -→ washdown-crew.capacity -→ initial-elicitation / user-12 -``` - -### What happens during revision - -The new review turns modify the resource: - -```yaml -capacity: - daytime: 1 - night: 2 -``` - -Each value receives its own source reference. The projector produces a new desired net, and a structural diff patches the existing net. - -### Advantages - -- Fewest moving parts. -- No separate capture assertion store. -- Easy to explain. -- Enough for many “why?” questions. -- Source references stay beside the meaning they support. - -### Weaknesses - -It becomes awkward when: - -- several statements jointly support one field; -- one statement supports several model items; -- two people disagree; -- a statement is corrected rather than merely refined; -- the reviewer adds contextual truth rather than replacing the original account; -- we need to preserve what the model believed in version 1. - -For example, “one crew” was not actually false—it remained true during the day. A simple overwrite risks treating contextual refinement as correction. - -This design works best if FE-1476 only needs a narrow, clean revision with little disagreement. - ---- - -## Option B: first-class assertions inside the semantic workpiece - -The middle design gives claims their own stable identities but keeps them inside the same semantic workpiece. There is no generic capture-to-model fold subsystem. - -```yaml -assertions: - - id: assertion-washdown-day-capacity - subject: washdown-crew - predicate: available-count - value: 1 - applies_when: - shift: day - epistemic_status: explicit - lifecycle_status: active - support: - - conversation_id: initial-elicitation - turn_id: user-12 - quote: We only have one washdown crew during the day. - - - id: assertion-washdown-priority - subject: washdown-crew - predicate: practiced-contention-rule - value: earliest-due-order-first - epistemic_status: explicit - lifecycle_status: active - support: - - conversation_id: initial-elicitation - turn_id: user-15 - quote: We normally send them to whichever order is due first. - -model: - resources: - - id: washdown-crew - capacity_by_shift: - day: - value: 1 - derived_from: - - assertion-washdown-day-capacity - contention_rule: - value: earliest-due-order-first - derived_from: - - assertion-washdown-priority -``` - -This creates a three-stage provenance path: - -```text -net element -→ semantic model field -→ assertion -→ conversation evidence -``` - -The assertion is logically separate from the model field, but it does not need a separate storage system or generic plugin architecture. - -### What happens during revision - -The reviewer’s first statement creates a tentative assertion: - -```yaml -- id: assertion-washdown-night-capacity-review - subject: washdown-crew - predicate: available-count - value: 2 - applies_when: - shift: night - effective_from: 2026-07 - epistemic_status: tentative - asserted_by: - role: reviewer - support: - - conversation_id: review-session - turn_id: user-4 -``` - -The agent might then ask: - -1. Does daytime capacity remain one? -2. Is the contractor available every night or only on request? -3. What happens if both crews are already committed? -4. Does this replace the previous account, or add a night-shift exception? - -After those answers, the assertion can become explicit and active. The original daytime assertion remains active because it was not corrected. - -If the reviewer instead said: - -> “The six-hour dark-to-light washdown was the old procedure. It is four hours now.” - -That is a real supersession: - -```yaml -- id: assertion-dark-to-light-four-hours - subject: dark-to-light-washdown - predicate: typical-duration - value: PT4H - lifecycle_status: active - supersedes: - - assertion-dark-to-light-six-hours -``` - -The old assertion remains visible for historical explanation, but it no longer drives the current model. - -### Advantages - -- Handles correction, refinement, contextual truth, and disagreement cleanly. -- Gives provenance a stable unit smaller than an entire model object. -- Allows one semantic item to depend on several assertions. -- Allows one assertion to support several semantic items. -- Makes reviewer authorship explicit. -- Supports versions without requiring a graph database. -- Fits the phrase “captured assertion” honestly. - -### Weaknesses - -- Requires us to define an assertion contract. -- Requires lifecycle decisions: active, superseded, tentative, conflict. -- Requires a small interpretation step from assertions into the current model. -- Can grow into the retired typed kernel if we type everything indiscriminately. - -The restraint would be: - -> Assertions only need enough shape to support provenance, correction, and the selected projection—not the old universal kind/slot/completion system. - -This is my current recommendation for FE-1476. - ---- - -## Option C: separate capture ledger and folded model - -The fullest design makes assertions independent durable capture records: - -```text -Flue conversation -→ extraction/sweep -→ capture assertion ledger -→ fold -→ semantic model -→ SDCPN projection -``` - -An assertion might look similar to Option B, but it is written into a capture store independently of the workpiece. The semantic model is then derived entirely by folding active assertions. - -Revision becomes: - -```text -new reviewer turns -→ new captures and supersession -→ fold model again -→ project desired net -→ diff -→ patch -``` - -### Advantages - -- Strongest separation between evidence and interpretation. -- Full correction history. -- Potentially supports many sessions and many projections. -- The model can be regenerated from assertions. -- Closest to the original “requirements graph” idea. - -### Weaknesses - -This is where the large machinery returns: - -- extraction must decide assertion boundaries; -- captures require semantic types; -- correction and conflict semantics must be defined; -- fold behavior must be deterministic enough to trust; -- capture granularity becomes consequential; -- in-loop extraction risks returning to Condition 5 latency; -- the fold and model must agree under evidence reordering; -- the live revision crosses more independently failing boundaries. - -It could be the long-term architecture. It is a risky assumption to make the two-week demo depend on it. - ---- - -# Why I prefer Option B - -Option B takes the minimum useful property from the requirements-graph design—**first-class, source-linked, revisable assertions**—without requiring the full capture/fold architecture. - -Conceptually: - -```text -semantic workpiece -├── assertions: what people said, with source and lifecycle -└── model: what currently drives projection, with assertion references -``` - -It can be one JSON/YAML artifact or one document with a machine-readable region. “Graph” describes the relationships, not the storage technology. - -The resulting durable package could be: - -```text -review-artifact/ -├── workpiece.json -│ ├── assertions -│ └── current semantic model -├── net.json -└── projection-manifest.json -``` - -The transcript remains durable in Flue history. For export and optimisation handoff, quoted excerpts and conversation/turn IDs can also be embedded in the workpiece so the package does not become meaningless if the live Flue store is unavailable. - -## Full six-beat behavior under Option B - -### 1. Show the completed workpiece - -The “requirements graph” UI could initially be modest: - -- objective and boundary; -- process spine; -- activities and resources; -- assertions and unresolved assumptions; -- links between assertions and model items. - -It need not be a graph visualization. Inspectable JSON plus a human-readable view may be enough for the first proof. - -### 2. Examine the SDCPN - -The SDCPN is projected from the `model` region, not composed from transcript prose. - -Stable semantic IDs determine stable net IDs: - -```text -resource:washdown-crew -→ place:resource:washdown-crew:available -``` - -### 3. Ask why - -The reviewer selects or names a net element. - -The system reads the projection manifest: - -```text -place:resource:washdown-crew:available -→ model resource washdown-crew / capacity_by_shift -→ assertions A17 and A23 -→ quoted turns user-12 and user-19 -``` - -The model can explain in prose, but it is not inventing the chain. - -### 4. Targeted re-elicitation - -The selected element establishes scope. The agent receives: - -- the relevant model item; -- its supporting assertions; -- neighboring constraints; -- the reviewer’s question. - -It conducts 3–5 focused turns rather than reopening the entire interview. - -### 5. Change the net - -The settled turns produce new or superseding assertions. The current semantic model is updated. - -Then: - -```text -project whole small model deterministically -→ diff by stable IDs -→ reject unrelated churn -→ apply only changed mutations -``` - -We can explicitly test that IDs outside the selected impact set remain byte-for-byte unchanged. - -### 6. Optimisation handoff - -Chris and Yannis receive: - -- revised `net.json`; -- scenario/parameter inputs; -- projection manifest; -- relevant assumptions and unresolved gaps; -- optionally the complete review artifact. - -They do not need to inspect a Flue transcript to understand where the model came from. - -# The reviewer-authority problem - -The fact that the reviewer is **not the original expert** matters more than it first appears. - -Suppose the original expert said: - -> “Dark-to-light washdown takes six hours.” - -The reviewer says: - -> “I think it is four now.” - -There are three possible products: - -1. **Authoritative editing:** the reviewer may supersede the original assertion. -2. **Proposed revision:** the reviewer creates a candidate assertion requiring confirmation. -3. **Contextual alternative:** both claims remain active under different conditions. - -A source-linked Markdown field can record the latest answer, but first-class assertions make these outcomes explicit. The net should probably change automatically only for an accepted authoritative correction or a clearly contextual refinement. A tentative disagreement might produce a preview or named conflict instead. - -That authority policy is part of the demo semantics, not merely UI wording. - -# Parallel work enabled by this boundary - -Once the assertion, semantic item, stable-ID, and projection-manifest contracts are pinned, several tracks can proceed in separate worktrees: - -1. **Baseline/evaluation track** - Run and grade the frozen elicitation baseline. - -2. **Semantic workpiece track** - Build Option B from an existing Mission 3 IR and transcript. - -3. **Projection/diff track** - Use a fixture workpiece to produce a stable net, manifest, and scoped diff. - -4. **Provenance interaction track** - Build “why?” against a fixed projection manifest before live projection exists. - -5. **Petrinaut mutation track** - Prove the minimal live client-tool patch path using a predetermined diff. - -6. **Targeted re-elicitation track** - Rehearse 3–5-turn scoped revision against a fake workpiece adapter. - -7. **Optimisation-handoff track** - Confirm the exact net/scenario package Chris and Yannis can consume. - -These can be asynchronous because they meet at explicit artifacts. The contracts must be fixed first; otherwise parallel agents will each invent a different meaning of assertion, model item, and impact set. - -## My present recommendation - -For FE-1476: - -- use **first-class assertions inside the semantic workpiece**; -- point assertions directly to durable conversation evidence; -- derive the current projectable model from those assertions without building a generic fold engine; -- generate a projection manifest alongside the SDCPN; -- reproject and diff rather than building a general incremental projector; -- defer a separate capture assertion ledger until the integrated slice reveals that the workpiece cannot carry the necessary evidence lifecycle. - -The next question I would settle is: - -> **Does the reviewer have authority to commit a correction directly, or are their changes proposals that require confirmation from an original domain expert or another named authority?** - -That answer determines the assertion lifecycle and whether the live demo changes the canonical net immediately or first shows a proposed revision. diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/claude-dafny-lean.md b/libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/claude-dafny-lean.md deleted file mode 100644 index 60293e4d42d..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/claude-dafny-lean.md +++ /dev/null @@ -1,757 +0,0 @@ -# Intent Specification and Formal Verification - -- Source: claude -- URL: https://claude.ai/chat/cbb2233f-aa49-4068-a9ac-3c6f63a22fa4 -- Exported: 2026-05-04T08:54:13.422Z -- Format: XML-style turn markers with raw markdown bodies - - - -As it happens, we're working on a spec elicitation tool for software, but our notion of "spec" has been considerably looser and less formal up to now. I'm thinking about ways to tighten it, and would like to discuss these two articles: - -* [From Intent to Proof: Dafny Verification for Web Apps | Midspiral](https://midspiral.com/blog/from-intent-to-proof-dafny-verification-for-web-apps/) -* [Intent Formalization: A Grand Challenge for Reliable Coding in the Age of AI Agents](https://arxiv.org/pdf/2603.17150) - - - - - -Synthesizing spectrum framing to tighten spec elicitation approach -Synthesizing spectrum framing to tighten spec elicitation approach -Claude's response was interrupted -Retry - - - - - -I can pass you the PDF for the latter, if that fetch is not working - - - - - -Yes, please do — I got the abstract and a fair bit from search snippets but the full text would be much better for actually discussing the argument's structure and the specific examples (TiCoder etc.). Drop it in whenever you're ready. - - - - - -When I was said our current flow was informal, I really wasn't joking though. The attached file is an example of what the `memory/SPEC.md` document looks like in the project where we are developing this tool. This "spec" document is the result of an agent-skills-driven workflow that I've been using in development of the tool, and it reflets our current spec for the tool itself. - -As you can probably surmise, it operates as a "drill-down" interview with the user to resolve "what they want to build" from a high-level down to details, but only to a level that is so far typical for coding assistants, and so far, this is in a form which is designed to lend itself well to planning, namely a markdown document like this one - - - - - -Got the full text — thank you. These two pieces fit together well and I think reading them in tandem actually clarifies more than either alone. Let me try to draw out what I see as the productive structure, especially through the lens of what you're trying to do. - -## How the two pieces relate - -Lahiri's paper is the **map**; Midspiral's is one specific **territory**. Lahiri lays out a four-level spectrum — tests → code contracts → logical contracts → DSLs — and argues the spectrum is *complementary*, not alternative. Midspiral has picked one specific point on it (logical contracts in Dafny) and built an end-to-end pipeline. The Midspiral "Why Dafny?" sidebar makes this pragmatic choice explicit: JS compilation is first-class, SMT automation is good enough, and they're verifying programs rather than mathematics. - -For your spec elicitation tool, this matters because **"tightening" doesn't have to mean jumping to Dafny.** The Lahiri spectrum gives you a progression: you can tighten the loosest parts of your current spec into tests, tighten tests into postconditions, tighten postconditions into invariants, and only escalate to logical contracts where the value warrants it. This is exactly the "thinnest validated artifact" discipline you've been working with on Black Triangles, applied to specifications instead of code. The right level for *eliciting* may not be the right level for *enforcing*, and the tool can make this layered structure explicit. - -## The deep problem: the validation oracle - -The single most important sentence in the Lahiri paper, for your purposes, is this: *"there is no oracle for specification correctness other than the user."* Both papers acknowledge this and neither solves it. This is the question that your spec elicitation tool actually exists to address — everything else is engineering around it. - -The reason it's hard is structural. With code, you can run tests against it. With a spec, what do you run? Lahiri's answer (Lahiri 2024 + Endres et al.) is to evaluate specs against tests using soundness and completeness metrics: - -- **Soundness**: the spec doesn't reject valid I/O pairs. -- **Completeness**: the spec rejects mutated (incorrect) outputs. - -This is genuinely useful — it gives you a proxy oracle, even when no implementation exists yet. The "common elements" example on page 7 is striking: a Dafny spec that expert reviewers labeled "strong" was actually incomplete because they used `==>` where `<==>` was needed, and the empty list trivially satisfied it. Automated symbolic testing caught what humans missed. **You probably want this kind of metric inside your tool from very early on**, even if you never go anywhere near Dafny — because the same idea works on plain-language postconditions or pseudo-formal assertions: do they pass on inputs the user has affirmed, and do they fail on outputs the user has rejected? - -The Midspiral piece also acknowledges this honestly under "Specification correctness is assumed, not verified" and "LLMs may modify your specification." The latter is interesting and underdiscussed: when proof fails, the LLM sometimes tries to fix the spec rather than the implementation. Their candid admission is that this is sometimes good (it surfaces over-constraints) and sometimes bad (silent drift). For your tool, that points at a concrete feature: **a structured changelog over the spec, with attribution (human vs. agent) and rationale per change.** Midspiral lists this as future work; you could lead on it. - -## TiCoder is the elicitation pattern worth studying closely - -The most directly applicable thing in the Lahiri paper for your tool is the TiCoder workflow (Figure 3, page 7). It inverts the usual elicitation flow: - -- *Naive flow*: user writes spec → tool checks code against spec. -- *TiCoder flow*: tool generates candidate code; tool generates tests at points where candidates *disagree*; user labels yes/no/undef on the tests. - -This shifts the user's cognitive task from **authoring formality** to **recognizing intent in concrete examples**. The latter is dramatically easier — most people can tell you whether `[1,2,2,3] → [1,3]` matches their intent even when they can't write the postcondition that distinguishes it from `[1,2,2,3] → [1,2,3]`. The reported numbers (40% → 84% on correct evaluation, with reduced cognitive load) are big enough to be worth taking seriously. - -The deeper principle: **ambiguity-targeted disambiguation.** You don't ask the user about everything. You ask about exactly the points where plausible interpretations diverge. This connects directly to your "active interviewing" methodology — TiCoder is essentially active interviewing automated against a search space of candidate implementations. - -## What I'd take from the Midspiral architecture - -The kernel/domain/AppCore separation is the part of the Midspiral piece I'd think hardest about, because it generalizes beyond Dafny. The factoring is: - -- **Kernel**: a generic, proven-once pattern of state evolution (replay, authority, multi-collaboration). Parameterized over a domain. Doesn't know what the state means. -- **Domain**: app-specific `Model`, `Action`, `Inv`. Must satisfy the kernel's proof obligations. -- **AppCore**: glue layer wiring a specific domain to a kernel. - -The proof obligation `ApplyPreservesInv: Inv(m) ∧ Valid(m,a) ⟹ Inv(Apply(m,a))` is the universal contract: *if the rules held before the action, they hold after*. Everything else is plumbing. - -Now here's where this connects sharply to your work: **a Coloured Petri Net is structurally a kernel in this sense.** It externalizes the legal-move machinery from the application semantics. The transitions of a CPN are precisely `Valid(m,a)` predicates; the firing rule is `Apply`; the place invariants are `Inv`. The four-way illegality test you've been working with — ungrounded, uncheckable, non-monotone in trust, irreversible without reason — is essentially a richer `Valid` predicate that goes beyond functional correctness into trust dynamics. - -So one productive way to read these papers is: **Midspiral's "kernel" pattern is one specific shape of formalism for legal-move externalization. Yours is a different one, with stronger structural properties (concurrency, decidable reachability for some classes, native multi-token semantics).** The intent-formalization frame applies cleanly: a CPN is a spec that lives somewhere between code contracts and a DSL on Lahiri's spectrum. - -## Concrete suggestions for the elicitation tool - -A few things I'd be considering, given all of the above: - -**1. Design for the spectrum, not a level.** Treat tests, postconditions, invariants, and (eventually) structural specs as artifacts that *coexist* and validate each other. Tests validate postconditions; postconditions surface invariant candidates; invariants anchor any heavier verification you reach for later. The Lahiri footnote on page 5 makes this complementarity explicit and it's a strong design principle. - -**2. Build the spec validator before the spec generator.** It's tempting to start with "extract a spec from the user's words." But the validator is the harder and more valuable artifact — and once you have it, you can crank generators against it iteratively. Soundness/completeness over a growing test suite is a tractable starting metric. - -**3. Make ambiguity the user-facing surface.** TiCoder generates tests *at points of disagreement among candidates*. That principle generalizes: anywhere your tool can produce two semantically distinct interpretations of the same prompt, that's where you should ask. Avoid asking about anything else. - -**4. Track spec provenance and drift.** If LLMs are co-authoring specs, you need a structured record of what changed, who changed it, and why. This is implicit in your interest in claims records and behavioral observability — applied here, it gives you a "spec git log" that Midspiral hand-waves about as future work. - -**5. Surface the spec, in human form, before any heavy machinery runs.** Midspiral's lesson learned ("a more transparent and efficient workflow would surface the generated domain obligations... back to the user in a human-readable form before proof generation begins") is generalizable. Don't make users review the spec embedded in compiled artifacts; make spec review a deliberate, designed step. - -## Honest limitations worth holding onto - -A few productive doubts I'd carry into the design: - -The intent-formalization frame has been demonstrated mostly on **algorithmically clean, self-contained tasks** — `remove_duplicates`, `common_elements`, parsers from RFC text. Real production software has UX judgment, fuzzy requirements, evolving stakeholder context. The Lahiri "research agenda" (page 8) honestly lists "from benchmarks to real-world systems" as the first open problem. Your tool's value is going to depend heavily on whether the *parts* of your users' systems where formalization pays off can be cleanly separated from the parts where it doesn't. - -Also: intent isn't a fixed object. People discover what they want by seeing the system behave. So spec elicitation is iterative learning, not extraction. Both papers gesture at this (TiCoder's iteration loop, Midspiral's "iterate" arrow in the workflow diagram) but neither develops it. This is plausibly where your tool can contribute something neither has: an elicitation model that treats the user's intent as something *being discovered* in dialogue with concrete behavioral examples and emerging structural constraints. - -If it would help, the next thing I'd want to dig into is what *specifically* your current spec representation looks like — whether the path forward is mostly "add a tests layer," mostly "add CPN-shaped structural commitments," or mostly "add a validator over what you already have." - - - - - -Yes it would be helpful to see what more formal versions of the invariants, and also formal projections of the assumptions and lexicon, might look like; and also to dig deeper on how to tie acceptance criteria to requirements, in a way that doesn't leave a gap drift or disagreement - - - - - -Reading this, my first reaction is that you've undersold yourself. This isn't an informal spec — it's quite formally structured, just not in the dimension the Lahiri/Midspiral pieces measure formality along. That distinction is, I think, the most useful frame for thinking about what to tighten. - -## The structure is already doing real work - -What's "informal" here is the *content* of each item — natural language predicates, not Dafny postconditions. But the *frame* is doing significant formal work: - -- A typed ontology over the items themselves: `requirement`, `assumption`, `decision`, `invariant`, `criterion`, `term`. The same ontology your tool elicits, applied to your tool — pleasingly self-referential. -- A cross-reference graph: invariants `Protect` and `Prove`, decisions `Supersede` and `Depend on`, assumptions are tied to validation approaches and dependent decisions, tests are mapped to invariants. -- Provenance and staleness ("Pruned 2026-04-23"), explicit confidence calibration on assumptions, an `Acknowledged Blind Spots` table that names *exactly* what isn't being checked and what would trigger a revisit. -- A lexicon discipline (R23) that asserts the ontology is "projected consistently through schema, shared registries, observer prompts, API types, fixtures, and UI copy" — i.e. a refinement contract between layers. - -None of this is in Lahiri's spectrum, and only the first three are visible in Midspiral's structure. Both papers focus on *checkability*. Your format is doing something different: making the spec's own **epistemic state** legible — what's chosen, what's bet on, what's known unknown, what would invalidate each piece. - -So I'd reframe the question. There are two orthogonal axes of "tightening" you could move on: - -1. **Checkability** — the Lahiri axis. How mechanically verifiable is each item? -2. **Epistemic legibility** — yours. How visible are uncertainty, provenance, and dependencies between items? - -Most of the literature focuses on (1). You've already invested heavily in (2), perhaps further than most published work. The interesting question is which axis to push next. - -## Where the existing structure naturally wants to escalate - -A few specific opportunities I see, leaning on the papers: - -**Invariants → executable predicates.** Of all your categories, `Critical Invariants` is the one most clearly homologous to Lahiri's "logical contracts" or Midspiral's `ApplyPreservesInv`. Each I-item is already a statement that something *must remain true* across some seam, paired with the test files that exercise it. The natural escalation is to make the invariants themselves first-class artifacts — predicates evaluable independent of any one test, expressible as runtime assertions or property-test predicates. That gives you Lahiri's *soundness/completeness* leverage: do your existing tests entail the invariant? Could a mutation pass them while breaking the predicate? Right now an invariant like I48 ("Canonical knowledge kinds persist with provenance and project through typed entity collections... without ontology drift") only exists as prose plus a list of tests asserted to cover it. Promoting these to predicates wouldn't require Dafny — TypeScript runtime assertions, fast-check properties, or even invariant-witness functions paired with each item would close a real gap. - -**Lexicon → checked refinement.** R23 is already a refinement contract in disguise. "Defined once and projected consistently" is precisely the kind of property that wants mechanical checking: a single source of truth for the ontology, with derived schema, types, fixtures, and observer prompts that can be statically verified against it. This is among the cheapest formality wins available — and probably the highest leverage, since it's the one place your spec actually claims a property *across* the artifact constellation. - -**Acceptance Criteria → TiCoder-shaped disambiguation.** Your 21 Acceptance Criteria are aggregated re-statements of the 33 Requirements. The relation between them isn't formal — it's editorial. The Lahiri/TiCoder intuition is that this gap is exactly where ambiguity hides: a Requirement and an Acceptance Criterion can both feel "right" while disagreeing about edge cases. If you generate concrete behavioral examples that *distinguish* plausible readings of each criterion and ask the user yes/no, you collapse the ambiguity into approved tests that persist as regression artifacts. This is the cheapest checkability investment available and has the largest reported effect size in the paper (40% → 84% correct evaluation). - -**Assumptions are already shaped for spec validation.** Your `Validation approach` column for each assumption is, structurally, a falsification recipe. That's striking — most spec formats don't track this at all. The natural next move is to make those approaches first-class plans rather than prose: "A66 is validated by [observer corpus probe X]" with a mechanical link to the actual probe artifact. Then "open" assumptions become a queue, and "validated" / "falsified" become structural transitions you can audit. - -## The recursive observation - -Brunch's spec being a Brunch-shaped artifact is structurally interesting, and I'd push it harder: **the elicitation flow is itself a workflow**, and a CPN reading falls out almost for free. The four phases are places; interview moves are transitions; colored tokens are knowledge items typed by your ontology; phase closeability and readiness are place invariants. Modeling Brunch this way would let the tool's own behavior carry the same kind of formal commitments it elicits from users. That's not a near-term suggestion — but it does mean that a CPN substrate underneath Brunch isn't a foreign import; it's a refinement of what's already implicit in your phase model. - -## What I'd actually do next - -If forced to pick one move: **make the invariants and the lexicon executable, before touching anything else.** Both have natural homes in your existing format, both are cheap relative to where they sit on the Lahiri spectrum, and both would give you a *checkable property* your current spec gestures at but cannot enforce. Once those exist, the question of whether to push further toward Dafny-style logical contracts becomes empirical — you'll have evidence about where prose-plus-tests is leaving real bugs uncaught, and where it isn't. - -The thing I'd resist is trying to formalize Requirements 1–33 wholesale. Many of them are about UX shape ("the user must not be stranded with a bare generic composer") that is genuinely judgment-dependent. The Lahiri paper's first acknowledged limitation — "scaling beyond benchmark problems" — is exactly this: the parts of your system that warrant heavy formality and the parts that don't aren't uniformly distributed, and a tool that pretends otherwise will burn user attention on the wrong things. - -If it'd help, I could sketch what an "executable invariant" version of one or two specific I-items in your file would look like — that might make this concrete faster than continuing in the abstract. - - - - - -OK great, that's very interesting. I feel like some of the assertions you framed out would at least be partly covered (or reasonably assured) by good typing (discriminated unions, even branded types, etc.); but the greater formalism is better, and in any case is probably a win for the LLM collaboration workflow. Do you see opportunities to close these gaps by augmenting the data model of these items? Should requirements and criteria be more closely bound? I have wondered more than once whether they might even want to be the same thing (the latter a property on the former), but I do think there can be cases where a criterion is driven by more than one requirement, or a single requirement spans multiple criteria - - - - - -I'll work through one good example of each, using actual items from your SPEC.md so the moves are grounded in your real material. - -## Invariant → executable predicate - -Take **I48**: *"Canonical knowledge kinds persist with provenance and project through typed entity collections, stable per-kind reference codes, turn-linked capture projection, and graph edges without ontology drift."* - -In prose this is one invariant; mechanically it's a conjunction of five properties over workspace state. The move is to write the predicate once and let tests *apply* it rather than *encode* it: - -```typescript -// invariants/i48.ts — the predicate IS the invariant -export type InvariantResult = - | { satisfied: true } - | { satisfied: false; violations: Violation[] }; - -export function I48_OntologyIntegrity(state: WorkspaceState): InvariantResult { - const violations: Violation[] = []; - - // (a) every persisted item has provenance + canonical kind - for (const item of state.knowledgeItems) { - if (!item.provenance) { - violations.push({ code: 'I48.a', itemId: item.id, msg: 'missing provenance' }); - } - if (!CANONICAL_KINDS.includes(item.kind)) { - violations.push({ code: 'I48.a', itemId: item.id, msg: `non-canonical kind ${item.kind}` }); - } - } - - // (b) per-kind reference codes are stable: each item's code matches its - // position in the kind-scoped insertion order - for (const kind of CANONICAL_KINDS) { - const items = state.knowledgeItems - .filter(i => i.kind === kind) - .sort((a, b) => a.createdAt - b.createdAt); - items.forEach((it, idx) => { - const expected = `${REF_PREFIX[kind]}${idx + 1}`; - if (it.code !== expected) { - violations.push({ code: 'I48.b', itemId: it.id, msg: `code ${it.code}, expected ${expected}` }); - } - }); - } - - // (c) every item links back to a turn that exists on the active path - const activeTurns = new Set(state.activePath.map(t => t.id)); - for (const item of state.knowledgeItems) { - if (!activeTurns.has(item.sourceTurnId)) { - violations.push({ code: 'I48.c', itemId: item.id, msg: 'orphan or off-path turn link' }); - } - } - - // (d) graph edges reference live items - const itemIds = new Set(state.knowledgeItems.map(i => i.id)); - for (const e of state.knowledgeEdges) { - if (!itemIds.has(e.from) || !itemIds.has(e.to)) { - violations.push({ code: 'I48.d', edgeId: e.id, msg: 'edge to/from missing item' }); - } - } - - return violations.length ? { satisfied: false, violations } : { satisfied: true }; -} -``` - -Now this predicate becomes a load-bearing artifact. Several things become possible that aren't possible today: - -- **Tests apply it instead of redefining it.** Each test in your `Protected by` column sets up a state and calls `I48_OntologyIntegrity(state).satisfied`. The invariant has one canonical statement; tests are witnesses, not paraphrases. -- **Property-based testing.** Generate random sequences of capture/edit/revisit operations against a fixture, check the invariant holds after each. This catches drift the example-based tests don't see. -- **Runtime checking in dev.** A middleware that asserts `I48` after every observer write — failed predicate becomes a stack trace, not a silent corruption. -- **Soundness/completeness in the Lahiri sense.** You can mutate a state (introduce a deliberate orphan edge, rename a code) and ask: does any test still fail? If not, your tests under-cover the predicate. This is a measurable spec quality metric. - -The same move applies to I54 (phase-aware capture), I72 (phase outcomes), I101 (preface-card persistence). Each becomes a function `Ixxx(state): InvariantResult`. - -A subtlety worth naming: some of your invariants are over **state**, others over **transitions**. I48 is a state invariant — true at any moment. I105 ("Grounding/design structured-response turns can unlock the next frontier before observer capture finishes") is a transition invariant — it constrains what's allowed to happen, not what's true. The latter wants a slightly different shape: - -```typescript -// transition invariants check (state, action, state') -export function I105_FrontierUnlock( - before: WorkspaceState, - action: TurnSubmitted, - after: WorkspaceState -): InvariantResult { /* ... */ } -``` - -This is exactly Midspiral's `ApplyPreservesInv` shape. Splitting your invariants into state-level vs transition-level makes the predicate types crisper. - -## Lexicon → checked refinement - -R23 ("the knowledge ontology is defined once and projected consistently...") is the easiest formal win in the file because the artifact-to-artifact relationship is mechanical, not semantic. Define once: - -```typescript -// ontology/kinds.ts — the source of truth -export const KNOWLEDGE_KINDS = { - goal: { refPrefix: 'G', label: 'Goal', capturedIn: ['grounding', 'design'] }, - term: { refPrefix: 'T', label: 'Term', capturedIn: ['grounding'] }, - context: { refPrefix: 'C', label: 'Context', capturedIn: ['grounding'] }, - constraint: { refPrefix: 'X', label: 'Constraint', capturedIn: ['grounding', 'design'] }, - decision: { refPrefix: 'D', label: 'Decision', capturedIn: ['design'] }, - assumption: { refPrefix: 'A', label: 'Assumption', capturedIn: ['grounding', 'design'] }, -} as const; - -export type KnowledgeKind = keyof typeof KNOWLEDGE_KINDS; -export const CANONICAL_KINDS = Object.keys(KNOWLEDGE_KINDS) as KnowledgeKind[]; - -// requirement, criterion intentionally absent — these only materialize -// through accepted review outputs (per R22, I54). Encoded as a separate -// REVIEW_OUTPUT_KINDS table, not bolted onto KNOWLEDGE_KINDS. -``` - -Now the drift check is a single test file: - -```typescript -// drift.test.ts -describe('R23: ontology projects consistently', () => { - it('schema enum matches canonical kinds', () => { - expect([...DB_KIND_ENUM].sort()).toEqual([...CANONICAL_KINDS].sort()); - }); - - it('observer prompt mentions every canonical kind exactly once in the kind list', () => { - const prompt = readObserverPrompt(); - for (const k of CANONICAL_KINDS) { - expect(prompt.match(new RegExp(`\\b${k}\\b`, 'g'))?.length).toBeGreaterThan(0); - } - // and no non-canonical kinds slip in - const mentioned = extractKindMentions(prompt); - expect(mentioned).toEqual(expect.arrayContaining(CANONICAL_KINDS)); - expect(CANONICAL_KINDS).toEqual(expect.arrayContaining(mentioned)); - }); - - it('every kind has UI copy', () => { - for (const k of CANONICAL_KINDS) expect(UI_KIND_LABELS[k]).toBeDefined(); - }); - - it('every fixture builder produces only canonical kinds', () => { - for (const f of ALL_FIXTURE_BUILDERS) { - const state = f(); - for (const item of state.knowledgeItems) { - expect(CANONICAL_KINDS).toContain(item.kind); - } - } - }); - - it('non-goal is encoded as a constraint subtype, not a top-level kind', () => { - expect(CANONICAL_KINDS).not.toContain('non-goal'); - // and the subtype slot exists - expect(CONSTRAINT_SUBTYPES).toContain('non-goal'); - }); -}); -``` - -What you've gained: R23 is no longer a hopeful sentence. The build either holds or breaks, and any drift introduced by an LLM editing a prompt or a hand-edit to a schema becomes a CI failure with a precise location. This also addresses Midspiral's "LLMs may modify your specification" risk in microcosm — drift is mechanically catchable for everything that touches the ontology. - -## Assumption → probe - -Take **A48**: *"Knowledge-graph edges are sufficient to drive accurate cascade preview for revisit work."* Validation approach: *"Structural cascade tests plus manual judgment about scope."* - -The looseness here isn't bad — A48 is honestly uncertain. But "sufficient" and "accurate" are unmeasured terms, which means the assumption can't move from `open` to `validated` without further editorial work. The formal projection is to commit to a measurement: - -```typescript -// probes/a48-cascade-accuracy.ts -type CascadeProbe = { - name: string; - fixture: () => WorkspaceState; - revisedItem: KnowledgeItemId; - // ground truth: what a careful human says is actually affected - humanJudgedAffected: Set; - thresholds: { precisionMin: number; recallMin: number }; -}; - -const PROBES: CascadeProbe[] = [ - { - name: 'cross-phase decision link', - fixture: () => crossPhaseDecisionLinkScenario(), - revisedItem: 'D80', - humanJudgedAffected: new Set(['I48', 'A49', 'R10']), - thresholds: { precisionMin: 0.7, recallMin: 0.9 }, // recall matters more - }, - // ... more probes -]; - -export function evaluateA48(): A48Verdict { - const results = PROBES.map(p => { - const predicted = computeCascadeFromEdges(p.fixture(), p.revisedItem); - const truth = p.humanJudgedAffected; - const tp = setIntersection(predicted, truth).size; - const precision = predicted.size ? tp / predicted.size : 1; - const recall = truth.size ? tp / truth.size : 1; - return { - probe: p.name, - precision, recall, - passes: precision >= p.thresholds.precisionMin - && recall >= p.thresholds.recallMin, - }; - }); - const allPass = results.every(r => r.passes); - return { status: allPass ? 'validated' : 'falsified-or-open', results }; -} -``` - -The interesting effect of writing this is what it forces *upstream*: the act of committing to thresholds and ground-truth probe sets compels you to specify what "accurate cascade preview" actually means. You stop being able to handwave "sufficient." The Lahiri paper's deepest point — *you cannot improve what you cannot measure* — applies here in miniature. - -A subtle but important payoff: the assumption's **status** field becomes derivable, not editorial. `open` = no probes run since last change to relevant code; `validated` = all probes pass; `falsified` = at least one fails. This kills the "still says `open` six months later because nobody updated the table" failure mode that is endemic to long-lived assumption registers. - -## Acceptance Criteria ↔ Requirements - -This is the subtlest one and the place I think your file has a real, currently-invisible gap. Looking at AC1–AC21 next to R1–R33, the relationship is editorial — there's no mechanical link, and the two were almost certainly written at different times with different framings. AC1 says "local-first persistence in `.brunch/`"; R1 says "state in local `.brunch/`" and adds the API key requirement. Are these the same property? You and I can probably say "yes," but a future contributor or an agent editing the file can't tell, and the gap is exactly where drift lives. - -I'd separate this into three structural relationships, because the same `AC↔R` link is doing different work in different rows. - -**Relationship 1 — AC is an aggregate observable for several R's.** AC11 ("Grounding/design use workspace-owned turn cards... structural kickoff/recovery/handoff/completion affordances project without a bare generic composer") is observably true only when R17, R18, R25 (and possibly R20–22) are simultaneously satisfied. The fix is to make this explicit: - -```typescript -// acceptance/ac11.ts -export const AC11 = { - description: 'Grounding/design use workspace-owned turn cards…', - derivedFrom: ['R17', 'R18', 'R25'] as const, - observable: (state: WorkspaceState) => { - return R17_check(state) && R18_check(state) && R25_check(state); - }, -}; -``` - -And then a meta-test: - -```typescript -it('every requirement is referenced by at least one acceptance criterion', () => { - const referenced = new Set(ALL_AC.flatMap(ac => ac.derivedFrom)); - const missing = ALL_REQUIREMENTS.filter(r => !referenced.has(r.id)); - expect(missing).toEqual([]); -}); -``` - -This is structurally trivial but catches an entire class of drift: a Requirement added without an Acceptance Criterion to observe it. - -**Relationship 2 — AC is a refinement of R at a coarser observable layer.** AC1 is a coarse-grained restatement of R1. The right encoding is *AC1 must be implied by R1*, not the reverse. Then ambiguities about whether AC1's "start" entails R1's "opens working app in browser" become explicit reductions: - -```typescript -// AC1 holds whenever R1 holds -export const AC1 = { - description: 'npx brunch can start from a workspace directory…', - impliedBy: ['R1'] as const, // R1 ⟹ AC1 - // optional: the aspects of R1 that AC1 weakens - weakening: ['API_KEY presence not surfaced at AC level'], -}; -``` - -This makes the abstraction explicit. If R1 changes, you can ask: does AC1's `impliedBy` still hold? It also surfaces the *intentional* gaps — AC1 deliberately doesn't mention the API key because the AC layer is for a higher-fidelity reader. That's a defensible editorial choice, but right now nothing in your file *records* that it was a choice. - -**Relationship 3 — TiCoder-style disambiguation for cases where the relationship is ambiguous.** This is the real win. For any AC↔R pair where reasonable readers could disagree about whether they're saying the same thing, generate concrete scenarios that force the question. Take R1 vs AC1 again: - -```typescript -const R1_AC1_disambiguators: Scenario[] = [ - { - label: 'no API key', - setup: () => runWith({ env: {} }), - candidateOutcomes: [ - 'fails immediately with clear error', - 'starts but enters degraded mode', - 'starts and prompts for key in UI', - ], - pinnedAnswer: undefined, // ← user fills this in once, becomes regression test - distinguishes: 'Does AC1 hide an API-key dependency that R1 makes explicit?', - }, - { - label: 'browser opens automatically vs URL printed', - setup: () => runIn(tmpDir), - candidateOutcomes: ['browser opens automatically', 'URL printed for manual open'], - pinnedAnswer: undefined, - distinguishes: 'Does R1\'s "opens" mean auto-open or available-to-open?', - }, - { - label: '.brunch/ already exists with prior state', - setup: () => runIn(dirWithExistingBrunch), - candidateOutcomes: ['resumes silently', 'shows resume prompt', 'starts fresh'], - pinnedAnswer: undefined, - distinguishes: 'Is "start" inclusive of resume?', - }, -]; -``` - -A user (or you) labels each scenario once. The labels become **the canonical disambiguation** — they pin down what R1 and AC1 actually commit to, in a form that's executable as a regression test. The TiCoder paper's reported effect (40% → 84%) is large because this is exactly the kind of latent ambiguity that prose specifications hide and concrete examples expose. - -You don't need to do this for every AC/R pair — only the ones where the relationship type isn't obviously (1) or (2). The signal that you need a TiCoder-style probe is exactly when you can't decide whether an AC and an R are saying the same thing, or when an LLM agent and a human reader would plausibly read them differently. - -## What this gives you, structurally - -After these moves: - -- Every Critical Invariant has an executable witness (a predicate that can be checked over any state, not just the states tests happen to construct). -- Every Assumption has either probes that derive its status, or an explicit "deferred — qualitative only for now" marker that's distinct from "open." -- The Lexicon has a build-time refinement check across all derived artifacts. -- Every Acceptance Criterion declares its relationship to underlying Requirements as one of (aggregate / refinement / TiCoder-pinned), and orphan Requirements (no AC observing them) become a CI failure. - -None of this is Dafny. It's all reachable from where your spec already lives. What it does is upgrade the cross-references from editorial commitments — a human asserting "I48 protects R22, R23" — to mechanical commitments that break the build when they stop holding. That's the hinge the two papers were circling: not "is the spec formal?" but "is the spec's claimed structure *checkable*?" Your existing structure was already richer than most. These moves make it load-bearing. - -If any of these moves looks worth pulling on first, I'd start with the Lexicon check — it's the cheapest, has the largest immediate payoff, and gives you the experience of "specification became a CI artifact" before you commit to the more ambitious work on invariants and AC/R relationships. - - - - - -Ok so we're wading in to some deeper water now - -For clarity: we're now talking about the ontologies and methodologies I'm using to develop brunch, no longer the ones it elicits, and even as it stands–as I'm sure you've noticed—the ontology that is *used* within this [SPEC.md](http://SPEC.md) file is not exactly the same as the one it *describes* as that which brunch product should help elicit, and then output: our product does not yet have invariants for example, nor do we have verification strategy mapping, let alone the newer models we're describing here -So, sticking with *building brunch* as the reference frame: I'll have to rewrite the agent-skills that I've been using to develop this, so that they are oriented to build and use this more advanced ontology; but one tension I anticipate here, is that the added structural complexity and inevitable added housekeeping (routine checking, reconciliation, retirement) that is involved is a strain on the LLM. I wonder if we can also make the WIP SPEC itself more verifiable for the contributing LLM coding assistant, than it currently is as a large document which must be continually parsed for structured data - - - - - -Yes — and this is the deepest part of the question, because the relationship between Requirements and Criteria is doing more conceptual work than your current flat layout makes visible. Let me work through both halves. - -## How much typing actually buys you - -You're right that a chunk of what I framed as "drift checks" is just type discipline that's been left as runtime convention. The minimum viable upgrade is something like: - -```typescript -// branded ids — kinds can't be confused at use sites -type RequirementId = string & { readonly __brand: 'Requirement' }; -type CriterionId = string & { readonly __brand: 'Criterion' }; -type PropertyId = string & { readonly __brand: 'Property' }; - -// closed kind enum — non-goal cannot exist as a top-level kind -const CANONICAL_KINDS = ['goal', 'term', 'context', 'constraint', - 'decision', 'assumption'] as const; -type KnowledgeKind = typeof CANONICAL_KINDS[number]; - -// non-goal lives where it belongs: as a constraint subtype -type Constraint = - | { kind: 'constraint'; subtype: 'limit'; /* ... */ } - | { kind: 'constraint'; subtype: 'non-goal'; /* ... */ }; -``` - -Combined with `assertNever` in switch defaults, this kills cross-kind id confusion, the "non-goal as top-level kind" failure mode, and ungated kind handling. Most of the build-time check I wrote for the lexicon collapses to "if it compiles, the projection is consistent." - -What types **don't** get you, even with branding and dependent-flavored tricks: - -- That a predicate function's *body* matches what its *name and description* claim. `I48_OntologyIntegrity: (state) => InvariantResult` is well-typed whether or not it actually checks ontology integrity. -- Global graph properties at compile time — e.g., "every Requirement is observed by at least one Criterion." You can get partway with const-asserted arrays plus conditional types, but practically this wants a build-time validator pass over the spec graph. -- Semantic alignment between prose and predicate, full stop. - -So a usable rule of thumb: **types pin shape; build-time validators pin graph properties; tests pin behavior; only the human pins semantic alignment between a prose claim and what's actually checked.** Each layer covers what the layer below cannot. - -## On unifying Requirements and Criteria - -I'd argue *neither merge nor leave as siblings* — factor out the primitive they both reference, and let each be a structured view over it. - -The reason your "make criterion a property of requirement" instinct keeps not quite landing is that it conflates two different things: - -- A Requirement is a **commitment** — "the system shall maintain P." Normative. -- An Acceptance Criterion is an **observation** — "we recognize P holds by observing O in scenario S." Epistemic. - -These are sentences about the same proposition P, in different modes. They're 1:1 when the proposition is trivially its own witness; they're M:N when commitment and observation aggregate at different granularities — which they often do, because you commit at the level of "this thing must always be true" and observe at the level of "here's a coherent scenario that demonstrates it." - -The factoring that gives you both: - -```typescript -// the shared primitive: a checkable claim -type Property = { - id: PropertyId; - description: string; - predicate?: (state: WorkspaceState) => InvariantResult; - shape: PropertyShape; -}; - -type PropertyShape = - | { kind: 'state-invariant' } - | { kind: 'transition-invariant'; over: ActionKind[] } - | { kind: 'reachability'; goal: PropertyId } - | { kind: 'liveness'; eventually: PropertyId } - | { kind: 'observable-only'; mode: 'walkthrough' | 'qualitative' }; - -// commitment: the system shall guarantee these properties -type Requirement = { - id: RequirementId; - description: string; - commits: PropertyId[]; // M:N - rationale?: string; -}; - -// witness: how we recognize satisfaction -type AcceptanceCriterion = { - id: CriterionId; - description: string; - observes: PropertyId[]; // M:N — possibly across many requirements - observationMode: ObservationMode; -}; - -type ObservationMode = - | { kind: 'unit-test'; locator: string } - | { kind: 'integration-test'; locator: string } - | { kind: 'property-test'; generator: string } - | { kind: 'manual-walkthrough'; scenarioId: string } - | { kind: 'runtime-assertion' }; -``` - -The M:N falls out cleanly: - -- **AC1↔R1 case:** AC1 `observes` the same Property set R1 `commits` to → direct witness, 1:1. -- **AC11 aggregate case:** AC11 `observes` the union of properties committed across R17, R18, R25 → coarser observable, M:1. -- **Multi-witness case:** A Property R7 commits to is observed by both AC4 (unit test) and AC18 (manual walkthrough) → 1:M. - -Invariants don't need their own type anymore — they're Properties with `shape.kind === 'state-invariant'` or `'transition-invariant'`, referenced by whatever criteria exercise them. That collapses one whole row of the existing format into the same primitive. - -## What this enables structurally - -Once Properties are the load-bearing item, the spec becomes a graph you can ask questions of: - -```typescript -function validateSpec(spec: Spec): ValidationResult { - // 1. every committed property is observed by some criterion - const observedProps = new Set(spec.criteria.flatMap(c => c.observes)); - for (const r of spec.requirements) { - const unobserved = r.commits.filter(p => !observedProps.has(p)); - if (unobserved.length) report(`${r.id} commits to unobserved properties: ${unobserved}`); - } - - // 2. every observed property is committed to by some requirement - // (catches drift where a criterion observes a no-longer-relevant property) - const committedProps = new Set(spec.requirements.flatMap(r => r.commits)); - for (const c of spec.criteria) { - const orphans = c.observes.filter(p => !committedProps.has(p)); - if (orphans.length) report(`${c.id} observes orphan properties: ${orphans}`); - } - - // 3. every property with a predicate has at least one criterion that exercises it - for (const p of spec.properties.filter(p => p.predicate)) { - if (!spec.criteria.some(c => c.observes.includes(p.id))) { - report(`${p.id} has a predicate but no exercising criterion`); - } - } - - // 4. observable-only properties have at least one walkthrough criterion - for (const p of spec.properties.filter(p => p.shape.kind === 'observable-only')) { - const observers = spec.criteria.filter(c => - c.observes.includes(p.id) && c.observationMode.kind === 'manual-walkthrough' - ); - if (!observers.length) report(`${p.id} is observable-only but has no walkthrough scenario`); - } -} -``` - -Check 2 is the one I think is highest-value for your LLM-collaboration concern, because it catches the failure mode where an agent edits an Acceptance Criterion to observe something no Requirement commits to anymore. Right now this is invisible drift; with the factoring, the next CI run flags it. - -## Mapping back to your existing items - -Concretely, against the SPEC.md you shared: - -- **R1** ("npx brunch in a project directory with `ANTHROPIC_API_KEY`...") factors into roughly three Properties: `P_starts_in_cwd`, `P_requires_anthropic_key`, `P_browser_app_opens_with_persistence_in_brunch_dir`. R1 commits to all three. -- **AC1** ("npx brunch can start from a workspace directory with local-first persistence") observes the first and third, plus `P_brunch_dir_is_authoritative`. AC1 deliberately drops `P_requires_anthropic_key` — probably because at AC granularity that's an unstated prerequisite. **The factoring makes that omission visible**: AC1 is recorded as a partial witness, not an alternate framing of R1, and you can decide whether the omission is intentional. -- **R17/R18/R25** all commit to Properties about the workspace-stream affordance discipline. **AC11** observes the union. The aggregate relationship goes from editorial to structural. -- **I48** becomes a Property with `shape.kind === 'state-invariant'` and a real predicate. The criteria that "protect" it (`db.test.ts`, etc.) become Criteria with `observationMode.kind === 'unit-test'` and a `locator` pointing at the file. The "Protected by" / "Proves" cross-references in your current invariants table are reconstructible from the graph rather than maintained by hand. - -A useful diagnostic during the migration: **count the Properties relative to R + AC.** If the count is *much smaller*, your prose items had heavy overlap (the same claim restated under different names) and the factoring just exposed it. If *much larger*, your items were compound (each prose item carried multiple distinct claims), and the factoring is letting you observe and witness them independently. Either signal is informative; both are diagnostic of structure that was previously invisible. - -## Honest limits - -A few things this still doesn't get you, worth keeping visible: - -1. **Predicate-vs-prose alignment doesn't go away.** A Property's `predicate` body still has to mean what its `description` says, and no type system catches the mismatch. But the model concentrates that risk in one place (the Property) instead of distributing it across Invariant, Requirement, and Criterion rows that paraphrase each other. - -2. **`observable-only` properties are honest fudges, and that's fine.** Some claims (story quality, transcript legibility, "doesn't feel bureaucratic") genuinely don't reduce to predicates. Marking them `observable-only` records "this is in the spec but not on the checkable axis" *in the type*, instead of pretending. Structurally this is what your Acknowledged Blind Spots table already does; this folds the pattern into the data model where the rest of the validators can see it. - -3. **Property granularity is editorial.** Cut too fine and you have a thousand `P_n` items; too coarse and the M:N richness collapses. The principle I'd use: *cut at the granularity where you'd want to write a separate predicate.* If two prose claims share one predicate, they're the same property; if one prose claim needs two predicates to fully express, it's two properties. - -4. **The mapping isn't free.** Migrating SPEC.md to this model is mechanical-ish but real work — you have to read each existing item and decide what claims it actually carries. The upside is that you only do this once; thereafter every new item is just `(commits | observes) → PropertyId[]`. - -The thing I'd flag as the deepest payoff: this model makes "Requirement" and "Criterion" stop being parallel containers of prose and start being structured *uses* of a single underlying claim. That alignment is exactly what makes the spec legible to an agent collaborator. Right now an LLM editing your file has to infer the relationship between R1 and AC1 from paraphrase similarity. With the factoring, the relationship is referential — `r.commits ⊇ ac.observes` is something an agent can compute, not guess. - -If you're tempted to start migrating, I'd start with one phase's worth of items (grounding, say) rather than the whole file at once. The first 3–5 properties you extract will tell you whether your existing prose was hiding more compound claims or more redundant ones, which changes the migration's character. - - - - - -Yes, this is exactly the right tension to name, and it's actually the *generative* tension — once you take it seriously, it forces design choices that improve the methodology in ways that aren't obvious if you treat structure as a free good. - -## Naming the tension precisely - -Three forces are pulling against each other: - -1. **Richer structure** (Property graph, M:N commits/observes, predicate alignment, validation passes) gives you better correctness signal and better LLM collaboration *once it's there*. -2. **Markdown-as-source** is great for human reading and bad for everything else: the LLM has to re-parse the whole document on every interaction, structural edits are textual surgery, and consistency is enforced by re-reading rather than by querying. -3. **Routine housekeeping** (staleness, supersession, cross-reference reconciliation, retirement) scales with structure — and as the document grows, the cost of "scan whole SPEC.md → reason about implications → emit careful patch" grows roughly quadratically. - -The trap is treating this as a tradeoff to balance — accept some structural debt to keep cognitive load manageable. The better move is to recognize that **markdown-as-source is the actual bottleneck**, and the structural complexity becomes manageable once you separate the source-of-truth representation from the human-readable projection. - -## The shift: SPEC as a queryable artifact, prose as a view - -The reframe is one your product is *already implicitly using* — Brunch's typed knowledge layer is exactly this idea applied to user specs. The asymmetry is that you're eliciting structured artifacts for users while developing Brunch from a flat document. Closing that asymmetry is the move. - -Concretely: store the spec as structured data (JSON, SQLite, TOML — whatever's lowest-friction for your stack), and render `SPEC.md` as a generated view. The LLM contributes by editing structured records via tools, not by patching prose. The generated markdown is a read-only artifact for humans, regenerated from the structured source. - -``` -spec/ - properties.json # all Property records - requirements.json - criteria.json - decisions.json - assumptions.json - predicates/ # one predicate file per Property that has one - p_ontology_integrity.ts - p_frontier_unlock.ts - validators/ # the spec-graph checks - orphan-properties.ts - unobserved-commits.ts - generate-spec-md.ts # source → SPEC.md projection -SPEC.md # generated, committed, read-only -``` - -The shifts this enables, in order of payoff: - -**The LLM stops parsing 500 lines to add one item.** Instead of "read SPEC.md, find the Requirements section, infer the next number, write a paragraph that matches the existing prose style, update the cross-reference tables in three other places, hope nothing else breaks," the operation becomes `add_property({ description, shape, predicate? })` followed by `link_requirement_to_property(r_id, p_id)`. The token cost of every contribution drops by an order of magnitude. So does the error rate. - -**Validation runs as a side-effect of edits, not as a periodic audit.** Every structured edit triggers the validator suite. Orphan properties, unobserved commits, broken supersession chains, missing predicates — all surface synchronously during the edit, not at some later "I should reconcile the spec" moment. The "routine housekeeping" cost largely disappears because there's no batch to do later. - -**Retirement and supersession become first-class operations** with mechanical effect, not editorial discipline. `retire_property(p_id, reason, supersededBy?)` sets a status flag, propagates to anything that referenced it, and the validators flag the consequences. You stop having to remember to prune, because pruning is a verb the LLM can use. - -**Diffs become structural.** When an LLM proposes a change, you don't review prose edits — you review a structured diff: "added Property P34, linked R17 to commit it, retired P21 with rationale X." This is dramatically easier to review correctly than prose patches, both for you and for any reviewer agent. - -## What the LLM actually sees on each contribution - -This is the part that materially reduces strain. Right now your skills load all of SPEC.md into context to do anything. With structured backing, the skills can load **scoped projections**: - -```typescript -// instead of: read entire SPEC.md -// load only what's relevant to the current edit - -const slice = await spec.contextFor({ - task: 'add-grounding-requirement', - scope: { - phases: ['grounding'], - relatedRequirements: 'all-grounding-r', - relatedProperties: 'all-properties-committed-by-grounding-r', - pendingValidationIssues: 'all', - activeDecisions: 'depending-on-grounding', - } -}); -``` - -The LLM gets a focused, structured view of just the parts of the spec relevant to its task, plus any validation issues currently outstanding. This is the same architectural pattern as a good IDE's symbol-aware editing vs. textual find-and-replace — and it has the same magnitude of effect on quality. - -A second move with similar payoff: **expose the spec as a tool surface, not a document.** The skills don't paste SPEC content; they call `query_spec`, `propose_property`, `link_property_to_requirement`, `retire_property`, `run_validators`. The LLM is a tool user against a structured backend, not a prose editor. This also gives you a complete audit log for free (every tool call is provenance), which closes the spec-drift gap from the Midspiral piece. - -## Skill design implications - -Your existing skills are document-shaped. The new ones should be operation-shaped, and they probably want to factor along three axes: - -**Read skills** — `survey-spec`, `find-orphan-properties`, `audit-stale-assumptions`, `trace-property-witnesses`. These query the structured store and return focused projections. They don't load the whole spec. - -**Write skills** — `propose-property`, `link-r-to-p`, `attach-predicate`, `retire-with-rationale`, `record-decision`. These are scoped, validated edits. Each runs the relevant validators and refuses to commit if it would introduce a structural inconsistency the LLM hasn't acknowledged. - -**Reconciliation skills** — `propose-supersession`, `merge-duplicate-properties`, `prune-stale`. These are higher-stakes operations that require explicit human confirmation, but they're still structured — they propose a diff, you confirm, the system applies. No more "find and update three tables." - -The skills become smaller and more numerous, but each is independently simpler. This is the same shape as good tool design generally — many small composable verbs beats a few heavyweight ones. It also makes the skills *individually testable*: each verb has a clear pre/postcondition you can fixture-test, instead of relying on prose convention. - -## The deeper observation - -Once the spec is queryable structured data with validators and tools, you've actually built a small instance of what Brunch is meant to be. Your dev methodology and your product converge — and the place they converge tells you something useful about what Brunch should ultimately be doing. - -The interesting move is to lean into this. **What if Brunch's own development used Brunch?** Not literally today — Brunch isn't ready to elicit specs about itself yet. But as a north star, the test of whether the product is good enough is whether you'd trust it with its own spec. Right now you're building the methodology you wish Brunch produced. Once that methodology is good enough to be machine-mediated, Brunch becomes the natural tool for using it. The dogfooding is the maturity test. - -A slightly more provocative version: the prose-shaped SPEC.md you have now is the artifact a *first-generation* Brunch would produce. The Property-graph-with-validators model is what a mature Brunch should produce. Your dev methodology is currently ahead of your product in some places (the invariant/requirement cross-referencing) and behind it in others (no structured store, no live validators). Knowing exactly where you are on each gap is itself useful spec-debt visibility. - -## Concrete starting move - -If I were starting this, I'd not migrate the whole file at once. I'd: - -1. **Define the structured schema** (Property, Requirement, Criterion, Decision, Assumption, with their relationships) in a single types file, plus a small SQLite or JSON store. -2. **Build the SPEC.md generator** first, before any migration. Confirm a stub structured spec renders into something close to your current format. This proves the projection direction works. -3. **Migrate one phase's items only** — grounding, probably, since it's the most foundational. This forces you to confront the granularity decisions in a contained scope. -4. **Write 3–5 read skills and 3–5 write skills** for the migrated portion. Use them on real grounding-spec edits for a week. -5. **Decide whether to continue migrating or to refine the model** based on what hurt. - -The thing you'll discover doing this is whether your Property granularity instincts are right. Almost certainly the first migration pass will produce too-fine or too-coarse properties, and you'll re-cut. Doing this on one phase is a survivable mistake; doing it on the whole file is not. - -The strain-on-LLM concern resolves in the right direction here: structured + scoped + tool-mediated is *less* cognitive load per contribution than prose + global + textual, even though the model itself is more complex. The complexity is in the type system and validators, where it belongs; the LLM's job becomes simpler, not harder. - - diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/kleppmanns-geolog-design-rationale-2026-04-18T12-57-01Z.md b/libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/kleppmanns-geolog-design-rationale-2026-04-18T12-57-01Z.md deleted file mode 100644 index 179eaccdda1..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/more-plugin-inputs/kleppmanns-geolog-design-rationale-2026-04-18T12-57-01Z.md +++ /dev/null @@ -1,331 +0,0 @@ -# Kleppmann's Geolog design rationale - -- Source: claude -- URL: https://claude.ai/chat/88560689-e753-45d2-8d52-e3ed0ec8af8a -- Exported: 2026-04-18T12:57:01.276Z -- Format: XML-style turn markers with raw markdown bodies - - - -I'd like you to help me understand this document. - - - - - -This is Kleppmann's personal motivation essay for Geolog, structured as a chain of "why not the obvious alternative?" arguments that each justify a design decision by ruling out the nearest off-the-shelf option. - -**The argumentative spine.** He starts from a national-security framing (AI-enabled offense is outpacing defense, destabilizing the offense-defense balance, so mass formal verification is a stabilizing defensive technology) and then walks inward through a series of negative arguments. *Why not Lean?* — designed for humans, bolts AI support on retroactively; no multi-agent collaboration primitives; LSP-based feedback loop is too slow; text representation requires parsing to reach the structured form agents actually reason over. *Why not an existing DBMS?* — server-centric systems block the fast feedback loop and parallel branching workflow needed for many agents; Git has local-first branching but only handles text; Automerge is closest but its data model is JSON. *Why a new data model?* — existing models capture a single version, whereas proofs are sequences of reasoning steps; SQL's constraint vocabulary is too weak to guarantee well-formedness under concurrent merges without serializable transactions. *Why geometric logic specifically?* — restricting to the fragment of first-order logic without negation (and with restricted implication/quantifiers) gives logical monotonicity, which means constraints can be checked incrementally on new writes without re-checking the whole database. - -**The technical payload.** Geolog is three things braided together: (1) a dependently typed language for declaring relational schemas with arbitrarily expressive structural constraints, (2) a local-first database with CRDT-style merging and version history as a first-class queryable object, and (3) a general substrate for any diagrammatic model of computation — ASTs, IRs, string diagrams, Petri nets, circuits, spreadsheets — because any of these can be defined as a Geolog theory (schema + axioms). The proof-checker/database equivalence is the crucial move: if your theory encodes proof rules as axioms, then database constraint checking *is* proof checking, and any stored data is automatically accompanied by a verified proof of its well-formedness. The roadmap section (MLIR SSA as the first non-trivial theory, Hexane as the columnar storage engine factored out of Automerge, BFT via hash graphs, possibly SNARKs for succinct proof transport) is where it becomes clear they're reusing Automerge's substrate and swapping only the data-model layer. - -**Connections to your work.** A few things stand out given your CPN architecture. Petri nets are explicitly named as one of the diagrammatic models Geolog is intended to subsume, so the forward-compatibility story is real — your CPN safety invariants would become axioms in a Geolog theory, with the token game encoded as structural constraints rather than runtime checks. Keyhive is named as a component already being absorbed into the Categorical Core's substrate, which tightens the integration story for your HCI layer. And the logical-monotonicity property from the geometric logic restriction is an interesting formal cousin of your "non-monotone in trust" illegality criterion — Geolog's design guarantees at the logic level that adding facts never invalidates prior theorems, which is structurally the property your four-way test demands. - -Want me to go deeper on any particular section — the geometric logic argument, the physical data layout discussion, the BFT/SNARK sketch, or the mapping from your CPN work onto a Geolog theory? - - - - - -I want to get a better grip on how agentic inputs and outputs are well-served by this. I probably need analogies to understand it better, because I don't actually know about what distinguishes geometric logic, for example - - - - - -Good instinct — the geometric-logic piece is doing a lot of quiet work in this document, and once it clicks, the whole "why is this good for agents" argument falls into place. Let me build this up in layers. - -**The core analogy: a kitchen with a very particular rule about ingredients.** - -Imagine a professional kitchen where many cooks work in parallel on a shared menu. The kitchen has rules — "every sauce must have a fat and an acid," "no dish leaves the pass without being plated." Now imagine two flavors of rulebook. - -*Rulebook A (classical logic, what Lean or SQL-with-triggers lets you write):* Rules can say things like "a dish is valid if it does NOT contain allergen X," or "a menu is complete if EVERY station has finished." These rules refer to absence and totality. The problem: if a cook adds a new ingredient somewhere, you might have to re-inspect every dish on every station to confirm nothing silently became invalid. Adding information can break things that were previously fine, because a rule that said "no X exists anywhere" can be falsified by adding an X somewhere you weren't looking. - -*Rulebook B (geometric logic, what Geolog uses):* Rules can only say things like "IF these ingredients are present together, THEN this other thing must also be present." Rules are about positive co-occurrence — patterns that, when you see them, demand more patterns. They cannot say "this must be absent" or "this must be the only one." The consequence: adding new facts can only ever *demand more facts*, never *falsify existing ones*. This is what Kleppmann means by **logical monotonicity** — more information monotonically grows what's true, and nothing previously established can be retracted by new writes. - -That property is the whole game for agents. - -**Why monotonicity is the right shape for agentic I/O.** - -Think about what an agent does when writing a proof or a program: it proposes small additions — a lemma, a rewrite step, a new node in an IR graph. In a non-monotonic system, every such addition is potentially a bomb: it might invalidate something another agent proved yesterday, and the system has to re-check the world to find out. Agents would have to hold a global picture in their heads (or the database would have to re-verify globally on every write), which destroys the fast feedback loop Kleppmann keeps insisting on. - -In a monotone system, an agent's output is a pure *contribution*. You wrote something; either it violates a local constraint (rejected immediately, with a precise explanation of which constraint and which rows), or it's accepted and joins the pile. No one else's work can be silently invalidated. This is why Kleppmann can claim the proof checker is incremental: it only has to look at what just got added, not re-examine everything. - -Now the branching/merging story makes sense too. Two agents working on separate branches are each monotonically accumulating facts. When you merge, you're unioning two piles of positive assertions. The only thing that can go wrong is that the union contains a pattern that triggers a constraint neither branch triggered alone — and because constraints are local ("if these patterns co-occur, then..."), the system can point at exactly which rows collide. Compare this to merging two Git branches that each added a function called `foo`: Git has no idea what `foo` means, so it just shows you two conflicting text blobs and shrugs. - -**An analogy for the input side: the difference between reading a novel and querying a library catalog.** - -When an agent interacts with Lean today, it's effectively reading the novel — it gets text shoveled at it, and has to parse that text into the structure it actually wants to reason over (the AST, the proof state, the available tactics). Every round trip pays the cost of flattening structure into text and re-parsing it. Kleppmann's footnote on page 4 is sharp about this: yes, the LLM consumes tokens, but there's no reason the *database's* primary representation should be textual. Text is a display format, not a reasoning format. - -Geolog instead offers the library catalog. The agent asks precise questions: "what are the inputs to this instruction?", "which rewrite rules have already been applied to this subgraph?", "what's the version history of this lemma?" — and gets small, structured answers. The agent pulls exactly what it needs. This is why the MCP-to-LSP-to-Lean chain feels baroque: it's three layers of translation between the agent's structured queries and the text-based substrate. Geolog collapses the stack. - -**An analogy for the output side: writing Lego instructions vs. writing an essay.** - -An agent producing a proof step in Lean is writing an essay — a string of tokens that has to parse, type-check, and advance the proof state, all as one atomic success-or-failure event. If any of it's wrong, you get a compiler error and try again. - -An agent producing a proof step in Geolog is snapping a Lego brick onto the structure. The "brick" is a small set of new rows in specific tables, each row being a structured fact ("this node is a rewrite of that node, via rule R"). The database checks: does this brick fit the pattern constraints? If yes, it clicks into place; if no, the rejection tells you precisely which stud didn't align. No parsing, no textual ambiguity, no "did you mean...". The atomic unit of progress is a structured contribution, not a text edit. - -**Putting it together: why this shape specifically suits many agents in parallel.** - -Four properties chain together: - -The geometric-logic restriction gives you monotonicity. Monotonicity means local writes can't invalidate remote work, which means agents don't need global coordination, which means they can run local-first on their own replicas without network round-trips. Local-first plus monotonicity means branching and merging are well-defined (you're unioning fact-sets), which means parallel exploration of proof strategies is cheap. Cheap parallel exploration is exactly what you need when a single proof might require millions of small steps and you don't know in advance which strategy will pan out. - -And because constraints are declared in the theory rather than enforced by transactions, the data *shape* is guaranteed — you can't end up with a malformed AST or a cyclic "linear" list as a merge artifact, which is the failure mode SQL databases have to prevent via serialization (and which Git just shrugs at entirely). - -**The connection back to your CPN work.** - -You'll notice the resonance: your architectural commitment to the Petri net as authoritative state rather than monitoring overlay is structurally the same move Kleppmann is making for Geolog — the formal object *is* the database, not a shadow of one. And your "non-monotone in trust" illegality criterion is a domain-specific instance of exactly the property Geolog builds in at the logic level. You've been reaching for monotonicity as a safety property for capability state; Geolog offers it as a foundational property of the substrate itself. When your CPN invariants eventually get expressed as a Geolog theory, the token game becomes a set of geometric sequents, and firing a transition becomes a structured write that either satisfies the axioms or gets rejected with a precise diagnostic. - -Does it help to go deeper on any of these? I could unpack *what geometric logic can't express* (the cases where you'd want negation and have to work around it), or walk through a concrete worked example of a small Geolog theory for, say, a linked list or a tiny IR — sometimes seeing the actual sequents makes the "patterns demand patterns" idea much more concrete. - - - - - -you said "higher level theory" at some point, and it feels like the point I need to dig in to: this sounds like we need to not only figure out how to express programs in geometric logic with local rules, but also all the other levels of reasoning and abstraction that are involved in any complex scenario/situation/system. Agents are not just writing code, and even within code as a domain, the rules for syntax can be local but the really critical work of how to compose a system and how to designs its part for composition, is happening on a different level of abstraction - - - - - -Yes — you've put your finger on exactly the thing that makes Geolog more interesting (and more ambitious) than "a database for ASTs." The higher-level theory idea is doing philosophical work that's easy to miss on first reading, and it's *precisely* about the multi-level abstraction problem you're pointing at. - -Let me try to unpack what "higher-level theory" actually means mechanically, and then why it matters for the composition problem you're naming. - -**The mechanical picture first.** - -A Geolog theory defines a universe of discourse: what entities exist, what relations can hold between them, what patterns are required or forbidden. So a theory of "MLIR programs" defines things like operations, values, blocks, regions, and the constraints that make a well-formed SSA graph — inputs-dominate-uses, types match, etc. An *instance* of that theory is a particular program. - -Now here's the move: a higher-level theory is one whose *entities* are instances of the lower-level theory. So you can have a theory of "MLIR programs" at level 1, and at level 2 a theory of "sequences of MLIR programs related by rewrite steps," where each entity at level 2 is a whole program-instance from level 1, and the relations are things like "program B is the result of applying rewrite rule R to program A." The axioms at level 2 constrain *the relationships between whole programs*, not between operations within a single program. - -You can stack this. Level 3 might be a theory of "optimization pipelines" whose entities are sequences-of-rewrites (level-2 objects), with constraints about which pipelines preserve which semantic properties. Level 4 might reason about *families* of pipelines, or about the compiler-as-a-whole. - -Crucially, each level uses the same geometric-logic constraint machinery. The monotonicity property holds at every level. And — this is the part Kleppmann emphasizes briefly but is load-bearing — higher-level theories can *reference across* lower-level instances. A level-2 fact can say "the `foo` node in program A corresponds to the `foo'` node in program B." The lower-level instances are immutable with respect to themselves (a program is what it is), but the higher-level theory weaves them into a larger structure. - -**Why this matters for the composition problem you named.** - -You're right that syntactic well-formedness is the easy part. The hard part of engineering — and of proof, and of science — is reasoning about *how parts compose into wholes whose properties aren't just the union of the parts' properties*. A module is well-typed; does the system built from many modules satisfy its security properties? A Petri net transition is well-formed; does the whole net enforce the information-flow policy you care about? An individual agent action is permitted; does the *pattern* of actions constitute something you want? - -What Geolog's layered-theory approach offers here is: **the compositional reasoning lives in a higher-level theory whose axioms are about the composition itself, and whose entities are the components.** This is different from, and more principled than, two common alternatives: - -*The "bigger flat theory" alternative:* you could try to encode everything in one giant theory — programs, rewrites, pipelines, security properties, all at the same level. This quickly becomes unworkable because constraints that are natural at one level of abstraction ("these two programs are semantically equivalent") get smeared across many rules at a lower level, and you lose the ability to reason modularly. - -*The "external proof assistant glues separate databases" alternative:* you could have one database for programs, another for rewrites, and use Lean or some external system to reason about their relationship. But then the relationship itself isn't a first-class object in your substrate — you can't query it, version it, merge it, or let agents contribute to it the same way they contribute to the components. - -Geolog says: each level of abstraction gets its own theory, with its own entities, relations, and axioms, and *the levels are composable inside the system*. A proof that a rewrite preserves semantics is a set of level-2 facts satisfying level-2 axioms. A proof that a compilation pipeline produces a secure binary from a source program is a level-3 fact — and it can cite, as evidence, specific level-2 objects (individual rewrites with their preservation proofs) which in turn cite level-1 objects (the specific programs). - -**The analogy that might help: scientific theories stacked on each other.** - -Think about how physics is organized. Particle physics defines entities (quarks, leptons) and their interactions. Nuclear physics takes those and composes them into nucleons, with its own entities (protons, neutrons, binding energies) and its own laws. Chemistry composes nucleons-plus-electrons into atoms and molecules, with its own laws (valence, reaction kinetics) that *don't mention quarks*. Biology composes molecules into cells. Each level has its own ontology and its own axioms. The higher levels aren't reducible-in-practice to the lower ones — you can't do protein folding by simulating quarks — but they're *grounded* in them: every biological claim is, in principle, compatible with every chemical claim, which is compatible with every physical claim. - -Geolog's layered theories offer something like this as a database structure. Each layer has its own "physics" (axioms in geometric logic), its own entities, and its own reasoning. But layers can reference each other, and the references are structural rather than textual — a level-2 fact doesn't *describe* a level-1 program in English, it *points at* it. - -**Now the part that should interest you most.** - -The composition problem you named — "how to design parts for composition" — is what category theorists mean when they talk about string diagrams, operads, and the algebra of composable systems. And this is, I suspect, not a coincidence with Geolog's design. The "Categorical Core" name isn't branding; the whole substrate is built around the insight that *the same mathematical structure that makes composition work in category theory — objects, morphisms, and the laws they satisfy — is what we want as the shape of a database for reasoning about composable systems*. Each Geolog theory is, roughly, a specification of a category: what objects are, what morphisms between them are allowed, what equations those morphisms satisfy. Higher-level theories are categories whose objects are lower-level instances. - -This gives you a principled answer to "where does the reasoning about composition live?": it lives in a theory whose axioms are precisely the laws of composition you care about. For a Petri net, the level-1 theory defines well-formed nets, but a level-2 theory might define *net composition operations* (parallel composition, sequential composition, hiding) and their algebraic laws. A proof that composing two secure nets yields a secure net is a level-2 statement — and it's a proof you can store, version, and let multiple agents contribute to, the same way they contribute to the nets themselves. - -**The honest limitations.** - -It's worth saying: Kleppmann presents this as a "I don't know of any existing database that has a comparably powerful data model" — and that phrasing is doing real work. The layered-theory composition is an *aspiration with a clear mathematical foundation*, not a feature that's been extensively road-tested. The document is candid that the physical data layout questions for single-level theories aren't settled yet, let alone cross-level references at scale. The MLIR example is meant to be the first non-trivial case, and the paper is honest that even that's ambitious. - -Also, the "anything compositional can be a higher-level theory" claim has a gotcha: *designing good theories at each level is itself the hard intellectual work*. Geolog gives you a powerful language for expressing multi-level structure, but it doesn't tell you *what the right ontology is* at each level. That remains a design act — which is why Kleppmann talks about Geolog theory authors giving hints, and why I suspect the HCI research questions in your workstream are going to matter a lot here. Someone has to decide what the objects at level 2 are, and whether that's the right carve-up for the reasoning you want to do. This is not a problem the substrate solves; it's a problem the substrate makes *possible to work on cleanly*. - -**The tie back to your architecture.** - -You're already doing this in your CPN work, whether you frame it this way or not. Your token colors, phase guards, and airlock transitions are level-1 stuff — the local syntax of the net. Your "epistemic phase as a structural primitive" move is arguably a level-2 claim: you're saying the *relationships between nets in different phases* are a thing with its own axioms (which transitions can bridge phases, under what token conditions). Your four-way illegality test is a level-3-ish claim: it's about properties that reason about whole trajectories of actions, not individual transitions. The fact that you've been reaching for these layers suggests the abstraction problem you're naming is already live in your design — you just haven't had a substrate that lets you express the layers as first-class composable objects rather than as separate informal conventions that have to stay consistent by hand. - -The Geolog bet is that giving you that substrate will change what's tractable. Whether it does is, as Kleppmann says, still a hypothesis. - -Do you want me to try sketching what a two-level Geolog-style theory might actually look like for a tiny fragment of your CPN architecture — maybe the epistemic-phase guard idea? Seeing it concrete, even in a toy form, might help separate what the substrate buys you from what still has to be designed by you. - - - - - -Yes I would be very curious to see that. Sometimes I think the tone of talk from the category theorists has a tendency to blur the sense of what is possible vs what is actually worked out, or almost as if the design part was somehow trivial... 😓 but figuring out how to map real domains and abstractions to this seems extremely challenging to me - - - - - -Your frustration is warranted — there's a real failure mode in category-theory-inflected technical writing where the expressive power of the formalism gets conflated with the *content* of a good model in that formalism. "You can express it as a theory" is not the same as "the theory is worked out," and the gap is often enormous. Let me try to be honest about that gap as we go, by actually *doing* the design work and flagging where I'm making real choices versus where the substrate is helping. - -I'll use a deliberately tiny fragment of your architecture: a single agent with an epistemic phase (explore vs. exploit) and a capability (read access to a document). This is small enough to actually finish, and it'll surface the design choices immediately. - -**Level 1: the state of the world.** - -At the bottom level we need to say what kinds of things exist and how they relate *at one moment*. This is the "instance at a point in time" picture. Let me sketch it in pseudo-Geolog-ish syntax — the exact surface syntax doesn't matter, what matters is what's being declared: - -``` -Types: - Agent - Capability - Phase -- just two values: Explore, Exploit - Document - -Relations: - inPhase(Agent, Phase) -- agent is currently in phase - holds(Agent, Capability) -- agent currently has capability - grants(Capability, Document) -- capability grants access to document - -Axioms (constraints): - A1: every Agent is in exactly one Phase - A2: every Capability grants access to at least one Document -``` - -Right away you should feel the ache: "every Agent in *exactly one* Phase" wants to say "no two phase-assignments" which is a negation-like claim. In geometric logic you express this positively: you declare that `inPhase` is *functional* — if `inPhase(a, p1)` and `inPhase(a, p2)` then `p1 = p2`. The equality here is a positive fact being demanded, not an absence being asserted. This is a real workaround pattern in geometric-logic schemas, and it's already a small design decision: you've had to decide that "an agent's phase" is a function rather than a relation, which seemed obvious here but won't always be. - -The "at least one" in A2 is also a geometric-logic-shaped axiom — it says "whenever a `Capability` exists, there *must also exist* a `Document` it grants access to." This is a pattern-demands-pattern axiom, exactly the shape we want. It's also a real design commitment: I've decided capabilities can't exist without referents. Maybe I want that, maybe I don't. The substrate forces me to be explicit. - -**Now the first real design decision surfaces.** - -I need to represent that "holding a capability in phase P" is different from "holding a capability in phase Q" — this is the heart of your airlock idea, that phase changes should invalidate capabilities. How do I model this? - -Option A: make `holds` a three-place relation `holds(Agent, Capability, Phase)`. Capabilities are held-in-a-phase, and phase transitions just correspond to different holdings. - -Option B: make capabilities themselves phase-scoped — each capability is "a read capability for document D *in phase explore*" — and `holds(Agent, Capability)` stays two-place. - -Option C: introduce an intermediate entity, `Grant`, which is the *event* of an agent being granted a capability in a phase, and `holds` is derived from active grants. - -These are genuinely different models with different downstream consequences. Option A is simplest but makes it awkward to talk about a capability "surviving" a phase change in cases where that's allowed. Option B reifies the phase-capability product, which might explode combinatorially. Option C introduces temporal structure that'll be useful later but is overkill now. - -*The substrate does not tell me which to pick.* This is exactly the design-is-not-trivial point you were naming. I'm going to go with Option C because it'll set up the level-2 story better, but I want to be clear this is a judgment call informed by where I'm planning to go, not a derivation. - -So, revised level 1: - -``` -Types: Agent, Capability, Phase, Document, Grant - -Relations: - inPhase(Agent, Phase) - grants(Capability, Document) - grantOf(Grant, Capability) -- which capability this grant is for - grantTo(Grant, Agent) -- which agent received it - grantInPhase(Grant, Phase) -- which phase it was issued in - active(Grant) -- is this grant currently in force - -Axioms: - A1: inPhase is functional per agent - A2: every Capability grants to at least one Document - A3: every Grant has exactly one Capability, one Agent, one Phase - A4: if active(g) and grantTo(g,a) and grantInPhase(g,p), - then inPhase(a, p) - -- "an active grant's phase must match its agent's current phase" -``` - -A4 is the airlock axiom in miniature. Read it out loud: "whenever we see an active grant that was issued to an agent in a particular phase, we must *also* see that agent currently being in that phase." If the agent's phase changes, A4 is violated unless the grant becomes inactive. The substrate enforces this structurally — you literally cannot write "agent moved to explore phase" into the database while an active exploit-phase grant for that agent exists. The write gets rejected with exactly that diagnostic. - -Notice what just happened: a *security property you care about* — capabilities don't survive phase transitions — became a structural axiom of your schema. You don't have a monitor checking for violations; the database will not let violations be recorded. This is the analogue of your "Petri net as authoritative state" principle, now rendered in geometric logic. - -**Level 2: trajectories, where the interesting reasoning lives.** - -Level 1 only describes single moments. But almost everything interesting about your architecture is about *how state evolves*: phase transitions are moments when capabilities must be revoked, trajectories through the net have properties, the four-way illegality test is about move sequences, not static configurations. - -A level-2 theory treats level-1 instances as its entities. Let me try: - -``` -Types: - State -- each entity here IS an entire level-1 instance - Transition -- a labeled edge between two states - TransitionKind -- {PhaseChange, GrantIssue, GrantRevoke, Use} - -Relations: - from(Transition, State) - to(Transition, State) - kind(Transition, TransitionKind) - precedes(State, State) -- derived: reachability -``` - -And now the interesting axioms — the ones that encode your architectural commitments as structural constraints at the trajectory level: - -``` -B1: every Transition has exactly one from, one to, one kind - -B2: AIRLOCK: if kind(t, PhaseChange) and from(t, s1) and to(t, s2) - and some agent a differs in phase between s1 and s2, - then no Grant is active(_) in s2 that was grantTo(_, a) - -- phase transitions zero out the agent's active grants - -B3: MONOTONE EVIDENCE: if some proposition P was established at state s1, - and precedes(s1, s2), then P is still evidenced at s2 - -- this is your "non-monotone in trust" criterion as a structural axiom -``` - -B2 is where the real money is. Notice the shape: a transition *of a particular kind* demands a particular structural relationship between its endpoints. The geometric logic axiom is "whenever you see a PhaseChange transition with these endpoints, you must also see [constraints on the endpoints]." Adding such a transition to the database without the endpoints satisfying the constraints is a rejected write. - -B3 is where I need to be honest with you about the limits. "Non-monotone in trust" is tricky to formalize because *what counts as trust-relevant evidence* is itself a modeling decision. I've waved at it with "some proposition P was established" but that's not a real axiom yet — it's a schema for a family of axioms, one for each kind of evidence you care about tracking. In practice you'd need to enumerate: signed attestations from other agents, completed human reviews, passed checks, etc., and B3 becomes a bunch of specific axioms, one per evidence type, each of the form "if evidence E was valid at s1 and s1 precedes s2, then E is valid at s2." - -This is exactly the kind of place where the category theorists' tone can mislead. "Evidence monotonicity is just an axiom at the trajectory level" sounds clean. *Actually enumerating your evidence types and proving the monotonicity claim holds for each of them* is a substantial piece of engineering and domain modeling. The substrate makes it *expressible*. It does not make it *easy*. - -**What I want to highlight about what just happened.** - -Three things worth noticing, because they're the actual payoff for the effort: - -First, the level-1 theory knows nothing about trajectories, phases-as-moments, or sequencing. It's a static theory. The level-2 theory treats level-1 states as opaque entities and reasons about their relationships. These are cleanly separable concerns, and an agent contributing to the database could be working entirely at level 2 — proposing a new transition between two existing states — without needing to re-derive anything about the internal structure of those states. That's the compositional win. - -Second, your architectural principles have become *axioms of the level-2 theory*. The airlock isn't a runtime check, it's a structural invariant. The non-monotone-in-trust criterion isn't a review checklist, it's (once you enumerate evidence types) a family of sequents. Agents that propose writes have their proposals rejected by the substrate when they violate these, with diagnostics pointing at exactly which axiom and which rows. This is what Kleppmann means by constraint-checking-equals-proof-checking: your security properties are enforced at the same level where the data is stored. - -Third — and this is the honest flip side — *I made a dozen design decisions to get here*, and most of them were not mechanical. Whether `Grant` is an entity. Whether `holds` is derived. What counts as evidence for B3. Whether phases are a type or an attribute. These choices determine what's easy to express, what queries are natural, what violations get caught, and what gets smeared across many axioms. The substrate gives you a very clean language for committing to a model. It does not tell you what model to build. - -**What I'd want to know before going further.** - -If this were actually your project and not a toy, the next design questions would be: is the level-1/level-2 cut at the right place? Maybe states-and-transitions should be level 1 (because your CPN already is a state-transition system), and level 2 is about *properties of trajectories* — things like "all trajectories from an explore-phase state to an exploit-phase state pass through a human-approval state." Those are specifications of what kind of trajectory you'll accept, and they're compositional: you can conjoin them, quantify them over classes of agents, etc. Level 3 might then be about *policies* — families of trajectory-specifications that an organization commits to. Your HCI work on delegation interfaces lives somewhere around level 2 or 3, because delegation is fundamentally about "what trajectory-shapes will I accept from a delegate." - -None of this carve-up is forced by the substrate. All of it is the design work you correctly identified as non-trivial. What Geolog offers is that *once you've decided on the carve-up*, each level is an expressible theory with enforced invariants, agents can contribute to each level independently, and you can reason formally about the relationships between levels. What Geolog does *not* offer is a way to skip the domain-modeling work — and the category-theoretic framing, for all its power, can make that work look deceptively tidy when the actual labor is deciding what your ontology is and what's worth making structural. - -Does this concretize it usefully? I'm aware I've been pretty dense and haven't fully worked out even this toy example — I could go further on any piece: actually trying to phrase the monotonicity axiom B3 for a specific evidence type, sketching the level-3 policy theory, or going sideways into what the *merge conflict* would look like if two agents proposed contradictory trajectory-level claims. - - - - - -This is quite helpful. I can get a glimpse of what would make it very powerful, although I don't quite see clearly how the axioms in the forms you stated them are simpler to check than if they were phrased differently; I think the main thing I notice in your later paragraphs is that we're proposing a science and discipline of database modelling for which we're going to be at a severe shortage of expert practitioners! Good relational database modelling is already not trivial at scale, and not everyone is good at thinking in those terms; these ones are even more demanding - - - - - -You've put your finger on two things that are worth separating, because one of them has a fairly crisp technical answer and the other is a genuine sociological problem that I don't think the Geolog folks have a great answer to. - -**On the "why is this form easier to check" question.** - -You're right to be skeptical that the axioms as I wrote them look obviously easier — prose like "whenever an active grant exists, the agent must be in a matching phase" could be read as a perfectly normal database trigger or assertion in any system. The efficiency claim is real but it operates at a level below the surface syntax, and I think I glossed it. Let me try to make it concrete. - -A geometric sequent has a specific shape: `∀x⃗. φ(x⃗) → ∃y⃗. ψ(x⃗, y⃗)` where both `φ` and `ψ` are conjunctions of atomic facts — literally just "this relation holds between these things, AND this relation holds between these things." No "not," no "or" in the conclusion, no nested quantifiers over negations. The universal outside and the existential inside are the only quantifiers allowed. - -The efficiency payoff comes from this exact shape, and it comes in two parts. - -*Pattern-matching instead of search.* To check whether a new write violates any axiom, the system needs to find: "does the new fact create a pattern matching some `φ` whose required `ψ` isn't present?" This is a join — you're pattern-matching the conjunctive `φ` against the database. Joins are what relational databases are genuinely good at, and decades of query planning technology applies. Crucially, the answer to "does pattern `φ` match?" can only *become true* when you add facts, never become false — because `φ` is a positive conjunction. So you only need to check axioms whose `φ` contains at least one of the relations you just wrote to. Everything else is provably untouched. - -Contrast with a constraint like "no agent holds two conflicting capabilities." The natural phrasing uses negation or uniqueness. To check it incrementally, you need to know whether *any* conflicting pair exists — and that's a question whose answer can flip either direction as you add or remove facts. You end up needing either (a) serializable transactions that lock enough of the database to reason globally, or (b) materialized counters/indexes that you maintain by hand and hope you got right. Both work, both are expensive, both are what SQL-plus-triggers actually does in practice. - -*Monotone repair.* When a geometric axiom is violated — `φ` matched but required `ψ` is missing — there's a well-defined sense in which the repair is "add facts to make `ψ` true." The axiom tells you exactly what's missing. With negation-heavy constraints the repair might be "remove something" or "change something," which interacts badly with concurrent writers. Geometric constraints have a kind of "chase" procedure (this is the technical term, from database theory) where you can mechanically fill in what's demanded. - -Now, the honest caveat: in my examples I *did* sneak in equalities ("inPhase is functional") and negation-shaped properties ("no active grant exists for this agent"). These are expressible in geometric logic but only through specific encodings — equality is itself a relation with axioms, "no X exists" becomes "if X exists, then contradiction" where contradiction is a designated empty-conclusion axiom. These encodings are real but they're not free. Part of the design skill you're pointing at is *knowing which negation-shaped properties have clean geometric encodings and which don't*. "Exactly one phase per agent" does (via functionality). "No two agents have overlapping capabilities" is genuinely harder and may force you to restructure your schema to make the property structural rather than a predicate. - -So the efficiency claim is honest but sharp: it applies to axioms in the geometric fragment, and part of the domain modeling skill is getting your properties *into* that fragment by designing your schema appropriately. When you can, you get incremental checking and clean merge semantics for free. When you can't, you have to refactor or fall back to non-incremental queries. - -**On the expert shortage.** - -This is the part where I think you're identifying something the SGAI documents don't really grapple with, and I want to take it seriously rather than hand-wave. - -Good relational schema design is already a craft that most working programmers are mediocre at. The number of production databases where people conflated "the form the UI wants to display" with "the normalized relational model" is... approximately all of them. Database normalization is taught, has decades of pedagogy behind it, has clear heuristics (the normal forms), and most people still get it wrong when the domain is complicated. And that's *without* dependent types, without multi-level theories composing into each other, without geometric logic's specific constraints on how you can phrase things, and without the extra burden of designing for AI agents to contribute rather than humans. - -The Geolog bet seems to be that *the people who will be writing Geolog theories are themselves going to be heavily AI-assisted*, and that this changes the calculus — it's okay for the substrate to be demanding if the primary users have an AI sitting next to them helping navigate the design space. There's something to this. A well-equipped AI could plausibly know all the standard encoding tricks (how to express functionality, how to encode "at most one," how to structure a higher-level theory), and could surface the standard failure modes. It could suggest "you've written something that looks like it wants negation; here are three ways to refactor into geometric shape, with these tradeoffs." - -But I think you're right that this is glossed in the documentation I've seen. The MLIR example in the roadmap is instructive: it's a case where *the ontology already exists* (MLIR is a well-specified IR with established semantics), so the Geolog theory is more like a translation exercise than a design-from-scratch exercise. The hard cases — your CPN work, cyber-physical modeling, scientific domains — *don't come with a pre-existing formal ontology*, and someone has to make the judgment calls I kept flagging in the toy example. Is a `Grant` a first-class entity? Is evidence level 2 or level 3? Where do temporal aspects live? - -There's a deeper version of the shortage worry too. In SQL-land, when you design a schema badly, you can at least *refactor later* — migrations are painful but tractable. In Geolog-land, because higher-level theories reference lower-level ones and proofs get stored against specific theory definitions, a schema change potentially invalidates proofs. There's a research question here that I don't think has a clear answer yet: what are the good patterns for *evolving* a theory as you learn more about a domain? In the paper Kleppmann mentions that the version history can encode the evolution of a proof, but I don't think he addresses the evolution of *the theory itself* — and that's where the practitioner-shortage bites hardest, because early theories will be wrong and people will need to revise them. - -There's also a selection-effect issue worth naming: the people currently excited about Geolog are, roughly, category theorists and formal methods researchers who *enjoy* this kind of modeling and are temperamentally suited to it. That's fine for the early research phase. But "enough people can build good theories that this becomes infrastructure for critical software" requires either that the substrate gets dramatically friendlier for more normal engineers, or that the AI-assistance story is good enough to paper over the skill gap, or that the domain of application stays narrow enough that a small expert community can handle it. The documents are optimistic about paths one and two; I haven't seen them seriously address what happens if neither pans out. - -A modest but real point in their favor: the "theories compose" property means you might not need every team to design theories from scratch. If someone designs a really good theory for "compilable IRs with rewrite-preserving optimization passes," everyone else can use it and reason *with* it without needing to have built it. This is the same economic logic as libraries in programming — most programmers don't write their own data structures because someone else already did, well. Whether this ecosystem emerges for Geolog theories is an open empirical question, and it depends on whether the early theories are good enough to become shared foundations rather than each project rolling its own. - -I think the honest summary is: Kleppmann's document makes a strong case that *if* we could write these theories well, they'd give us something genuinely new and valuable, especially for the large-scale formal verification goal. The "if" is doing a lot of work, and the paper is candid about the physical-layout and performance-engineering challenges while being much less candid about the domain-modeling and practitioner-ecosystem challenges. Your instinct that the design work is underrated is, I think, correct — and it's the kind of concern that tends to get sharper the closer you are to actually doing the work, which is probably why you're feeling it and the more theoretically-oriented participants in the program may not be. - -The HCI workstream you're in is, interestingly, one of the places where this concern is most salient. Because if the substrate's usability depends on tooling that helps people design theories well — surfacing encoding options, flagging schema smells, visualizing cross-level references, supporting theory evolution — that's HCI work. It's not glamorous compared to the category-theoretic foundations, but it may be load-bearing for whether the whole thing is actually practical at the scales the national-security argument requires. - - \ No newline at end of file diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-consumption-trigger-layout.json b/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-consumption-trigger-layout.json deleted file mode 100644 index fd8d6e3fadd..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-consumption-trigger-layout.json +++ /dev/null @@ -1,486 +0,0 @@ -{ - "places": [ - { - "id": "place__idle_tankers", - "name": "IdleTankers", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1470, - "y": 555 - }, - { - "id": "place__loads_delivered", - "name": "LoadsDelivered", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1230, - "y": 435 - }, - { - "id": "place__s1_order_placed", - "name": "SteadyNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1785, - "y": 780 - }, - { - "id": "place__s1_order_permits", - "name": "SteadyNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1230, - "y": 660 - }, - { - "id": "place__s1_on_route", - "name": "SteadyNitrogenOnRoute", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2325, - "y": 780 - }, - { - "id": "place__s1_vented", - "name": "SteadyNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1230, - "y": 225 - }, - { - "id": "place__s1_line_running", - "name": "SteadyNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 75, - "y": 1065 - }, - { - "id": "place__s1_line_stopped", - "name": "SteadyNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 645, - "y": 1260 - }, - { - "id": "place__s1_stockouts", - "name": "SteadyNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 645, - "y": 960 - }, - { - "id": "place__s1_consumed", - "name": "SteadyNitrogenConsumed", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 645, - "y": 765 - }, - { - "id": "place__s1_evaporated", - "name": "SteadyNitrogenEvaporated", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 630, - "y": 75 - }, - { - "id": "place__s1_contents", - "name": "SteadyNitrogenContents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 60, - "y": 360 - }, - { - "id": "place__s1_ullage", - "name": "SteadyNitrogenUllage", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 630, - "y": 375 - }, - { - "id": "place__s1_units_drawn_since_order", - "name": "SteadyNitrogenUnitsDrawnSinceOrder", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1050, - "y": 780 - } - ], - "transitions": [ - { - "id": "transition__s1_draw", - "name": "Draw a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_consumed", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - }, - { - "placeId": "place__s1_units_drawn_since_order", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// Switched off in the scenario where the customer's plant is shut. The tank\n// still boils off while they draw nothing, which is the point of the level.\nexport default Lambda((input, parameters) => {\n return parameters.draw_enabled > 0;\n});", - "transitionKernelCode": "", - "x": 360, - "y": 555 - }, - { - "id": "transition__s1_boil_off", - "name": "Boil off a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_evaporated", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 345, - "y": 165 - }, - { - "id": "transition__s1_raise_order", - "name": "Raise an order, 8 units drawn (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_units_drawn_since_order", - "weight": 8, - "type": "standard" - }, - { - "placeId": "place__s1_order_permits", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 1530, - "y": 780 - }, - { - "id": "transition__s1_dispatch", - "name": "Dispatch a tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 2055, - "y": 780 - }, - { - "id": "transition__s1_arrive", - "name": "Unload the tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 12, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 12 - }, - { - "placeId": "place__s1_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__idle_tankers", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 900, - "y": 555 - }, - { - "id": "transition__s1_vent", - "name": "Vent through the relief valve (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_vented", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 900, - "y": 225 - }, - { - "id": "transition__s1_stop_line", - "name": "Stop the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s1_stockouts", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 360, - "y": 1065 - }, - { - "id": "transition__s1_resume_line", - "name": "Resume the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 930, - "y": 1260 - } - ], - "types": [], - "differentialEquations": [], - "parameters": [ - { - "id": "param__draw_enabled", - "name": "Draw enabled", - "variableName": "draw_enabled", - "type": "real", - "defaultValue": "1" - } - ], - "scenarios": [ - { - "id": "scenario__drawing", - "name": "Customer drawing normally", - "description": "The customer is using product, so consumption events happen and either ordering policy has something to work with.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 1 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 1,\n LoadsDelivered: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SteadyNitrogenUnitsDrawnSinceOrder: 0,\n};" - } - }, - { - "id": "scenario__shut", - "name": "Customer shut, tank still evaporating", - "description": "The customer's plant is down for maintenance and draws nothing. The tank still loses product to boil-off. A real operating condition, and where the two ordering policies come apart.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 0 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 1,\n LoadsDelivered: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SteadyNitrogenUnitsDrawnSinceOrder: 0,\n};" - } - } - ], - "metrics": [ - { - "id": "metric__deliveries", - "name": "Loads delivered", - "description": "Tanker drops made.", - "code": "return state.places.LoadsDelivered.count;" - }, - { - "id": "metric__stockouts", - "name": "Stockouts", - "description": "Times a customer line stopped for want of product.", - "code": "return state.places.SteadyNitrogenStockouts.count;" - }, - { - "id": "metric__vented", - "name": "Vented through relief", - "description": "Units lost through a relief valve, in units at every level. Below the continuous levels the Vented place holds one token per unit, because the tank is a pile of one-unit tokens. From the continuous levels it holds one token per valve opening, each worth vent_loss units, so the count is scaled to keep this metric comparable down the sequence. Structurally reachable everywhere, and unreachable in practice below the continuous levels: under a level trigger the tank never fills completely, and with no pressure nothing else opens the valve.", - "code": "return state.places.SteadyNitrogenVented.count;" - }, - { - "id": "metric__evaporated", - "name": "Evaporated", - "description": "Units lost to boil-off.", - "code": "return state.places.SteadyNitrogenEvaporated.count;" - }, - { - "id": "metric__consumed", - "name": "Consumed", - "description": "Units the customers actually used.", - "code": "return state.places.SteadyNitrogenConsumed.count;" - }, - { - "id": "metric__envelope", - "name": "Contents plus ullage", - "description": "The place invariant, summed over the three sites. Every transition that moves product moves it between Contents and Ullage, so this is total capacity in every reachable marking and can be checked without simulating anything.", - "code": "return state.places.SteadyNitrogenContents.count + state.places.SteadyNitrogenUllage.count;" - }, - { - "id": "metric__stranded", - "name": "Stranded customers", - "description": "Customers that ended stopped with no order outstanding: the line is down and nothing is on its way to fix it.", - "code": "return (state.places.SteadyNitrogenLineStopped.count > 0 && state.places.SteadyNitrogenOrderPlaced.count === 0 ? 1 : 0);" - } - ], - "subnets": [], - "componentInstances": [], - "version": 1, - "meta": { - "generator": "Petrinaut" - }, - "title": "Gases 1 — plain net, one customer (consumption trigger)" -} diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-layout.json b/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-layout.json deleted file mode 100644 index d4b42b96572..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-1-pn-layout.json +++ /dev/null @@ -1,472 +0,0 @@ -{ - "places": [ - { - "id": "place__idle_tankers", - "name": "IdleTankers", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1455, - "y": 450 - }, - { - "id": "place__loads_delivered", - "name": "LoadsDelivered", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1230, - "y": 360 - }, - { - "id": "place__s1_order_placed", - "name": "SteadyNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1755, - "y": 675 - }, - { - "id": "place__s1_order_permits", - "name": "SteadyNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1245, - "y": 570 - }, - { - "id": "place__s1_on_route", - "name": "SteadyNitrogenOnRoute", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2280, - "y": 675 - }, - { - "id": "place__s1_vented", - "name": "SteadyNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1230, - "y": 195 - }, - { - "id": "place__s1_line_running", - "name": "SteadyNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 105, - "y": 900 - }, - { - "id": "place__s1_line_stopped", - "name": "SteadyNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 675, - "y": 1155 - }, - { - "id": "place__s1_stockouts", - "name": "SteadyNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 675, - "y": 810 - }, - { - "id": "place__s1_consumed", - "name": "SteadyNitrogenConsumed", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 675, - "y": 585 - }, - { - "id": "place__s1_evaporated", - "name": "SteadyNitrogenEvaporated", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 675, - "y": 45 - }, - { - "id": "place__s1_contents", - "name": "SteadyNitrogenContents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 105, - "y": 330 - }, - { - "id": "place__s1_ullage", - "name": "SteadyNitrogenUllage", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 675, - "y": 315 - } - ], - "transitions": [ - { - "id": "transition__s1_draw", - "name": "Draw a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_consumed", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// Switched off in the scenario where the customer's plant is shut. The tank\n// still boils off while they draw nothing, which is the point of the level.\nexport default Lambda((input, parameters) => {\n return parameters.draw_enabled > 0;\n});", - "transitionKernelCode": "", - "x": 405, - "y": 510 - }, - { - "id": "transition__s1_boil_off", - "name": "Boil off a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_evaporated", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 390, - "y": 135 - }, - { - "id": "transition__s1_raise_order", - "name": "Raise an order, level below trigger (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_permits", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 16, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 1500, - "y": 675 - }, - { - "id": "transition__s1_dispatch", - "name": "Dispatch a tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 2025, - "y": 675 - }, - { - "id": "transition__s1_arrive", - "name": "Unload the tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 12, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 12 - }, - { - "placeId": "place__s1_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__idle_tankers", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 945, - "y": 450 - }, - { - "id": "transition__s1_vent", - "name": "Vent through the relief valve (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_vented", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 945, - "y": 195 - }, - { - "id": "transition__s1_stop_line", - "name": "Stop the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s1_stockouts", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 405, - "y": 900 - }, - { - "id": "transition__s1_resume_line", - "name": "Resume the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => {\n return true;\n});", - "transitionKernelCode": "", - "x": 960, - "y": 1155 - } - ], - "types": [], - "differentialEquations": [], - "parameters": [ - { - "id": "param__draw_enabled", - "name": "Draw enabled", - "variableName": "draw_enabled", - "type": "real", - "defaultValue": "1" - } - ], - "scenarios": [ - { - "id": "scenario__drawing", - "name": "Customer drawing normally", - "description": "The customer is using product, so consumption events happen and either ordering policy has something to work with.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 1 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 1,\n LoadsDelivered: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n};" - } - }, - { - "id": "scenario__shut", - "name": "Customer shut, tank still evaporating", - "description": "The customer's plant is down for maintenance and draws nothing. The tank still loses product to boil-off. A real operating condition, and where the two ordering policies come apart.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 0 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 1,\n LoadsDelivered: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n};" - } - } - ], - "metrics": [ - { - "id": "metric__deliveries", - "name": "Loads delivered", - "description": "Tanker drops made.", - "code": "return state.places.LoadsDelivered.count;" - }, - { - "id": "metric__stockouts", - "name": "Stockouts", - "description": "Times a customer line stopped for want of product.", - "code": "return state.places.SteadyNitrogenStockouts.count;" - }, - { - "id": "metric__vented", - "name": "Vented through relief", - "description": "Units lost through a relief valve, in units at every level. Below the continuous levels the Vented place holds one token per unit, because the tank is a pile of one-unit tokens. From the continuous levels it holds one token per valve opening, each worth vent_loss units, so the count is scaled to keep this metric comparable down the sequence. Structurally reachable everywhere, and unreachable in practice below the continuous levels: under a level trigger the tank never fills completely, and with no pressure nothing else opens the valve.", - "code": "return state.places.SteadyNitrogenVented.count;" - }, - { - "id": "metric__evaporated", - "name": "Evaporated", - "description": "Units lost to boil-off.", - "code": "return state.places.SteadyNitrogenEvaporated.count;" - }, - { - "id": "metric__consumed", - "name": "Consumed", - "description": "Units the customers actually used.", - "code": "return state.places.SteadyNitrogenConsumed.count;" - }, - { - "id": "metric__envelope", - "name": "Contents plus ullage", - "description": "The place invariant, summed over the three sites. Every transition that moves product moves it between Contents and Ullage, so this is total capacity in every reachable marking and can be checked without simulating anything.", - "code": "return state.places.SteadyNitrogenContents.count + state.places.SteadyNitrogenUllage.count;" - }, - { - "id": "metric__stranded", - "name": "Stranded customers", - "description": "Customers that ended stopped with no order outstanding: the line is down and nothing is on its way to fix it.", - "code": "return (state.places.SteadyNitrogenLineStopped.count > 0 && state.places.SteadyNitrogenOrderPlaced.count === 0 ? 1 : 0);" - } - ], - "subnets": [], - "componentInstances": [], - "version": 1, - "meta": { - "generator": "Petrinaut" - }, - "title": "Gases 1 — plain net, one customer" -} diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-2-spn-layout.json b/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-2-spn-layout.json deleted file mode 100644 index 31eb77a1c1a..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-2-spn-layout.json +++ /dev/null @@ -1,978 +0,0 @@ -{ - "places": [ - { - "id": "place__idle_tankers", - "name": "IdleTankers", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2325, - "y": 2145 - }, - { - "id": "place__loads_delivered", - "name": "LoadsDelivered", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1905, - "y": 1935 - }, - { - "id": "place__returning", - "name": "Returning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1905, - "y": 2145 - }, - { - "id": "place__s1_order_placed", - "name": "SteadyNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2325, - "y": 1575 - }, - { - "id": "place__s1_order_permits", - "name": "SteadyNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1845, - "y": 1455 - }, - { - "id": "place__s1_on_route", - "name": "SteadyNitrogenOnRoute", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2835, - "y": 1575 - }, - { - "id": "place__s1_vented", - "name": "SteadyNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1815, - "y": 1020 - }, - { - "id": "place__s1_line_running", - "name": "SteadyNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 675, - "y": 1845 - }, - { - "id": "place__s1_line_stopped", - "name": "SteadyNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1275, - "y": 2055 - }, - { - "id": "place__s1_stockouts", - "name": "SteadyNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1260, - "y": 1740 - }, - { - "id": "place__s1_consumed", - "name": "SteadyNitrogenConsumed", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1260, - "y": 1560 - }, - { - "id": "place__s1_evaporated", - "name": "SteadyNitrogenEvaporated", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1275, - "y": 900 - }, - { - "id": "place__s1_contents", - "name": "SteadyNitrogenContents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 675, - "y": 1245 - }, - { - "id": "place__s1_ullage", - "name": "SteadyNitrogenUllage", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1275, - "y": 1140 - }, - { - "id": "place__s2_order_placed", - "name": "SlowNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2355, - "y": 3015 - }, - { - "id": "place__s2_order_permits", - "name": "SlowNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1860, - "y": 2910 - }, - { - "id": "place__s2_on_route", - "name": "SlowNitrogenOnRoute", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2895, - "y": 3015 - }, - { - "id": "place__s2_vented", - "name": "SlowNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1860, - "y": 2385 - }, - { - "id": "place__s2_line_running", - "name": "SlowNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 705, - "y": 3150 - }, - { - "id": "place__s2_line_stopped", - "name": "SlowNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1305, - "y": 3300 - }, - { - "id": "place__s2_stockouts", - "name": "SlowNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1305, - "y": 3030 - }, - { - "id": "place__s2_consumed", - "name": "SlowNitrogenConsumed", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1305, - "y": 2865 - }, - { - "id": "place__s2_evaporated", - "name": "SlowNitrogenEvaporated", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1275, - "y": 2235 - }, - { - "id": "place__s2_contents", - "name": "SlowNitrogenContents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 705, - "y": 2565 - }, - { - "id": "place__s2_ullage", - "name": "SlowNitrogenUllage", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1290, - "y": 2550 - } - ], - "transitions": [ - { - "id": "transition__s1_draw", - "name": "Draw a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_consumed", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return Math.max(parameters.draw_1 * parameters.draw_enabled, 1e-9);\n});", - "transitionKernelCode": "", - "x": 990, - "y": 1410 - }, - { - "id": "transition__s1_boil_off", - "name": "Boil off a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_evaporated", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.boiloff_rate;\n});", - "transitionKernelCode": "", - "x": 990, - "y": 1020 - }, - { - "id": "transition__s1_raise_order", - "name": "Raise an order, level below trigger (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_permits", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 16, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.review_rate;\n});", - "transitionKernelCode": "", - "x": 2100, - "y": 1575 - }, - { - "id": "transition__s1_dispatch", - "name": "Dispatch a tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.loading_rate;\n});", - "transitionKernelCode": "", - "x": 2580, - "y": 1575 - }, - { - "id": "transition__s1_arrive", - "name": "Unload the tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 12, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 12 - }, - { - "placeId": "place__s1_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / (6.0 * parameters.route_scale);\n});", - "transitionKernelCode": "", - "x": 1530, - "y": 1335 - }, - { - "id": "transition__s1_vent", - "name": "Vent through the relief valve (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_vented", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1530, - "y": 1020 - }, - { - "id": "transition__s1_stop_line", - "name": "Stop the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s1_stockouts", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 990, - "y": 1845 - }, - { - "id": "transition__s1_resume_line", - "name": "Resume the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1545, - "y": 2055 - }, - { - "id": "transition__s2_draw", - "name": "Draw a unit (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_consumed", - "weight": 1 - }, - { - "placeId": "place__s2_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return Math.max(parameters.draw_2 * parameters.draw_enabled, 1e-9);\n});", - "transitionKernelCode": "", - "x": 1005, - "y": 2775 - }, - { - "id": "transition__s2_boil_off", - "name": "Boil off a unit (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_evaporated", - "weight": 1 - }, - { - "placeId": "place__s2_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.boiloff_rate;\n});", - "transitionKernelCode": "", - "x": 1005, - "y": 2385 - }, - { - "id": "transition__s2_raise_order", - "name": "Raise an order, level below trigger (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_order_permits", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_contents", - "weight": 6, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_order_placed", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.review_rate;\n});", - "transitionKernelCode": "", - "x": 2130, - "y": 3015 - }, - { - "id": "transition__s2_dispatch", - "name": "Dispatch a tanker (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.loading_rate;\n});", - "transitionKernelCode": "", - "x": 2640, - "y": 3015 - }, - { - "id": "transition__s2_arrive", - "name": "Unload the tanker (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_ullage", - "weight": 12, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 12 - }, - { - "placeId": "place__s2_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / (9.0 * parameters.route_scale);\n});", - "transitionKernelCode": "", - "x": 1560, - "y": 2700 - }, - { - "id": "transition__s2_vent", - "name": "Vent through the relief valve (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_ullage", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_vented", - "weight": 1 - }, - { - "placeId": "place__s2_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1560, - "y": 2385 - }, - { - "id": "transition__s2_stop_line", - "name": "Stop the line (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_line_running", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s2_stockouts", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1020, - "y": 3165 - }, - { - "id": "transition__s2_resume_line", - "name": "Resume the line (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_line_stopped", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_line_running", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1560, - "y": 3300 - }, - { - "id": "transition__return_to_depot", - "name": "Return a tanker to the depot", - "inputArcs": [ - { - "placeId": "place__returning", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__idle_tankers", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / parameters.return_time;\n});", - "transitionKernelCode": "", - "x": 2130, - "y": 2145 - } - ], - "types": [], - "differentialEquations": [], - "parameters": [ - { - "id": "param__boiloff_rate", - "name": "Boil-off rate", - "variableName": "boiloff_rate", - "type": "real", - "defaultValue": "0.16" - }, - { - "id": "param__draw_1", - "name": "SteadyNitrogen draw rate", - "variableName": "draw_1", - "type": "real", - "defaultValue": "0.8" - }, - { - "id": "param__draw_2", - "name": "SlowNitrogen draw rate", - "variableName": "draw_2", - "type": "real", - "defaultValue": "0.1" - }, - { - "id": "param__draw_enabled", - "name": "Draw enabled", - "variableName": "draw_enabled", - "type": "real", - "defaultValue": "1" - }, - { - "id": "param__route_scale", - "name": "Route scale", - "variableName": "route_scale", - "type": "real", - "defaultValue": "1" - }, - { - "id": "param__return_time", - "name": "Mean hours on the return leg", - "variableName": "return_time", - "type": "real", - "defaultValue": "4.0" - }, - { - "id": "param__review_rate", - "name": "Telemetry reviews per hour", - "variableName": "review_rate", - "type": "real", - "defaultValue": "4.0" - }, - { - "id": "param__loading_rate", - "name": "Loadings per hour", - "variableName": "loading_rate", - "type": "real", - "defaultValue": "2.0" - }, - { - "id": "param__instant_rate", - "name": "Rate standing for an immediate event", - "variableName": "instant_rate", - "type": "real", - "defaultValue": "20.0" - } - ], - "scenarios": [ - { - "id": "scenario__drawing", - "name": "Customers drawing normally", - "description": "The customers are using product, so consumption events happen and either ordering policy has something to work with.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 1 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 1,\n LoadsDelivered: 0,\n Returning: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: 0,\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n};" - } - }, - { - "id": "scenario__shut", - "name": "Customers shut, tanks still evaporating", - "description": "The customers' plants are down for maintenance and draw nothing. Their tanks still lose product to boil-off. A real operating condition, and where the two ordering policies come apart.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 0 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 1,\n LoadsDelivered: 0,\n Returning: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: 0,\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n};" - } - }, - { - "id": "scenario__two_tankers", - "name": "A second tanker on the depot", - "description": "The same two customers with two trailers instead of one, so neither has to wait for the other's delivery to finish. What contention costs.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 1 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 2,\n LoadsDelivered: 0,\n Returning: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: 0,\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n};" - } - }, - { - "id": "scenario__slow_routes", - "name": "Routes half again as long", - "description": "Winter roads. Every mean journey stretches by half, which lengthens the tail as well as the mean because the journey is exponential.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "draw_enabled", - "default": 1 - }, - { - "type": "real", - "identifier": "route_scale", - "default": 1.5 - } - ], - "parameterOverrides": { - "param__draw_enabled": "scenario.draw_enabled", - "param__route_scale": "scenario.route_scale" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: 1,\n LoadsDelivered: 0,\n Returning: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: 0,\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: 0,\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n};" - } - } - ], - "metrics": [ - { - "id": "metric__deliveries", - "name": "Loads delivered", - "description": "Tanker drops made.", - "code": "return state.places.LoadsDelivered.count;" - }, - { - "id": "metric__stockouts", - "name": "Stockouts", - "description": "Times a customer line stopped for want of product.", - "code": "return state.places.SteadyNitrogenStockouts.count + state.places.SlowNitrogenStockouts.count;" - }, - { - "id": "metric__weighted_stockouts", - "name": "Criticality-weighted stockouts", - "description": "Stockouts weighted by how much the customer matters: the freezing plant counts 2, the laser shop 1. A total count cannot say whether the outages landed on the customer you could least afford to lose.", - "code": "return 2 * state.places.SteadyNitrogenStockouts.count + 1 * state.places.SlowNitrogenStockouts.count;" - }, - { - "id": "metric__vented", - "name": "Vented through relief", - "description": "Units lost through a relief valve, in units at every level. Below the continuous levels the Vented place holds one token per unit, because the tank is a pile of one-unit tokens. From the continuous levels it holds one token per valve opening, each worth vent_loss units, so the count is scaled to keep this metric comparable down the sequence. Structurally reachable everywhere, and unreachable in practice below the continuous levels: under a level trigger the tank never fills completely, and with no pressure nothing else opens the valve.", - "code": "return state.places.SteadyNitrogenVented.count + state.places.SlowNitrogenVented.count;" - }, - { - "id": "metric__evaporated", - "name": "Evaporated", - "description": "Units lost to boil-off.", - "code": "return state.places.SteadyNitrogenEvaporated.count + state.places.SlowNitrogenEvaporated.count;" - }, - { - "id": "metric__consumed", - "name": "Consumed", - "description": "Units the customers actually used.", - "code": "return state.places.SteadyNitrogenConsumed.count + state.places.SlowNitrogenConsumed.count;" - }, - { - "id": "metric__boiloff_share", - "name": "Share of outflow lost to boil-off", - "description": "Evaporated over everything that left the tanks. The quantity a consumption trigger is blind to, as a fraction.", - "code": "const consumed = state.places.SteadyNitrogenConsumed.count + state.places.SlowNitrogenConsumed.count;\nconst evaporated = state.places.SteadyNitrogenEvaporated.count + state.places.SlowNitrogenEvaporated.count;\nreturn consumed + evaporated > 0 ? evaporated / (consumed + evaporated) : 0;" - }, - { - "id": "metric__stockouts_per_hundred", - "name": "Stockouts per 100 units consumed", - "description": "Stockouts against the volume the customers actually drew. Safe to compare across this level's scenarios, which a raw count is not, because a scenario that delivers more has more chances to fail.", - "code": "const consumed = state.places.SteadyNitrogenConsumed.count + state.places.SlowNitrogenConsumed.count;\nreturn consumed > 0 ? 100 * (state.places.SteadyNitrogenStockouts.count + state.places.SlowNitrogenStockouts.count) / consumed : 0;" - }, - { - "id": "metric__stockouts_1", - "name": "SteadyNitrogen stockouts", - "description": "Times the food freezing plant stopped.", - "code": "return state.places.SteadyNitrogenStockouts.count;" - }, - { - "id": "metric__stockouts_2", - "name": "SlowNitrogen stockouts", - "description": "Times the laser cutting shop stopped.", - "code": "return state.places.SlowNitrogenStockouts.count;" - }, - { - "id": "metric__envelope", - "name": "Contents plus ullage", - "description": "The place invariant, summed over both sites. Every transition that moves product moves it between Contents and Ullage, so this is total capacity in every reachable marking and can be checked without simulating anything.", - "code": "return state.places.SteadyNitrogenContents.count + state.places.SteadyNitrogenUllage.count + state.places.SlowNitrogenContents.count + state.places.SlowNitrogenUllage.count;" - }, - { - "id": "metric__stranded", - "name": "Stranded customers", - "description": "Customers that ended stopped with no order outstanding: the line is down and nothing is on its way to fix it.", - "code": "return (state.places.SteadyNitrogenLineStopped.count > 0 && state.places.SteadyNitrogenOrderPlaced.count === 0 ? 1 : 0) + (state.places.SlowNitrogenLineStopped.count > 0 && state.places.SlowNitrogenOrderPlaced.count === 0 ? 1 : 0);" - } - ], - "subnets": [], - "componentInstances": [], - "version": 1, - "meta": { - "generator": "Petrinaut" - }, - "title": "Gases 2 — stochastic net, two customers on one tanker" -} diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-3-cpn-layout.json b/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-3-cpn-layout.json deleted file mode 100644 index 6c0226d031e..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-3-cpn-layout.json +++ /dev/null @@ -1,1300 +0,0 @@ -{ - "places": [ - { - "id": "place__idle_tankers", - "name": "IdleTankers", - "colorId": "type__tanker", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2535, - "y": 1830 - }, - { - "id": "place__loads_delivered", - "name": "LoadsDelivered", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2085, - "y": 2115 - }, - { - "id": "place__returning", - "name": "Returning", - "colorId": "type__tanker", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2085, - "y": 1830 - }, - { - "id": "place__s1_order_placed", - "name": "SteadyNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2235, - "y": 2340 - }, - { - "id": "place__s1_order_permits", - "name": "SteadyNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1785, - "y": 2220 - }, - { - "id": "place__s1_on_route", - "name": "SteadyNitrogenOnRoute", - "colorId": "type__tanker", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2655, - "y": 2340 - }, - { - "id": "place__s1_vented", - "name": "SteadyNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1785, - "y": 1770 - }, - { - "id": "place__s1_line_running", - "name": "SteadyNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 645, - "y": 2625 - }, - { - "id": "place__s1_line_stopped", - "name": "SteadyNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 2715 - }, - { - "id": "place__s1_stockouts", - "name": "SteadyNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 2490 - }, - { - "id": "place__s1_consumed", - "name": "SteadyNitrogenConsumed", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 2325 - }, - { - "id": "place__s1_evaporated", - "name": "SteadyNitrogenEvaporated", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 1665 - }, - { - "id": "place__s1_contents", - "name": "SteadyNitrogenContents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 645, - "y": 2070 - }, - { - "id": "place__s1_ullage", - "name": "SteadyNitrogenUllage", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1245, - "y": 1950 - }, - { - "id": "place__s2_order_placed", - "name": "SlowNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2280, - "y": 3585 - }, - { - "id": "place__s2_order_permits", - "name": "SlowNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1800, - "y": 3465 - }, - { - "id": "place__s2_on_route", - "name": "SlowNitrogenOnRoute", - "colorId": "type__tanker", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2715, - "y": 3585 - }, - { - "id": "place__s2_vented", - "name": "SlowNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1740, - "y": 2985 - }, - { - "id": "place__s2_line_running", - "name": "SlowNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 675, - "y": 3795 - }, - { - "id": "place__s2_line_stopped", - "name": "SlowNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1260, - "y": 3930 - }, - { - "id": "place__s2_stockouts", - "name": "SlowNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 3675 - }, - { - "id": "place__s2_consumed", - "name": "SlowNitrogenConsumed", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 3495 - }, - { - "id": "place__s2_evaporated", - "name": "SlowNitrogenEvaporated", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 2895 - }, - { - "id": "place__s2_contents", - "name": "SlowNitrogenContents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 660, - "y": 3210 - }, - { - "id": "place__s2_ullage", - "name": "SlowNitrogenUllage", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1245, - "y": 3165 - }, - { - "id": "place__s3_order_placed", - "name": "CriticalOxygenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2280, - "y": 1110 - }, - { - "id": "place__s3_order_permits", - "name": "CriticalOxygenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1785, - "y": 975 - }, - { - "id": "place__s3_on_route", - "name": "CriticalOxygenOnRoute", - "colorId": "type__tanker", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2745, - "y": 1110 - }, - { - "id": "place__s3_vented", - "name": "CriticalOxygenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1800, - "y": 555 - }, - { - "id": "place__s3_line_running", - "name": "CriticalOxygenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 615, - "y": 1350 - }, - { - "id": "place__s3_line_stopped", - "name": "CriticalOxygenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 1485 - }, - { - "id": "place__s3_stockouts", - "name": "CriticalOxygenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 1200 - }, - { - "id": "place__s3_consumed", - "name": "CriticalOxygenConsumed", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 1050 - }, - { - "id": "place__s3_evaporated", - "name": "CriticalOxygenEvaporated", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1245, - "y": 450 - }, - { - "id": "place__s3_contents", - "name": "CriticalOxygenContents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 615, - "y": 795 - }, - { - "id": "place__s3_ullage", - "name": "CriticalOxygenUllage", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1230, - "y": 735 - } - ], - "transitions": [ - { - "id": "transition__s1_draw", - "name": "Draw a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_consumed", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.draw_1;\n});", - "transitionKernelCode": "", - "x": 960, - "y": 2295 - }, - { - "id": "transition__s1_boil_off", - "name": "Boil off a unit (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_evaporated", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.boiloff_rate;\n});", - "transitionKernelCode": "", - "x": 960, - "y": 1815 - }, - { - "id": "transition__s1_raise_order", - "name": "Raise an order, level below trigger (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_permits", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 16, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.review_rate;\n});", - "transitionKernelCode": "", - "x": 2025, - "y": 2340 - }, - { - "id": "transition__s1_dispatch", - "name": "Dispatch a tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.IdleTankers[0].product === \"nitrogen\" ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n return { SteadyNitrogenOnRoute: [{ product: input.IdleTankers[0].product }] };\n});", - "x": 2445, - "y": 2340 - }, - { - "id": "transition__s1_arrive", - "name": "Unload the tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 12, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 12 - }, - { - "placeId": "place__s1_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / (6.0 * parameters.route_scale);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n Returning: [{ product: input.SteadyNitrogenOnRoute[0].product }],\n };\n});", - "x": 1485, - "y": 2115 - }, - { - "id": "transition__s1_vent", - "name": "Vent through the relief valve (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_ullage", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_vented", - "weight": 1 - }, - { - "placeId": "place__s1_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1485, - "y": 1770 - }, - { - "id": "transition__s1_stop_line", - "name": "Stop the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s1_stockouts", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 960, - "y": 2625 - }, - { - "id": "transition__s1_resume_line", - "name": "Resume the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_line_stopped", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_contents", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_line_running", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1470, - "y": 2715 - }, - { - "id": "transition__s2_draw", - "name": "Draw a unit (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_consumed", - "weight": 1 - }, - { - "placeId": "place__s2_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.draw_2;\n});", - "transitionKernelCode": "", - "x": 975, - "y": 3435 - }, - { - "id": "transition__s2_boil_off", - "name": "Boil off a unit (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_evaporated", - "weight": 1 - }, - { - "placeId": "place__s2_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.boiloff_rate;\n});", - "transitionKernelCode": "", - "x": 975, - "y": 3015 - }, - { - "id": "transition__s2_raise_order", - "name": "Raise an order, level below trigger (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_order_permits", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_contents", - "weight": 6, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_order_placed", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.review_rate;\n});", - "transitionKernelCode": "", - "x": 2040, - "y": 3585 - }, - { - "id": "transition__s2_dispatch", - "name": "Dispatch a tanker (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.IdleTankers[0].product === \"nitrogen\" ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n return { SlowNitrogenOnRoute: [{ product: input.IdleTankers[0].product }] };\n});", - "x": 2505, - "y": 3585 - }, - { - "id": "transition__s2_arrive", - "name": "Unload the tanker (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_ullage", - "weight": 12, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 12 - }, - { - "placeId": "place__s2_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / (9.0 * parameters.route_scale);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n Returning: [{ product: input.SlowNitrogenOnRoute[0].product }],\n };\n});", - "x": 1530, - "y": 3330 - }, - { - "id": "transition__s2_vent", - "name": "Vent through the relief valve (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_ullage", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_vented", - "weight": 1 - }, - { - "placeId": "place__s2_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1515, - "y": 2985 - }, - { - "id": "transition__s2_stop_line", - "name": "Stop the line (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_line_running", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s2_stockouts", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 975, - "y": 3795 - }, - { - "id": "transition__s2_resume_line", - "name": "Resume the line (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_line_stopped", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_contents", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_line_running", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1530, - "y": 3930 - }, - { - "id": "transition__s3_draw", - "name": "Draw a unit (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_consumed", - "weight": 1 - }, - { - "placeId": "place__s3_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.draw_3;\n});", - "transitionKernelCode": "", - "x": 960, - "y": 1020 - }, - { - "id": "transition__s3_boil_off", - "name": "Boil off a unit (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_contents", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_evaporated", - "weight": 1 - }, - { - "placeId": "place__s3_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.boiloff_rate;\n});", - "transitionKernelCode": "", - "x": 960, - "y": 540 - }, - { - "id": "transition__s3_raise_order", - "name": "Raise an order, level below trigger (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_order_permits", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_contents", - "weight": 20, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_order_placed", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.review_rate;\n});", - "transitionKernelCode": "", - "x": 2055, - "y": 1110 - }, - { - "id": "transition__s3_dispatch", - "name": "Dispatch a tanker (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.IdleTankers[0].product === \"oxygen\" ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n return { CriticalOxygenOnRoute: [{ product: input.IdleTankers[0].product }] };\n});", - "x": 2505, - "y": 1110 - }, - { - "id": "transition__s3_arrive", - "name": "Unload the tanker (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_ullage", - "weight": 12, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_contents", - "weight": 12 - }, - { - "placeId": "place__s3_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / (12.0 * parameters.route_scale);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n Returning: [{ product: input.CriticalOxygenOnRoute[0].product }],\n };\n});", - "x": 1485, - "y": 870 - }, - { - "id": "transition__s3_vent", - "name": "Vent through the relief valve (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_contents", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_ullage", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_vented", - "weight": 1 - }, - { - "placeId": "place__s3_ullage", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1500, - "y": 555 - }, - { - "id": "transition__s3_stop_line", - "name": "Stop the line (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_line_running", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_contents", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s3_stockouts", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 960, - "y": 1350 - }, - { - "id": "transition__s3_resume_line", - "name": "Resume the line (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_line_stopped", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_contents", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_line_running", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.instant_rate;\n});", - "transitionKernelCode": "", - "x": 1485, - "y": 1485 - }, - { - "id": "transition__return_to_depot", - "name": "Return a tanker to the depot", - "inputArcs": [ - { - "placeId": "place__returning", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__idle_tankers", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / parameters.return_time;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n return { IdleTankers: [{ product: input.Returning[0].product }] };\n});", - "x": 2295, - "y": 1830 - } - ], - "types": [ - { - "id": "type__tanker", - "name": "Tanker", - "iconSlug": "circle", - "displayColor": "#0ea5e9", - "elements": [ - { - "elementId": "type__tanker__product", - "name": "product", - "type": "string" - } - ] - } - ], - "differentialEquations": [], - "parameters": [ - { - "id": "param__boiloff_rate", - "name": "Boil-off rate", - "variableName": "boiloff_rate", - "type": "real", - "defaultValue": "0.16" - }, - { - "id": "param__draw_1", - "name": "SteadyNitrogen draw rate", - "variableName": "draw_1", - "type": "real", - "defaultValue": "0.8" - }, - { - "id": "param__draw_2", - "name": "SlowNitrogen draw rate", - "variableName": "draw_2", - "type": "real", - "defaultValue": "0.1" - }, - { - "id": "param__draw_3", - "name": "CriticalOxygen draw rate", - "variableName": "draw_3", - "type": "real", - "defaultValue": "0.6" - }, - { - "id": "param__route_scale", - "name": "Route scale", - "variableName": "route_scale", - "type": "real", - "defaultValue": "1" - }, - { - "id": "param__return_time", - "name": "Return leg (hours)", - "variableName": "return_time", - "type": "real", - "defaultValue": "4.0" - }, - { - "id": "param__instant_rate", - "name": "Instant rate (pseudo-immediate)", - "variableName": "instant_rate", - "type": "real", - "defaultValue": "1000" - }, - { - "id": "param__review_rate", - "name": "Order review rate", - "variableName": "review_rate", - "type": "real", - "defaultValue": "10" - }, - { - "id": "param__loading_rate", - "name": "Depot loading rate", - "variableName": "loading_rate", - "type": "real", - "defaultValue": "4" - } - ], - "scenarios": [ - { - "id": "scenario__base", - "name": "Three tankers, normal routes", - "description": "The reference case: three tankers on the depot, routes at their nominal length.", - "scenarioParameters": [], - "parameterOverrides": {}, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ product: \"nitrogen\" }, { product: \"nitrogen\" }, { product: \"oxygen\" }],\n LoadsDelivered: 0,\n Returning: [],\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenConsumed: 0,\n CriticalOxygenEvaporated: 0,\n CriticalOxygenContents: 46,\n CriticalOxygenUllage: 12,\n};" - } - }, - { - "id": "scenario__slow_routes", - "name": "Three tankers, routes half again as long", - "description": "Winter roads. Every route stretches by half, which is a question about the tail of the delay rather than its mean.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "route_scale", - "default": 1.5 - } - ], - "parameterOverrides": { - "param__route_scale": "scenario.route_scale" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ product: \"nitrogen\" }, { product: \"nitrogen\" }, { product: \"oxygen\" }],\n LoadsDelivered: 0,\n Returning: [],\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenConsumed: 0,\n CriticalOxygenEvaporated: 0,\n CriticalOxygenContents: 46,\n CriticalOxygenUllage: 12,\n};" - } - }, - { - "id": "scenario__two_tankers", - "name": "Two tankers, normal routes", - "description": "One trailer off the road. What the fleet can absorb.", - "scenarioParameters": [], - "parameterOverrides": {}, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ product: \"nitrogen\" }, { product: \"oxygen\" }],\n LoadsDelivered: 0,\n Returning: [],\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenConsumed: 0,\n CriticalOxygenEvaporated: 0,\n CriticalOxygenContents: 46,\n CriticalOxygenUllage: 12,\n};" - } - }, - { - "id": "scenario__second_oxygen_tanker", - "name": "Three tankers, two of them oxygen", - "description": "The same fleet size, re-specified so two trailers can serve the metals plant. Only a coloured net can tell this apart from the base case.", - "scenarioParameters": [], - "parameterOverrides": {}, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ product: \"nitrogen\" }, { product: \"oxygen\" }, { product: \"oxygen\" }],\n LoadsDelivered: 0,\n Returning: [],\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenConsumed: 0,\n SteadyNitrogenEvaporated: 0,\n SteadyNitrogenContents: 42,\n SteadyNitrogenUllage: 12,\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenConsumed: 0,\n SlowNitrogenEvaporated: 0,\n SlowNitrogenContents: 18,\n SlowNitrogenUllage: 12,\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenConsumed: 0,\n CriticalOxygenEvaporated: 0,\n CriticalOxygenContents: 46,\n CriticalOxygenUllage: 12,\n};" - } - } - ], - "metrics": [ - { - "id": "metric__deliveries", - "name": "Loads delivered", - "description": "Tanker drops made.", - "code": "return state.places.LoadsDelivered.count;" - }, - { - "id": "metric__stockouts", - "name": "Stockouts", - "description": "Times a customer line stopped for want of product.", - "code": "return state.places.SteadyNitrogenStockouts.count + state.places.SlowNitrogenStockouts.count + state.places.CriticalOxygenStockouts.count;" - }, - { - "id": "metric__weighted_stockouts", - "name": "Criticality-weighted stockouts", - "description": "Stockouts weighted by how much the customer matters: the metals plant counts 3, the freezing plant 2, the laser shop 1. A total count cannot say whether the outages landed on the customer you could least afford to lose.", - "code": "return 2 * state.places.SteadyNitrogenStockouts.count + 1 * state.places.SlowNitrogenStockouts.count + 3 * state.places.CriticalOxygenStockouts.count;" - }, - { - "id": "metric__vented", - "name": "Vented through relief", - "description": "Units lost through a relief valve, in units at every level. Below the continuous levels the Vented place holds one token per unit, because the tank is a pile of one-unit tokens. From the continuous levels it holds one token per valve opening, each worth vent_loss units, so the count is scaled to keep this metric comparable down the sequence. Structurally reachable everywhere, and unreachable in practice below the continuous levels: under a level trigger the tank never fills completely, and with no pressure nothing else opens the valve.", - "code": "return state.places.SteadyNitrogenVented.count + state.places.SlowNitrogenVented.count + state.places.CriticalOxygenVented.count;" - }, - { - "id": "metric__evaporated", - "name": "Evaporated", - "description": "Units lost to boil-off.", - "code": "return state.places.SteadyNitrogenEvaporated.count + state.places.SlowNitrogenEvaporated.count + state.places.CriticalOxygenEvaporated.count;" - }, - { - "id": "metric__consumed", - "name": "Consumed", - "description": "Units the customers actually used.", - "code": "return state.places.SteadyNitrogenConsumed.count + state.places.SlowNitrogenConsumed.count + state.places.CriticalOxygenConsumed.count;" - }, - { - "id": "metric__stockouts_1", - "name": "SteadyNitrogen stockouts", - "description": "Times the food freezing plant stopped.", - "code": "return state.places.SteadyNitrogenStockouts.count;" - }, - { - "id": "metric__stockouts_2", - "name": "SlowNitrogen stockouts", - "description": "Times the laser cutting shop stopped.", - "code": "return state.places.SlowNitrogenStockouts.count;" - }, - { - "id": "metric__stockouts_3", - "name": "CriticalOxygen stockouts", - "description": "Times the metals plant stopped.", - "code": "return state.places.CriticalOxygenStockouts.count;" - }, - { - "id": "metric__envelope", - "name": "Contents plus ullage", - "description": "The place invariant, summed over the three sites. Every transition that moves product moves it between Contents and Ullage, so this is total capacity in every reachable marking and can be checked without simulating anything.", - "code": "return state.places.SteadyNitrogenContents.count + state.places.SteadyNitrogenUllage.count + state.places.SlowNitrogenContents.count + state.places.SlowNitrogenUllage.count + state.places.CriticalOxygenContents.count + state.places.CriticalOxygenUllage.count;" - }, - { - "id": "metric__stranded", - "name": "Stranded customers", - "description": "Customers that ended stopped with no order outstanding: the line is down and nothing is on its way to fix it.", - "code": "return (state.places.SteadyNitrogenLineStopped.count > 0 && state.places.SteadyNitrogenOrderPlaced.count === 0 ? 1 : 0) + (state.places.SlowNitrogenLineStopped.count > 0 && state.places.SlowNitrogenOrderPlaced.count === 0 ? 1 : 0) + (state.places.CriticalOxygenLineStopped.count > 0 && state.places.CriticalOxygenOrderPlaced.count === 0 ? 1 : 0);" - } - ], - "subnets": [], - "componentInstances": [], - "version": 1, - "meta": { - "generator": "Petrinaut" - }, - "title": "Gases 3 \u2014 coloured net, three customers and a mixed fleet" -} diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-4-dcpn-layout.json b/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-4-dcpn-layout.json deleted file mode 100644 index cf0b2b1947f..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/gases-4-dcpn-layout.json +++ /dev/null @@ -1,1619 +0,0 @@ -{ - "places": [ - { - "id": "place__idle_tankers", - "name": "IdleTankers", - "colorId": "type__tanker", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2190, - "y": 1875 - }, - { - "id": "place__loads_delivered", - "name": "LoadsDelivered", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1890, - "y": 2100 - }, - { - "id": "place__returning", - "name": "Returning", - "colorId": "type__tanker", - "dynamicsEnabled": true, - "differentialEquationId": "de__returning", - "showAsInitialState": false, - "x": 1725, - "y": 1875 - }, - { - "id": "place__open_orders", - "name": "OpenOrders", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2160, - "y": 2580 - }, - { - "id": "place__hires", - "name": "Hires", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2880, - "y": 2010 - }, - { - "id": "place__plant", - "name": "Plant", - "colorId": "type__plant", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1755, - "y": 2565 - }, - { - "id": "place__outages", - "name": "Outages", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2115, - "y": 2760 - }, - { - "id": "place__s1_order_placed", - "name": "SteadyNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2100, - "y": 2325 - }, - { - "id": "place__s1_order_permits", - "name": "SteadyNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1545, - "y": 2190 - }, - { - "id": "place__s1_on_route", - "name": "SteadyNitrogenOnRoute", - "colorId": "type__tanker", - "dynamicsEnabled": true, - "differentialEquationId": "de__on_route", - "showAsInitialState": false, - "x": 2940, - "y": 2310 - }, - { - "id": "place__s1_vented", - "name": "SteadyNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1440, - "y": 1845 - }, - { - "id": "place__s1_line_running", - "name": "SteadyNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 615, - "y": 2565 - }, - { - "id": "place__s1_line_stopped", - "name": "SteadyNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1170, - "y": 2700 - }, - { - "id": "place__s1_stockouts", - "name": "SteadyNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1170, - "y": 2415 - }, - { - "id": "place__s1_tank", - "name": "SteadyNitrogenTank", - "colorId": "type__tank", - "dynamicsEnabled": true, - "differentialEquationId": "de__tank", - "showAsInitialState": true, - "x": 615, - "y": 2010 - }, - { - "id": "place__s2_order_placed", - "name": "SlowNitrogenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2100, - "y": 3540 - }, - { - "id": "place__s2_order_permits", - "name": "SlowNitrogenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1530, - "y": 3375 - }, - { - "id": "place__s2_on_route", - "name": "SlowNitrogenOnRoute", - "colorId": "type__tanker", - "dynamicsEnabled": true, - "differentialEquationId": "de__on_route", - "showAsInitialState": false, - "x": 2955, - "y": 3540 - }, - { - "id": "place__s2_vented", - "name": "SlowNitrogenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1455, - "y": 2970 - }, - { - "id": "place__s2_line_running", - "name": "SlowNitrogenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 600, - "y": 3720 - }, - { - "id": "place__s2_line_stopped", - "name": "SlowNitrogenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1185, - "y": 3855 - }, - { - "id": "place__s2_stockouts", - "name": "SlowNitrogenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1185, - "y": 3570 - }, - { - "id": "place__s2_tank", - "name": "SlowNitrogenTank", - "colorId": "type__tank", - "dynamicsEnabled": true, - "differentialEquationId": "de__tank", - "showAsInitialState": true, - "x": 585, - "y": 3165 - }, - { - "id": "place__s3_order_placed", - "name": "CriticalOxygenOrderPlaced", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2115, - "y": 1350 - }, - { - "id": "place__s3_order_permits", - "name": "CriticalOxygenOrderPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1545, - "y": 1245 - }, - { - "id": "place__s3_on_route", - "name": "CriticalOxygenOnRoute", - "colorId": "type__tanker", - "dynamicsEnabled": true, - "differentialEquationId": "de__on_route", - "showAsInitialState": false, - "x": 2955, - "y": 1335 - }, - { - "id": "place__s3_vented", - "name": "CriticalOxygenVented", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1455, - "y": 780 - }, - { - "id": "place__s3_line_running", - "name": "CriticalOxygenLineRunning", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 615, - "y": 1440 - }, - { - "id": "place__s3_line_stopped", - "name": "CriticalOxygenLineStopped", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1170, - "y": 1575 - }, - { - "id": "place__s3_stockouts", - "name": "CriticalOxygenStockouts", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1170, - "y": 1290 - }, - { - "id": "place__s3_tank", - "name": "CriticalOxygenTank", - "colorId": "type__tank", - "dynamicsEnabled": true, - "differentialEquationId": "de__tank", - "showAsInitialState": true, - "x": 645, - "y": 960 - } - ], - "transitions": [ - { - "id": "transition__s1_raise_order", - "name": "Raise an order (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_order_permits", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1 - }, - { - "placeId": "place__s1_order_placed", - "weight": 1 - }, - { - "placeId": "place__open_orders", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// The same threshold the plain net wrote as an inhibitor arc, now reading a\n// continuous level. Crossing it forces an order: a boundary jump, not a poll.\nexport default Lambda((input, parameters) => {\n return input.SteadyNitrogenTank[0].level < parameters.trigger_1;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.SteadyNitrogenTank[0];\n return { SteadyNitrogenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 1845, - "y": 2325 - }, - { - "id": "transition__s1_dispatch", - "name": "Dispatch a tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__open_orders", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__plant", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return (input.IdleTankers[0].product === \"nitrogen\" && input.Plant[0].up === 1) ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.IdleTankers[0];\n return {\n SteadyNitrogenOnRoute: [{ remaining: Distribution.Lognormal(Math.log(6.0 * parameters.route_scale), parameters.route_spread), product: unit.product, payload: unit.payload, hired: unit.hired }],\n };\n});", - "x": 2685, - "y": 2190 - }, - { - "id": "transition__s1_dispatch_resourced", - "name": "Dispatch a re-sourced tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__open_orders", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__plant", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return (input.IdleTankers[0].product === \"nitrogen\" && input.Plant[0].up === 0) ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.IdleTankers[0];\n return {\n SteadyNitrogenOnRoute: [{ remaining: Distribution.Lognormal(Math.log(6.0 * parameters.route_scale * parameters.outage_route_penalty), parameters.route_spread), product: unit.product, payload: unit.payload, hired: unit.hired }],\n };\n});", - "x": 2685, - "y": 2415 - }, - { - "id": "transition__s1_arrive", - "name": "Unload the tanker (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_tank", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1 - }, - { - "placeId": "place__s1_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.SteadyNitrogenOnRoute[0].remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.SteadyNitrogenOnRoute[0];\n const unit = input.SteadyNitrogenTank[0];\n const taken = Math.min(truck.payload, Math.max(unit.capacity - unit.level, 0));\n return {\n SteadyNitrogenTank: [\n {\n level: unit.level + taken, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled + (truck.payload - taken)\n },\n ],\n Returning: [\n { remaining: parameters.return_time, product: truck.product, payload: truck.payload, hired: truck.hired },\n ],\n };\n});", - "x": 1170, - "y": 2100 - }, - { - "id": "transition__s1_vent", - "name": "Vent through the relief valve (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1 - }, - { - "placeId": "place__s1_vented", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// The boundary jump no lower rung can express. Pressure reaching the setpoint\n// forces a discrete loss of product, and the valve reseats below the setpoint\n// so it cycles rather than firing once.\nexport default Lambda((input, parameters) => {\n return input.SteadyNitrogenTank[0].pressure >= parameters.relief_setpoint;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.SteadyNitrogenTank[0];\n return {\n SteadyNitrogenTank: [\n {\n level: Math.max(unit.level - parameters.vent_loss, 0), pressure: parameters.relief_setpoint - parameters.relief_reseat, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled\n },\n ],\n };\n});", - "x": 1170, - "y": 1845 - }, - { - "id": "transition__s1_stop_line", - "name": "Stop the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_line_running", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1 - }, - { - "placeId": "place__s1_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s1_stockouts", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.SteadyNitrogenTank[0].level <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.SteadyNitrogenTank[0];\n return { SteadyNitrogenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 885, - "y": 2565 - }, - { - "id": "transition__s1_resume_line", - "name": "Resume the line (SteadyNitrogen)", - "inputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s1_line_stopped", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s1_tank", - "weight": 1 - }, - { - "placeId": "place__s1_line_running", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.SteadyNitrogenTank[0].level > 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.SteadyNitrogenTank[0];\n return { SteadyNitrogenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 1410, - "y": 2700 - }, - { - "id": "transition__s2_raise_order", - "name": "Raise an order (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_order_permits", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1 - }, - { - "placeId": "place__s2_order_placed", - "weight": 1 - }, - { - "placeId": "place__open_orders", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// The same threshold the plain net wrote as an inhibitor arc, now reading a\n// continuous level. Crossing it forces an order: a boundary jump, not a poll.\nexport default Lambda((input, parameters) => {\n return input.SlowNitrogenTank[0].level < parameters.trigger_2;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.SlowNitrogenTank[0];\n return { SlowNitrogenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 1830, - "y": 3540 - }, - { - "id": "transition__s2_dispatch", - "name": "Dispatch a tanker (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__open_orders", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__plant", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return (input.IdleTankers[0].product === \"nitrogen\" && input.Plant[0].up === 1) ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.IdleTankers[0];\n return {\n SlowNitrogenOnRoute: [{ remaining: Distribution.Lognormal(Math.log(9.0 * parameters.route_scale), parameters.route_spread), product: unit.product, payload: unit.payload, hired: unit.hired }],\n };\n});", - "x": 2670, - "y": 3450 - }, - { - "id": "transition__s2_dispatch_resourced", - "name": "Dispatch a re-sourced tanker (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__open_orders", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__plant", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return (input.IdleTankers[0].product === \"nitrogen\" && input.Plant[0].up === 0) ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.IdleTankers[0];\n return {\n SlowNitrogenOnRoute: [{ remaining: Distribution.Lognormal(Math.log(9.0 * parameters.route_scale * parameters.outage_route_penalty), parameters.route_spread), product: unit.product, payload: unit.payload, hired: unit.hired }],\n };\n});", - "x": 2670, - "y": 3630 - }, - { - "id": "transition__s2_arrive", - "name": "Unload the tanker (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_tank", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1 - }, - { - "placeId": "place__s2_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.SlowNitrogenOnRoute[0].remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.SlowNitrogenOnRoute[0];\n const unit = input.SlowNitrogenTank[0];\n const taken = Math.min(truck.payload, Math.max(unit.capacity - unit.level, 0));\n return {\n SlowNitrogenTank: [\n {\n level: unit.level + taken, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled + (truck.payload - taken)\n },\n ],\n Returning: [\n { remaining: parameters.return_time, product: truck.product, payload: truck.payload, hired: truck.hired },\n ],\n };\n});", - "x": 1170, - "y": 3240 - }, - { - "id": "transition__s2_vent", - "name": "Vent through the relief valve (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1 - }, - { - "placeId": "place__s2_vented", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// The boundary jump no lower rung can express. Pressure reaching the setpoint\n// forces a discrete loss of product, and the valve reseats below the setpoint\n// so it cycles rather than firing once.\nexport default Lambda((input, parameters) => {\n return input.SlowNitrogenTank[0].pressure >= parameters.relief_setpoint;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.SlowNitrogenTank[0];\n return {\n SlowNitrogenTank: [\n {\n level: Math.max(unit.level - parameters.vent_loss, 0), pressure: parameters.relief_setpoint - parameters.relief_reseat, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled\n },\n ],\n };\n});", - "x": 1170, - "y": 2970 - }, - { - "id": "transition__s2_stop_line", - "name": "Stop the line (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_line_running", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1 - }, - { - "placeId": "place__s2_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s2_stockouts", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.SlowNitrogenTank[0].level <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.SlowNitrogenTank[0];\n return { SlowNitrogenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 870, - "y": 3720 - }, - { - "id": "transition__s2_resume_line", - "name": "Resume the line (SlowNitrogen)", - "inputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s2_line_stopped", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s2_tank", - "weight": 1 - }, - { - "placeId": "place__s2_line_running", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.SlowNitrogenTank[0].level > 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.SlowNitrogenTank[0];\n return { SlowNitrogenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 1425, - "y": 3855 - }, - { - "id": "transition__s3_raise_order", - "name": "Raise an order (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_order_permits", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1 - }, - { - "placeId": "place__s3_order_placed", - "weight": 1 - }, - { - "placeId": "place__open_orders", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// The same threshold the plain net wrote as an inhibitor arc, now reading a\n// continuous level. Crossing it forces an order: a boundary jump, not a poll.\nexport default Lambda((input, parameters) => {\n return input.CriticalOxygenTank[0].level < parameters.trigger_3;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.CriticalOxygenTank[0];\n return { CriticalOxygenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 1845, - "y": 1350 - }, - { - "id": "transition__s3_dispatch", - "name": "Dispatch a tanker (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__open_orders", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__plant", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return (input.IdleTankers[0].product === \"oxygen\" && input.Plant[0].up === 1) ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.IdleTankers[0];\n return {\n CriticalOxygenOnRoute: [{ remaining: Distribution.Lognormal(Math.log(12.0 * parameters.route_scale), parameters.route_spread), product: unit.product, payload: unit.payload, hired: unit.hired }],\n };\n});", - "x": 2700, - "y": 1260 - }, - { - "id": "transition__s3_dispatch_resourced", - "name": "Dispatch a re-sourced tanker (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_order_placed", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__open_orders", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__plant", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_on_route", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return (input.IdleTankers[0].product === \"oxygen\" && input.Plant[0].up === 0) ? parameters.loading_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.IdleTankers[0];\n return {\n CriticalOxygenOnRoute: [{ remaining: Distribution.Lognormal(Math.log(12.0 * parameters.route_scale * parameters.outage_route_penalty), parameters.route_spread), product: unit.product, payload: unit.payload, hired: unit.hired }],\n };\n});", - "x": 2715, - "y": 1440 - }, - { - "id": "transition__s3_arrive", - "name": "Unload the tanker (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_on_route", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_tank", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1 - }, - { - "placeId": "place__s3_order_permits", - "weight": 1 - }, - { - "placeId": "place__loads_delivered", - "weight": 1 - }, - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.CriticalOxygenOnRoute[0].remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.CriticalOxygenOnRoute[0];\n const unit = input.CriticalOxygenTank[0];\n const taken = Math.min(truck.payload, Math.max(unit.capacity - unit.level, 0));\n return {\n CriticalOxygenTank: [\n {\n level: unit.level + taken, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled + (truck.payload - taken)\n },\n ],\n Returning: [\n { remaining: parameters.return_time, product: truck.product, payload: truck.payload, hired: truck.hired },\n ],\n };\n});", - "x": 1170, - "y": 1080 - }, - { - "id": "transition__s3_vent", - "name": "Vent through the relief valve (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1 - }, - { - "placeId": "place__s3_vented", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "// The boundary jump no lower rung can express. Pressure reaching the setpoint\n// forces a discrete loss of product, and the valve reseats below the setpoint\n// so it cycles rather than firing once.\nexport default Lambda((input, parameters) => {\n return input.CriticalOxygenTank[0].pressure >= parameters.relief_setpoint;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const unit = input.CriticalOxygenTank[0];\n return {\n CriticalOxygenTank: [\n {\n level: Math.max(unit.level - parameters.vent_loss, 0), pressure: parameters.relief_setpoint - parameters.relief_reseat, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled\n },\n ],\n };\n});", - "x": 1170, - "y": 780 - }, - { - "id": "transition__s3_stop_line", - "name": "Stop the line (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_line_running", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1 - }, - { - "placeId": "place__s3_line_stopped", - "weight": 1 - }, - { - "placeId": "place__s3_stockouts", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.CriticalOxygenTank[0].level <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.CriticalOxygenTank[0];\n return { CriticalOxygenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 885, - "y": 1440 - }, - { - "id": "transition__s3_resume_line", - "name": "Resume the line (CriticalOxygen)", - "inputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__s3_line_stopped", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__s3_tank", - "weight": 1 - }, - { - "placeId": "place__s3_line_running", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.CriticalOxygenTank[0].level > 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.CriticalOxygenTank[0];\n return { CriticalOxygenTank: [{ level: unit.level, pressure: unit.pressure, capacity: unit.capacity, draw: unit.draw, drawn: unit.drawn, boiled: unit.boiled, criticality: unit.criticality, product: unit.product, spilled: unit.spilled }] };\n});", - "x": 1425, - "y": 1575 - }, - { - "id": "transition__return_to_depot", - "name": "Return a tanker to the depot", - "inputArcs": [ - { - "placeId": "place__returning", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__idle_tankers", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.Returning[0].remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const unit = input.Returning[0];\n return { IdleTankers: [{ remaining: 0, product: unit.product, payload: unit.payload, hired: unit.hired }] };\n});", - "x": 1950, - "y": 1875 - }, - { - "id": "transition__hire_tanker", - "name": "Hire a tanker", - "inputArcs": [ - { - "placeId": "place__open_orders", - "weight": 3, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__idle_tankers", - "weight": 1 - }, - { - "placeId": "place__hires", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.hire_enabled > 0 ? parameters.hire_rate : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n IdleTankers: [\n {\n remaining: 0,\n product: parameters.hire_oxygen > 0 ? \"oxygen\" : \"nitrogen\",\n payload: parameters.hired_payload,\n hired: 1,\n },\n ],\n };\n});", - "x": 2580, - "y": 2010 - }, - { - "id": "transition__release_tanker", - "name": "Release a hired tanker", - "inputArcs": [ - { - "placeId": "place__idle_tankers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__open_orders", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.IdleTankers[0].hired === 1 ? 1000 : 1e-9;\n});", - "transitionKernelCode": "", - "x": 2565, - "y": 2580 - }, - { - "id": "transition__plant_trips", - "name": "Trip the air separation plant", - "inputArcs": [ - { - "placeId": "place__plant", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__plant", - "weight": 1 - }, - { - "placeId": "place__outages", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.Plant[0].up === 1 ? 1 / parameters.uptime_hours : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel(() => {\n return { Plant: [{ up: 0 }] };\n});", - "x": 1755, - "y": 2760 - }, - { - "id": "transition__plant_recovers", - "name": "Restart the air separation plant", - "inputArcs": [ - { - "placeId": "place__plant", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__plant", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.Plant[0].up === 0 ? 1 / parameters.repair_hours : 1e-9;\n});", - "transitionKernelCode": "export default TransitionKernel(() => {\n return { Plant: [{ up: 1 }] };\n});", - "x": 1755, - "y": 2970 - } - ], - "types": [ - { - "id": "type__tanker", - "name": "Tanker", - "iconSlug": "circle", - "displayColor": "#0ea5e9", - "elements": [ - { - "elementId": "type__tanker__remaining", - "name": "remaining", - "type": "real" - }, - { - "elementId": "type__tanker__product", - "name": "product", - "type": "string" - }, - { - "elementId": "type__tanker__payload", - "name": "payload", - "type": "real" - }, - { - "elementId": "type__tanker__hired", - "name": "hired", - "type": "integer" - } - ] - }, - { - "id": "type__tank", - "name": "Tank", - "iconSlug": "circle", - "displayColor": "#f97316", - "elements": [ - { - "elementId": "type__tank__level", - "name": "level", - "type": "real" - }, - { - "elementId": "type__tank__pressure", - "name": "pressure", - "type": "real" - }, - { - "elementId": "type__tank__capacity", - "name": "capacity", - "type": "real" - }, - { - "elementId": "type__tank__draw", - "name": "draw", - "type": "real" - }, - { - "elementId": "type__tank__drawn", - "name": "drawn", - "type": "real" - }, - { - "elementId": "type__tank__boiled", - "name": "boiled", - "type": "real" - }, - { - "elementId": "type__tank__criticality", - "name": "criticality", - "type": "integer" - }, - { - "elementId": "type__tank__product", - "name": "product", - "type": "string" - }, - { - "elementId": "type__tank__spilled", - "name": "spilled", - "type": "real" - } - ] - }, - { - "id": "type__plant", - "name": "Plant", - "iconSlug": "circle", - "displayColor": "#ef4444", - "elements": [ - { - "elementId": "type__plant__up", - "name": "up", - "type": "integer" - } - ] - } - ], - "differentialEquations": [ - { - "id": "de__tank", - "name": "Tank", - "colorId": "type__tank", - "code": "// The rung the whole domain is built for. Level falls from the customer's draw\n// and from boil-off together, and stops at empty so Euler cannot drive it\n// negative. Pressure rises as boil-off gas fills whatever ullage is left, so a\n// nearly full tank pressurises fastest, and falls as liquid is drawn off. Empty\n// stops the customer's line and full opens the relief valve, so the safe region\n// is an interval and \"hold more stock\" is not a safe default.\nexport default Dynamics((tokens, parameters) => {\n return tokens.map((unit) => ({\n level: unit.level > 0 ? -(unit.draw + parameters.boiloff_rate) : 0, pressure: Math.max(parameters.pressure_gain * parameters.boiloff_rate / Math.max(unit.capacity - unit.level, 1) - parameters.pressure_vented_by_draw * unit.draw, unit.pressure > 1 ? -1 : 0), capacity: 0, draw: 0, drawn: unit.level > 0 ? unit.draw : 0, boiled: unit.level > 0 ? parameters.boiloff_rate : 0, spilled: 0\n }));\n});" - }, - { - "id": "de__on_route", - "name": "Journey clock (on route)", - "colorId": "type__tanker", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({ remaining: -1, payload: 0 }));\n});" - }, - { - "id": "de__returning", - "name": "Journey clock (returning)", - "colorId": "type__tanker", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({ remaining: -1, payload: 0 }));\n});" - } - ], - "parameters": [ - { - "id": "param__boiloff_rate", - "name": "Boil-off rate", - "variableName": "boiloff_rate", - "type": "real", - "defaultValue": "0.16" - }, - { - "id": "param__draw_1", - "name": "SteadyNitrogen draw rate", - "variableName": "draw_1", - "type": "real", - "defaultValue": "0.8" - }, - { - "id": "param__draw_2", - "name": "SlowNitrogen draw rate", - "variableName": "draw_2", - "type": "real", - "defaultValue": "0.1" - }, - { - "id": "param__draw_3", - "name": "CriticalOxygen draw rate", - "variableName": "draw_3", - "type": "real", - "defaultValue": "0.6" - }, - { - "id": "param__route_scale", - "name": "Route scale", - "variableName": "route_scale", - "type": "real", - "defaultValue": "1" - }, - { - "id": "param__route_spread", - "name": "Route spread", - "variableName": "route_spread", - "type": "real", - "defaultValue": "0.35" - }, - { - "id": "param__return_time", - "name": "Return leg (hours)", - "variableName": "return_time", - "type": "real", - "defaultValue": "4.0" - }, - { - "id": "param__trigger_1", - "name": "SteadyNitrogen trigger level", - "variableName": "trigger_1", - "type": "real", - "defaultValue": "16" - }, - { - "id": "param__trigger_2", - "name": "SlowNitrogen trigger level", - "variableName": "trigger_2", - "type": "real", - "defaultValue": "6" - }, - { - "id": "param__trigger_3", - "name": "CriticalOxygen trigger level", - "variableName": "trigger_3", - "type": "real", - "defaultValue": "20" - }, - { - "id": "param__pressure_gain", - "name": "Pressure gain", - "variableName": "pressure_gain", - "type": "real", - "defaultValue": "20" - }, - { - "id": "param__pressure_vented_by_draw", - "name": "Pressure vented by draw", - "variableName": "pressure_vented_by_draw", - "type": "real", - "defaultValue": "3" - }, - { - "id": "param__relief_setpoint", - "name": "Relief setpoint", - "variableName": "relief_setpoint", - "type": "real", - "defaultValue": "8" - }, - { - "id": "param__relief_reseat", - "name": "Relief reseat margin", - "variableName": "relief_reseat", - "type": "real", - "defaultValue": "1" - }, - { - "id": "param__vent_loss", - "name": "Units lost per valve opening", - "variableName": "vent_loss", - "type": "real", - "defaultValue": "0.4" - }, - { - "id": "param__hire_enabled", - "name": "Hire enabled", - "variableName": "hire_enabled", - "type": "real", - "defaultValue": "1" - }, - { - "id": "param__hire_oxygen", - "name": "Hire oxygen trailers (0 nitrogen, 1 oxygen)", - "variableName": "hire_oxygen", - "type": "integer", - "defaultValue": "0" - }, - { - "id": "param__hired_payload", - "name": "Hired payload", - "variableName": "hired_payload", - "type": "real", - "defaultValue": "12" - }, - { - "id": "param__uptime_hours", - "name": "Mean hours between trips", - "variableName": "uptime_hours", - "type": "real", - "defaultValue": "90" - }, - { - "id": "param__repair_hours", - "name": "Mean hours to recover", - "variableName": "repair_hours", - "type": "real", - "defaultValue": "24" - }, - { - "id": "param__outage_route_penalty", - "name": "Re-sourced route penalty", - "variableName": "outage_route_penalty", - "type": "real", - "defaultValue": "2.2" - }, - { - "id": "param__loading_rate", - "name": "Depot loading rate", - "variableName": "loading_rate", - "type": "real", - "defaultValue": "4" - }, - { - "id": "param__hire_rate", - "name": "Spot hire arrival rate", - "variableName": "hire_rate", - "type": "real", - "defaultValue": "0.1" - } - ], - "scenarios": [ - { - "id": "scenario__base", - "name": "Three tankers, normal routes", - "description": "The reference case: three tankers on the depot, routes at their nominal length.", - "scenarioParameters": [], - "parameterOverrides": {}, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"oxygen\", payload: 12, hired: 0 }],\n LoadsDelivered: 0,\n Returning: [],\n OpenOrders: 0,\n Hires: 0,\n Plant: [{ up: 1 }],\n Outages: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenTank: [{ level: 42, pressure: 2, drawn: 0, boiled: 0, capacity: 54, draw: parameters.draw_1, criticality: 2, product: \"nitrogen\", spilled: 0 }],\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenTank: [{ level: 18, pressure: 2, drawn: 0, boiled: 0, capacity: 30, draw: parameters.draw_2, criticality: 1, product: \"nitrogen\", spilled: 0 }],\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenTank: [{ level: 46, pressure: 2, drawn: 0, boiled: 0, capacity: 58, draw: parameters.draw_3, criticality: 3, product: \"oxygen\", spilled: 0 }],\n};" - } - }, - { - "id": "scenario__slow_routes", - "name": "Three tankers, routes half again as long", - "description": "Winter roads. Every route stretches by half, which is a question about the tail of the delay rather than its mean.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "route_scale", - "default": 1.5 - } - ], - "parameterOverrides": { - "param__route_scale": "scenario.route_scale" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"oxygen\", payload: 12, hired: 0 }],\n LoadsDelivered: 0,\n Returning: [],\n OpenOrders: 0,\n Hires: 0,\n Plant: [{ up: 1 }],\n Outages: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenTank: [{ level: 42, pressure: 2, drawn: 0, boiled: 0, capacity: 54, draw: parameters.draw_1, criticality: 2, product: \"nitrogen\", spilled: 0 }],\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenTank: [{ level: 18, pressure: 2, drawn: 0, boiled: 0, capacity: 30, draw: parameters.draw_2, criticality: 1, product: \"nitrogen\", spilled: 0 }],\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenTank: [{ level: 46, pressure: 2, drawn: 0, boiled: 0, capacity: 58, draw: parameters.draw_3, criticality: 3, product: \"oxygen\", spilled: 0 }],\n};" - } - }, - { - "id": "scenario__two_tankers", - "name": "Two tankers, normal routes", - "description": "One trailer off the road. What the fleet can absorb.", - "scenarioParameters": [], - "parameterOverrides": {}, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"oxygen\", payload: 12, hired: 0 }],\n LoadsDelivered: 0,\n Returning: [],\n OpenOrders: 0,\n Hires: 0,\n Plant: [{ up: 1 }],\n Outages: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenTank: [{ level: 42, pressure: 2, drawn: 0, boiled: 0, capacity: 54, draw: parameters.draw_1, criticality: 2, product: \"nitrogen\", spilled: 0 }],\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenTank: [{ level: 18, pressure: 2, drawn: 0, boiled: 0, capacity: 30, draw: parameters.draw_2, criticality: 1, product: \"nitrogen\", spilled: 0 }],\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenTank: [{ level: 46, pressure: 2, drawn: 0, boiled: 0, capacity: 58, draw: parameters.draw_3, criticality: 3, product: \"oxygen\", spilled: 0 }],\n};" - } - }, - { - "id": "scenario__slow_customer_throttled", - "name": "SlowNitrogen throttled back", - "description": "The slow-drawing customer cuts to a fifth of its usual draw. Its tank now sits nearly full with boil-off gas filling a small ullage, so the relief valve starts to cycle. This is the case where filling a tank up is the wrong thing to do.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "slow_draw", - "default": 0.01 - } - ], - "parameterOverrides": { - "param__draw_2": "scenario.slow_draw" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"oxygen\", payload: 12, hired: 0 }],\n LoadsDelivered: 0,\n Returning: [],\n OpenOrders: 0,\n Hires: 0,\n Plant: [{ up: 1 }],\n Outages: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenTank: [{ level: 42, pressure: 2, drawn: 0, boiled: 0, capacity: 54, draw: parameters.draw_1, criticality: 2, product: \"nitrogen\", spilled: 0 }],\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenTank: [{ level: 18, pressure: 2, drawn: 0, boiled: 0, capacity: 30, draw: parameters.draw_2, criticality: 1, product: \"nitrogen\", spilled: 0 }],\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenTank: [{ level: 46, pressure: 2, drawn: 0, boiled: 0, capacity: 58, draw: parameters.draw_3, criticality: 3, product: \"oxygen\", spilled: 0 }],\n};" - } - }, - { - "id": "scenario__no_hire", - "name": "No spot hire", - "description": "The same net with hiring switched off, so the fleet is fixed at three. The difference against the base case is what the ability to hire is worth.", - "scenarioParameters": [ - { - "type": "real", - "identifier": "hire_enabled", - "default": 0 - } - ], - "parameterOverrides": { - "param__hire_enabled": "scenario.hire_enabled" - }, - "initialState": { - "type": "code", - "content": "return {\n IdleTankers: [{ remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"nitrogen\", payload: 12, hired: 0 }, { remaining: 0, product: \"oxygen\", payload: 12, hired: 0 }],\n LoadsDelivered: 0,\n Returning: [],\n OpenOrders: 0,\n Hires: 0,\n Plant: [{ up: 1 }],\n Outages: 0,\n SteadyNitrogenOrderPlaced: 0,\n SteadyNitrogenOrderPermits: 2,\n SteadyNitrogenOnRoute: [],\n SteadyNitrogenVented: 0,\n SteadyNitrogenLineRunning: 1,\n SteadyNitrogenLineStopped: 0,\n SteadyNitrogenStockouts: 0,\n SteadyNitrogenTank: [{ level: 42, pressure: 2, drawn: 0, boiled: 0, capacity: 54, draw: parameters.draw_1, criticality: 2, product: \"nitrogen\", spilled: 0 }],\n SlowNitrogenOrderPlaced: 0,\n SlowNitrogenOrderPermits: 1,\n SlowNitrogenOnRoute: [],\n SlowNitrogenVented: 0,\n SlowNitrogenLineRunning: 1,\n SlowNitrogenLineStopped: 0,\n SlowNitrogenStockouts: 0,\n SlowNitrogenTank: [{ level: 18, pressure: 2, drawn: 0, boiled: 0, capacity: 30, draw: parameters.draw_2, criticality: 1, product: \"nitrogen\", spilled: 0 }],\n CriticalOxygenOrderPlaced: 0,\n CriticalOxygenOrderPermits: 2,\n CriticalOxygenOnRoute: [],\n CriticalOxygenVented: 0,\n CriticalOxygenLineRunning: 1,\n CriticalOxygenLineStopped: 0,\n CriticalOxygenStockouts: 0,\n CriticalOxygenTank: [{ level: 46, pressure: 2, drawn: 0, boiled: 0, capacity: 58, draw: parameters.draw_3, criticality: 3, product: \"oxygen\", spilled: 0 }],\n};" - } - } - ], - "metrics": [ - { - "id": "metric__deliveries", - "name": "Loads delivered", - "description": "Tanker drops made.", - "code": "return state.places.LoadsDelivered.count;" - }, - { - "id": "metric__stockouts", - "name": "Stockouts", - "description": "Times a customer line stopped for want of product.", - "code": "return state.places.SteadyNitrogenStockouts.count + state.places.SlowNitrogenStockouts.count + state.places.CriticalOxygenStockouts.count;" - }, - { - "id": "metric__weighted_stockouts", - "name": "Criticality-weighted stockouts", - "description": "Stockouts weighted by how much the customer matters: the metals plant counts 3, the freezing plant 2, the laser shop 1. A total count cannot say whether the outages landed on the customer you could least afford to lose.", - "code": "return 2 * state.places.SteadyNitrogenStockouts.count + 1 * state.places.SlowNitrogenStockouts.count + 3 * state.places.CriticalOxygenStockouts.count;" - }, - { - "id": "metric__vented", - "name": "Vented through relief", - "description": "Units lost through a relief valve, in units at every level. Below the continuous levels the Vented place holds one token per unit, because the tank is a pile of one-unit tokens. From the continuous levels it holds one token per valve opening, each worth vent_loss units, so the count is scaled to keep this metric comparable down the sequence. Structurally reachable everywhere, and unreachable in practice below the continuous levels: under a level trigger the tank never fills completely, and with no pressure nothing else opens the valve.", - "code": "return parameters.vent_loss * (state.places.SteadyNitrogenVented.count + state.places.SlowNitrogenVented.count + state.places.CriticalOxygenVented.count);" - }, - { - "id": "metric__evaporated", - "name": "Evaporated", - "description": "Units lost to boil-off.", - "code": "const boiled1 = state.places.SteadyNitrogenTank.tokens.reduce((sum, tank) => sum + tank.boiled, 0);\nconst boiled2 = state.places.SlowNitrogenTank.tokens.reduce((sum, tank) => sum + tank.boiled, 0);\nconst boiled3 = state.places.CriticalOxygenTank.tokens.reduce((sum, tank) => sum + tank.boiled, 0);\nreturn boiled1 + boiled2 + boiled3;" - }, - { - "id": "metric__spilled", - "name": "Surplus lost on delivery", - "description": "Units a tanker could not fit into the tank. From this level the arrival kernel fills the tank to capacity and drops the remainder, where levels 1 to 3 held the delivery back until it fit. It reads 0 in every scenario here, because the reorder trigger plus the largest possible outstanding order stays at least 14 units below capacity in all three tanks (40 of 54, 18 of 30, 44 of 58), so a load always fits. The metric guards that headroom against a change in trigger, payload or permit count.", - "code": "const spilled1 = state.places.SteadyNitrogenTank.tokens.reduce((sum, tank) => sum + tank.spilled, 0);\nconst spilled2 = state.places.SlowNitrogenTank.tokens.reduce((sum, tank) => sum + tank.spilled, 0);\nconst spilled3 = state.places.CriticalOxygenTank.tokens.reduce((sum, tank) => sum + tank.spilled, 0);\nreturn spilled1 + spilled2 + spilled3;" - }, - { - "id": "metric__consumed", - "name": "Consumed", - "description": "Units the customers actually used.", - "code": "const drawn1 = state.places.SteadyNitrogenTank.tokens.reduce((sum, tank) => sum + tank.drawn, 0);\nconst drawn2 = state.places.SlowNitrogenTank.tokens.reduce((sum, tank) => sum + tank.drawn, 0);\nconst drawn3 = state.places.CriticalOxygenTank.tokens.reduce((sum, tank) => sum + tank.drawn, 0);\nreturn drawn1 + drawn2 + drawn3;" - }, - { - "id": "metric__stockouts_per_hundred", - "name": "Stockouts per 100 units delivered to customers", - "description": "Stockouts against the volume actually drawn. A demand process that cannot go negative consumes more when it is more volatile, so a raw count would credit a volatile scenario for being busier as well as worse.", - "code": "const drawn1 = state.places.SteadyNitrogenTank.tokens.reduce((sum, tank) => sum + tank.drawn, 0);\nconst drawn2 = state.places.SlowNitrogenTank.tokens.reduce((sum, tank) => sum + tank.drawn, 0);\nconst drawn3 = state.places.CriticalOxygenTank.tokens.reduce((sum, tank) => sum + tank.drawn, 0);\nconst drawnTotal = drawn1 + drawn2 + drawn3;\nreturn drawnTotal > 0 ? 100 * (state.places.SteadyNitrogenStockouts.count + state.places.SlowNitrogenStockouts.count + state.places.CriticalOxygenStockouts.count) / drawnTotal : 0;" - }, - { - "id": "metric__stockouts_1", - "name": "SteadyNitrogen stockouts", - "description": "Times the food freezing plant stopped.", - "code": "return state.places.SteadyNitrogenStockouts.count;" - }, - { - "id": "metric__stockouts_2", - "name": "SlowNitrogen stockouts", - "description": "Times the laser cutting shop stopped.", - "code": "return state.places.SlowNitrogenStockouts.count;" - }, - { - "id": "metric__stockouts_3", - "name": "CriticalOxygen stockouts", - "description": "Times the metals plant stopped.", - "code": "return state.places.CriticalOxygenStockouts.count;" - }, - { - "id": "metric__level", - "name": "Level in tanks", - "description": "Units left across the three customer tanks at the end.", - "code": "const level1 = state.places.SteadyNitrogenTank.tokens.reduce((sum, tank) => sum + tank.level, 0);\nconst level2 = state.places.SlowNitrogenTank.tokens.reduce((sum, tank) => sum + tank.level, 0);\nconst level3 = state.places.CriticalOxygenTank.tokens.reduce((sum, tank) => sum + tank.level, 0);\nreturn level1 + level2 + level3;" - }, - { - "id": "metric__vent_openings", - "name": "Relief valve openings", - "description": "Times a relief valve lifted. The valve reseats below the setpoint, so a tank that stays near it cycles, and the count of openings says how hard the valve is working where the units vented say what it cost.", - "code": "return state.places.SteadyNitrogenVented.count + state.places.SlowNitrogenVented.count + state.places.CriticalOxygenVented.count;" - }, - { - "id": "metric__pressure", - "name": "Pressure at SlowNitrogen", - "description": "Tank pressure at the slow-drawing customer, where boil-off gas has the least ullage to fill.", - "code": "const tanks = state.places.SlowNitrogenTank.tokens;\nif (tanks.length === 0) return 0;\nreturn tanks[0].pressure;" - }, - { - "id": "metric__hires", - "name": "Tankers hired in", - "description": "Trailers created on demand. A fixed-population net cannot represent this at all.", - "code": "return state.places.Hires.count;" - }, - { - "id": "metric__outages", - "name": "Plant outages", - "description": "Times the air separation plant tripped and its customers were re-sourced onto longer routes.", - "code": "return state.places.Outages.count;" - } - ], - "subnets": [], - "componentInstances": [], - "version": 1, - "meta": { - "generator": "Petrinaut" - }, - "title": "Gases 4 \u2014 dynamic coloured net" -} diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/semiconductor-fab-drift-layout.json b/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/semiconductor-fab-drift-layout.json deleted file mode 100644 index 5696182b13f..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/semiconductor-fab-drift-layout.json +++ /dev/null @@ -1,1509 +0,0 @@ -{ - "places": [ - { - "id": "place__fab_entrance", - "name": "FabEntrance", - "colorId": "type__lot", - "dynamicsEnabled": true, - "differentialEquationId": "de__aging", - "showAsInitialState": false, - "x": 2360, - "y": 423.5 - }, - { - "id": "place__wip_queue", - "name": "WIPQueue", - "colorId": "type__lot", - "dynamicsEnabled": true, - "differentialEquationId": "de__aging", - "showAsInitialState": false, - "x": -255, - "y": 1515 - }, - { - "id": "place__batch_queue", - "name": "BatchQueue", - "colorId": "type__lot", - "dynamicsEnabled": true, - "differentialEquationId": "de__batch_wait", - "showAsInitialState": false, - "x": 375, - "y": 1515 - }, - { - "id": "place__in_process", - "name": "InProcess", - "colorId": "type__lot", - "dynamicsEnabled": true, - "differentialEquationId": "de__processing", - "showAsInitialState": false, - "x": 975, - "y": 1515 - }, - { - "id": "place__post_process", - "name": "PostProcess", - "colorId": "type__lot", - "dynamicsEnabled": true, - "differentialEquationId": "de__aging", - "showAsInitialState": false, - "x": 1800, - "y": 569.3333333333334 - }, - { - "id": "place__in_inspection", - "name": "InInspection", - "colorId": "type__lot", - "dynamicsEnabled": true, - "differentialEquationId": "de__processing", - "showAsInitialState": false, - "x": 930, - "y": 585 - }, - { - "id": "place__finished", - "name": "Finished", - "colorId": "type__lot", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2360, - "y": 256 - }, - { - "id": "place__scrapped", - "name": "Scrapped", - "colorId": "type__lot", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2355, - "y": 885 - }, - { - "id": "place__wip_permits", - "name": "WIPPermits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2355, - "y": 1110 - }, - { - "id": "place__chambers_available", - "name": "ChambersAvailable", - "colorId": "type__chamber", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 0, - "y": 1020 - }, - { - "id": "place__chambers_processing", - "name": "ChambersProcessing", - "colorId": "type__chamber", - "dynamicsEnabled": true, - "differentialEquationId": "de__chamber_processing", - "showAsInitialState": false, - "x": 930, - "y": 1020 - }, - { - "id": "place__chambers_in_maintenance", - "name": "ChambersInMaintenance", - "colorId": "type__chamber", - "dynamicsEnabled": true, - "differentialEquationId": "de__chamber_maintenance", - "showAsInitialState": false, - "x": 1875, - "y": 1515 - }, - { - "id": "place__chambers_broken", - "name": "ChambersBroken", - "colorId": "type__chamber", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1800, - "y": 930 - }, - { - "id": "place__maintenance_crew", - "name": "MaintenanceCrew", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 1260, - "y": 1230 - }, - { - "id": "place__maintenance_events", - "name": "MaintenanceEvents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1800, - "y": 1080 - }, - { - "id": "place__breakdown_events", - "name": "BreakdownEvents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1800, - "y": 1231 - }, - { - "id": "place__lots_released", - "name": "LotsReleased", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2925, - "y": 1110 - }, - { - "id": "place__lots_completed", - "name": "LotsCompleted", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2360, - "y": 106 - }, - { - "id": "place__calibrations", - "name": "Calibrations", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2505, - "y": 1515 - } - ], - "transitions": [ - { - "id": "transition__demand_logic", - "name": "Demand arrives (logic)", - "inputArcs": [], - "outputArcs": [ - { - "placeId": "place__fab_entrance", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.demand_rate * 0.5;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n FabEntrance: [{ product_type: 0, layer: 0, priority: 1.0, age: 0, defect_count: 0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0, batch_wait: 0 }],\n };\n});", - "x": 2080, - "y": 456 - }, - { - "id": "transition__demand_memory", - "name": "Demand arrives (memory)", - "inputArcs": [], - "outputArcs": [ - { - "placeId": "place__fab_entrance", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.demand_rate * 0.35;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n FabEntrance: [{ product_type: 1, layer: 0, priority: 1.0, age: 0, defect_count: 0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0, batch_wait: 0 }],\n };\n});", - "x": 2080, - "y": 156 - }, - { - "id": "transition__demand_analog", - "name": "Demand arrives (analog)", - "inputArcs": [], - "outputArcs": [ - { - "placeId": "place__fab_entrance", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.demand_rate * 0.15;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n FabEntrance: [{ product_type: 2, layer: 0, priority: 1.0, age: 0, defect_count: 0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0, batch_wait: 0 }],\n };\n});", - "x": 2080, - "y": 356 - }, - { - "id": "transition__release_lot", - "name": "Release lot into fab", - "inputArcs": [ - { - "placeId": "place__fab_entrance", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__wip_permits", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1 - }, - { - "placeId": "place__lots_released", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => true);", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const lot = input.FabEntrance[0];\n return {\n WIPQueue: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": 2595, - "y": 1110 - }, - { - "id": "transition__priority_update", - "name": "Update lot priority toward deadline", - "inputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.WIPQueue[0];\n return lot.wait_time >= parameters.priority_update_interval;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.WIPQueue[0];\n const remaining = lot.due_date - lot.age;\n const urgency = remaining <= 0 ? 10 : parameters.target_cycle_time / remaining;\n const newPriority = Math.max(urgency, 1.0);\n return {\n WIPQueue: [{ product_type: lot.product_type, layer: lot.layer, priority: newPriority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: 0, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": -255, - "y": 1110 - }, - { - "id": "transition__extend_deadline", - "name": "Renegotiate deadline (lot past due)", - "inputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.WIPQueue[0];\n return lot.age > lot.due_date + parameters.deadline_grace_period;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.WIPQueue[0];\n return {\n WIPQueue: [{ product_type: lot.product_type, layer: lot.layer, priority: 1.0, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: 0, due_date: lot.age + parameters.target_cycle_time, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": -255, - "y": 1290 - }, - { - "id": "transition__dispatch_litho", - "name": "Dispatch lot to litho chamber", - "inputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__chambers_available", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__in_process", - "weight": 1 - }, - { - "placeId": "place__chambers_processing", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.WIPQueue[0];\n const chamber = input.ChambersAvailable[0];\n const qualOk = chamber.qualification === 0\n || (chamber.qualification === 1 && lot.product_type <= 1)\n || (chamber.qualification === 2 && lot.product_type === 2);\n return chamber.machine_group === 0 && qualOk && (lot.layer === 0 || lot.layer === 4 || lot.layer === 9 || lot.layer === 12 || lot.layer === 16 || lot.layer === 20 || lot.layer === 24);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.WIPQueue[0];\n const chamber = input.ChambersAvailable[0];\n const productFactor = lot.product_type === 0 ? 1.0\n : lot.product_type === 1 ? 0.85 : 1.15;\n return {\n InProcess: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: Distribution.Lognormal(Math.log(parameters.litho_time * productFactor), parameters.process_sigma), wait_time: 0, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: 0 }],\n ChambersProcessing: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: parameters.diffusion_step, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 465, - "y": 1125 - }, - { - "id": "transition__dispatch_etch", - "name": "Dispatch lot to etch chamber", - "inputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__chambers_available", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__in_process", - "weight": 1 - }, - { - "placeId": "place__chambers_processing", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.WIPQueue[0];\n const chamber = input.ChambersAvailable[0];\n const qualOk = chamber.qualification === 0\n || (chamber.qualification === 1 && lot.product_type <= 1)\n || (chamber.qualification === 2 && lot.product_type === 2);\n return chamber.machine_group === 1 && qualOk && (lot.layer === 1 || lot.layer === 5 || lot.layer === 8 || lot.layer === 10 || lot.layer === 13 || lot.layer === 15 || lot.layer === 17 || lot.layer === 21 || lot.layer === 25 || lot.layer === 27);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.WIPQueue[0];\n const chamber = input.ChambersAvailable[0];\n const productFactor = lot.product_type === 0 ? 1.0\n : lot.product_type === 1 ? 0.85 : 1.15;\n return {\n InProcess: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: Distribution.Lognormal(Math.log(parameters.etch_time * productFactor), parameters.process_sigma), wait_time: 0, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: 0 }],\n ChambersProcessing: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: parameters.diffusion_step, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 465, - "y": 915 - }, - { - "id": "transition__enter_batch_queue", - "name": "Lot enters furnace batch queue", - "inputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__batch_queue", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n const lot = input.WIPQueue[0];\n return lot.layer === 2 || lot.layer === 7 || lot.layer === 14 || lot.layer === 19 || lot.layer === 22 || lot.layer === 26;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const lot = input.WIPQueue[0];\n return {\n BatchQueue: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: 0 }],\n };\n});", - "x": 105, - "y": 1515 - }, - { - "id": "transition__load_furnace", - "name": "Load lot into furnace batch", - "inputArcs": [ - { - "placeId": "place__batch_queue", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__chambers_available", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__in_process", - "weight": 1 - }, - { - "placeId": "place__chambers_available", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.BatchQueue[0];\n const chamber = input.ChambersAvailable[0];\n const qualOk = chamber.qualification === 0\n || (chamber.qualification === 1 && lot.product_type <= 1)\n || (chamber.qualification === 2 && lot.product_type === 2);\n return chamber.machine_group === 2 && qualOk\n && chamber.batch_count < parameters.batch_size;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.BatchQueue[0];\n const chamber = input.ChambersAvailable[0];\n const productFactor = lot.product_type === 0 ? 1.0\n : lot.product_type === 1 ? 0.85 : 1.15;\n return {\n InProcess: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: Distribution.Lognormal(Math.log(parameters.furnace_time * productFactor), parameters.process_sigma), wait_time: 0, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: 0 }],\n ChambersAvailable: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: chamber.diffusion_clock, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count + 1 }],\n };\n});", - "x": 660, - "y": 1515 - }, - { - "id": "transition__start_furnace_full", - "name": "Start furnace (batch full)", - "inputArcs": [ - { - "placeId": "place__chambers_available", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_processing", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const chamber = input.ChambersAvailable[0];\n return chamber.machine_group === 2\n && chamber.batch_count >= parameters.batch_size;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersAvailable[0];\n return {\n ChambersProcessing: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: parameters.diffusion_step, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 465, - "y": 1020 - }, - { - "id": "transition__start_furnace_timeout", - "name": "Start furnace (batch timeout)", - "inputArcs": [ - { - "placeId": "place__chambers_available", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__batch_queue", - "weight": 1, - "type": "read" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_processing", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const chamber = input.ChambersAvailable[0];\n const lot = input.BatchQueue[0];\n return chamber.machine_group === 2\n && chamber.batch_count > 0\n && chamber.batch_count < parameters.batch_size\n && lot.batch_wait >= parameters.batch_timeout;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersAvailable[0];\n return {\n ChambersProcessing: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: parameters.diffusion_step, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 465, - "y": 1215 - }, - { - "id": "transition__dispatch_inspect", - "name": "Dispatch lot to inspection", - "inputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__chambers_available", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__in_inspection", - "weight": 1 - }, - { - "placeId": "place__chambers_processing", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.WIPQueue[0];\n const chamber = input.ChambersAvailable[0];\n return chamber.machine_group === 3 && (lot.layer === 3 || lot.layer === 6 || lot.layer === 11 || lot.layer === 18 || lot.layer === 23);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.WIPQueue[0];\n const chamber = input.ChambersAvailable[0];\n return {\n InInspection: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: Distribution.Lognormal(Math.log(parameters.inspect_time), parameters.process_sigma), wait_time: 0, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n ChambersProcessing: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: parameters.diffusion_step, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 465, - "y": 810 - }, - { - "id": "transition__process_complete_ok", - "name": "Processing complete, chamber ok", - "inputArcs": [ - { - "placeId": "place__in_process", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__chambers_processing", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__post_process", - "weight": 1 - }, - { - "placeId": "place__chambers_available", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.InProcess[0];\n const chamber = input.ChambersProcessing[0];\n return lot.process_remaining <= 0 && chamber.condition < parameters.maintenance_threshold;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.InProcess[0];\n const chamber = input.ChambersProcessing[0];\n const defectRate = parameters.base_defect_rate\n * (1 + parameters.condition_sensitivity * chamber.condition)\n * (1 + parameters.particle_sensitivity * chamber.particle_count)\n * (1 + parameters.drift_defect_factor * Math.abs(chamber.process_drift));\n return {\n PostProcess: [{ product_type: lot.product_type, layer: lot.layer + 1, priority: lot.priority, age: lot.age, defect_count: Distribution.Lognormal(Math.log(Math.max(lot.defect_count + defectRate, 0.001)), 0.5), process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias + chamber.process_drift, batch_wait: lot.batch_wait }],\n ChambersAvailable: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: chamber.diffusion_clock, lots_processed: chamber.lots_processed + 1, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: 0 }],\n };\n});", - "x": 1530, - "y": 690 - }, - { - "id": "transition__process_complete_maintenance", - "name": "Processing complete, chamber needs maintenance", - "inputArcs": [ - { - "placeId": "place__in_process", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__chambers_processing", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__post_process", - "weight": 1 - }, - { - "placeId": "place__chambers_in_maintenance", - "weight": 1 - }, - { - "placeId": "place__maintenance_events", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.InProcess[0];\n const chamber = input.ChambersProcessing[0];\n return lot.process_remaining <= 0 && chamber.condition >= parameters.maintenance_threshold;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const lot = input.InProcess[0];\n const chamber = input.ChambersProcessing[0];\n const defectRate = parameters.base_defect_rate\n * (1 + parameters.condition_sensitivity * chamber.condition)\n * (1 + parameters.particle_sensitivity * chamber.particle_count)\n * (1 + parameters.drift_defect_factor * Math.abs(chamber.process_drift));\n return {\n PostProcess: [{ product_type: lot.product_type, layer: lot.layer + 1, priority: lot.priority, age: lot.age, defect_count: Distribution.Lognormal(Math.log(Math.max(lot.defect_count + defectRate, 0.001)), 0.5), process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias + chamber.process_drift, batch_wait: lot.batch_wait }],\n ChambersInMaintenance: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: Distribution.Lognormal(Math.log(parameters.maintenance_duration), parameters.maintenance_sigma), diffusion_clock: 0, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 1530, - "y": 915 - }, - { - "id": "transition__route_to_queue", - "name": "Route lot back to WIP queue", - "inputArcs": [ - { - "placeId": "place__post_process", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n const lot = input.PostProcess[0];\n return lot.layer < 28;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const lot = input.PostProcess[0];\n return {\n WIPQueue: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: 0, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": 2085, - "y": 570 - }, - { - "id": "transition__lot_passes", - "name": "Lot passes final test", - "inputArcs": [ - { - "placeId": "place__post_process", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__finished", - "weight": 1 - }, - { - "placeId": "place__wip_permits", - "weight": 1 - }, - { - "placeId": "place__lots_completed", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.PostProcess[0];\n return lot.layer >= 28 && lot.defect_count < parameters.scrap_threshold;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const lot = input.PostProcess[0];\n return {\n Finished: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": 2080, - "y": 256 - }, - { - "id": "transition__lot_fails", - "name": "Lot fails final test", - "inputArcs": [ - { - "placeId": "place__post_process", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__scrapped", - "weight": 1 - }, - { - "placeId": "place__wip_permits", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const lot = input.PostProcess[0];\n return lot.layer >= 28 && lot.defect_count >= parameters.scrap_threshold;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const lot = input.PostProcess[0];\n return {\n Scrapped: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": 2080, - "y": 772 - }, - { - "id": "transition__inspection_complete", - "name": "Inspection complete", - "inputArcs": [ - { - "placeId": "place__in_inspection", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__chambers_processing", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__wip_queue", - "weight": 1 - }, - { - "placeId": "place__chambers_available", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n const lot = input.InInspection[0];\n return lot.process_remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const lot = input.InInspection[0];\n const chamber = input.ChambersProcessing[0];\n return {\n WIPQueue: [{ product_type: lot.product_type, layer: lot.layer + 1, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: 0, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n ChambersAvailable: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: chamber.diffusion_clock, lots_processed: chamber.lots_processed + 1, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: 0 }],\n };\n});", - "x": 1185, - "y": 585 - }, - { - "id": "transition__start_maintenance", - "name": "Start preventive maintenance", - "inputArcs": [ - { - "placeId": "place__chambers_available", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__maintenance_crew", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_in_maintenance", - "weight": 1 - }, - { - "placeId": "place__maintenance_events", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const chamber = input.ChambersAvailable[0];\n return chamber.condition >= parameters.maintenance_threshold;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersAvailable[0];\n return {\n ChambersInMaintenance: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: Distribution.Lognormal(Math.log(parameters.maintenance_duration), parameters.maintenance_sigma), diffusion_clock: 0, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 1515, - "y": 1395 - }, - { - "id": "transition__maintenance_complete", - "name": "Maintenance complete (drift recalibrated)", - "inputArcs": [ - { - "placeId": "place__chambers_in_maintenance", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_available", - "weight": 1 - }, - { - "placeId": "place__maintenance_crew", - "weight": 1 - }, - { - "placeId": "place__calibrations", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.ChambersInMaintenance[0].maintenance_remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersInMaintenance[0];\n return {\n ChambersAvailable: [{ condition: 0, particle_count: 0.05, hours_since_maintenance: 0, maintenance_remaining: 0, diffusion_clock: chamber.diffusion_clock, lots_processed: 0, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: Distribution.Gaussian(0, parameters.calibration_residual), batch_count: 0 }],\n };\n});", - "x": 2190, - "y": 1515 - }, - { - "id": "transition__breakdown", - "name": "Chamber breakdown", - "inputArcs": [ - { - "placeId": "place__chambers_processing", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__in_process", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__maintenance_crew", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_in_maintenance", - "weight": 1 - }, - { - "placeId": "place__scrapped", - "weight": 1 - }, - { - "placeId": "place__breakdown_events", - "weight": 1 - }, - { - "placeId": "place__wip_permits", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n const chamber = input.ChambersProcessing[0];\n return parameters.breakdown_base_rate\n * Math.exp(parameters.breakdown_condition_factor * chamber.condition);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersProcessing[0];\n const lot = input.InProcess[0];\n return {\n ChambersInMaintenance: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: Distribution.Lognormal(Math.log(parameters.breakdown_repair_time), parameters.breakdown_sigma), diffusion_clock: 0, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n Scrapped: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": 1305, - "y": 1515 - }, - { - "id": "transition__breakdown_no_crew", - "name": "Chamber breakdown (no crew available)", - "inputArcs": [ - { - "placeId": "place__chambers_processing", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__in_process", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__maintenance_crew", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_broken", - "weight": 1 - }, - { - "placeId": "place__scrapped", - "weight": 1 - }, - { - "placeId": "place__breakdown_events", - "weight": 1 - }, - { - "placeId": "place__wip_permits", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n const chamber = input.ChambersProcessing[0];\n return parameters.breakdown_base_rate\n * Math.exp(parameters.breakdown_condition_factor * chamber.condition);\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersProcessing[0];\n const lot = input.InProcess[0];\n return {\n ChambersBroken: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n Scrapped: [{ product_type: lot.product_type, layer: lot.layer, priority: lot.priority, age: lot.age, defect_count: lot.defect_count, process_remaining: lot.process_remaining, wait_time: lot.wait_time, due_date: lot.due_date, process_bias: lot.process_bias, batch_wait: lot.batch_wait }],\n };\n});", - "x": 1530, - "y": 1020 - }, - { - "id": "transition__crew_reaches_broken", - "name": "Crew reaches broken chamber", - "inputArcs": [ - { - "placeId": "place__chambers_broken", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__maintenance_crew", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_in_maintenance", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => true);", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersBroken[0];\n return {\n ChambersInMaintenance: [{ condition: chamber.condition, particle_count: chamber.particle_count, hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: Distribution.Lognormal(Math.log(parameters.breakdown_repair_time), parameters.breakdown_sigma), diffusion_clock: chamber.diffusion_clock, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: chamber.process_drift, batch_count: chamber.batch_count }],\n };\n});", - "x": 2080, - "y": 1256 - }, - { - "id": "transition__drift_diffusion", - "name": "Process noise injection (diffusion step)", - "inputArcs": [ - { - "placeId": "place__chambers_processing", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__chambers_processing", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.ChambersProcessing[0].diffusion_clock <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const chamber = input.ChambersProcessing[0];\n const step = parameters.diffusion_step;\n return {\n ChambersProcessing: [{ condition: chamber.condition, particle_count: Distribution.Gaussian(Math.max(chamber.particle_count, 0), parameters.particle_volatility * Math.sqrt(step)), hours_since_maintenance: chamber.hours_since_maintenance, maintenance_remaining: chamber.maintenance_remaining, diffusion_clock: parameters.diffusion_step, lots_processed: chamber.lots_processed, machine_group: chamber.machine_group, tool_id: chamber.tool_id, chamber_idx: chamber.chamber_idx, qualification: chamber.qualification, process_drift: Distribution.Gaussian(chamber.process_drift, parameters.drift_volatility * Math.sqrt(step)), batch_count: chamber.batch_count }],\n };\n});", - "x": 1530, - "y": 810 - } - ], - "types": [ - { - "id": "type__lot", - "name": "Lot", - "iconSlug": "circle", - "displayColor": "#8b5cf6", - "elements": [ - { - "elementId": "type__lot__product_type", - "name": "product_type", - "type": "integer" - }, - { - "elementId": "type__lot__layer", - "name": "layer", - "type": "integer" - }, - { - "elementId": "type__lot__priority", - "name": "priority", - "type": "real" - }, - { - "elementId": "type__lot__age", - "name": "age", - "type": "real" - }, - { - "elementId": "type__lot__defect_count", - "name": "defect_count", - "type": "real" - }, - { - "elementId": "type__lot__process_remaining", - "name": "process_remaining", - "type": "real" - }, - { - "elementId": "type__lot__wait_time", - "name": "wait_time", - "type": "real" - }, - { - "elementId": "type__lot__due_date", - "name": "due_date", - "type": "real" - }, - { - "elementId": "type__lot__process_bias", - "name": "process_bias", - "type": "real" - }, - { - "elementId": "type__lot__batch_wait", - "name": "batch_wait", - "type": "real" - } - ] - }, - { - "id": "type__chamber", - "name": "Chamber", - "iconSlug": "circle", - "displayColor": "#06b6d4", - "elements": [ - { - "elementId": "type__chamber__condition", - "name": "condition", - "type": "real" - }, - { - "elementId": "type__chamber__particle_count", - "name": "particle_count", - "type": "real" - }, - { - "elementId": "type__chamber__hours_since_maintenance", - "name": "hours_since_maintenance", - "type": "real" - }, - { - "elementId": "type__chamber__maintenance_remaining", - "name": "maintenance_remaining", - "type": "real" - }, - { - "elementId": "type__chamber__diffusion_clock", - "name": "diffusion_clock", - "type": "real" - }, - { - "elementId": "type__chamber__lots_processed", - "name": "lots_processed", - "type": "integer" - }, - { - "elementId": "type__chamber__machine_group", - "name": "machine_group", - "type": "integer" - }, - { - "elementId": "type__chamber__tool_id", - "name": "tool_id", - "type": "integer" - }, - { - "elementId": "type__chamber__chamber_idx", - "name": "chamber_idx", - "type": "integer" - }, - { - "elementId": "type__chamber__qualification", - "name": "qualification", - "type": "integer" - }, - { - "elementId": "type__chamber__process_drift", - "name": "process_drift", - "type": "real" - }, - { - "elementId": "type__chamber__batch_count", - "name": "batch_count", - "type": "integer" - } - ] - } - ], - "differentialEquations": [ - { - "id": "de__aging", - "name": "Lot urgency escalation (+ age, wait clocks)", - "colorId": "type__lot", - "code": "export default Dynamics((tokens, parameters) => {\n return tokens.map((lot) => ({\n priority: lot.priority < parameters.max_priority\n ? (lot.priority * lot.priority) / parameters.target_cycle_time\n : 0,\n age: 1, defect_count: 0, process_remaining: 0, wait_time: 1, due_date: 0, process_bias: 0, batch_wait: 0\n }));\n});" - }, - { - "id": "de__processing", - "name": "Clock: process countdown (+ age)", - "colorId": "type__lot", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({\n priority: 0, age: 1, defect_count: 0, process_remaining: -1, wait_time: 0, due_date: 0, process_bias: 0, batch_wait: 0\n }));\n});" - }, - { - "id": "de__chamber_processing", - "name": "Chamber wear and contamination (coupled)", - "colorId": "type__chamber", - "code": "export default Dynamics((tokens, parameters) => {\n return tokens.map((chamber) => {\n const particleTarget = parameters.particle_baseline\n + parameters.particle_drift * chamber.hours_since_maintenance\n + parameters.particle_condition_factor * chamber.condition;\n return {\n condition: parameters.degradation_rate\n * (1 + chamber.particle_count / parameters.particle_threshold),\n particle_count: parameters.particle_reversion\n * (particleTarget - chamber.particle_count),\n hours_since_maintenance: 1,\n maintenance_remaining: 0,\n diffusion_clock: -1,\n process_drift: -parameters.drift_reversion * chamber.process_drift\n };\n });\n});" - }, - { - "id": "de__chamber_maintenance", - "name": "Clock: maintenance countdown", - "colorId": "type__chamber", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({\n condition: 0, particle_count: 0, hours_since_maintenance: 0, maintenance_remaining: -1, diffusion_clock: 0, process_drift: 0\n }));\n});" - }, - { - "id": "de__batch_wait", - "name": "Lot urgency escalation in batch queue (+ age, wait, batch clocks)", - "colorId": "type__lot", - "code": "export default Dynamics((tokens, parameters) => {\n return tokens.map((lot) => ({\n priority: lot.priority < parameters.max_priority\n ? (lot.priority * lot.priority) / parameters.target_cycle_time\n : 0,\n age: 1, defect_count: 0, process_remaining: 0, wait_time: 1, due_date: 0, process_bias: 0, batch_wait: 1\n }));\n});" - } - ], - "parameters": [ - { - "id": "param__litho_time", - "name": "Litho process time (hours)", - "variableName": "litho_time", - "type": "real", - "defaultValue": "2.0" - }, - { - "id": "param__etch_time", - "name": "Etch process time (hours)", - "variableName": "etch_time", - "type": "real", - "defaultValue": "1.5" - }, - { - "id": "param__furnace_time", - "name": "Furnace process time (hours)", - "variableName": "furnace_time", - "type": "real", - "defaultValue": "5.0" - }, - { - "id": "param__inspect_time", - "name": "Inspection time (hours)", - "variableName": "inspect_time", - "type": "real", - "defaultValue": "0.5" - }, - { - "id": "param__process_sigma", - "name": "Process time lognormal sigma", - "variableName": "process_sigma", - "type": "real", - "defaultValue": "0.25" - }, - { - "id": "param__degradation_rate", - "name": "Chamber degradation rate (per hour)", - "variableName": "degradation_rate", - "type": "real", - "defaultValue": "0.004" - }, - { - "id": "param__maintenance_threshold", - "name": "Condition triggering maintenance", - "variableName": "maintenance_threshold", - "type": "real", - "defaultValue": "0.85" - }, - { - "id": "param__maintenance_duration", - "name": "Maintenance duration median (hours)", - "variableName": "maintenance_duration", - "type": "real", - "defaultValue": "18" - }, - { - "id": "param__maintenance_sigma", - "name": "Maintenance duration sigma", - "variableName": "maintenance_sigma", - "type": "real", - "defaultValue": "0.35" - }, - { - "id": "param__breakdown_base_rate", - "name": "Breakdown base rate (per hour)", - "variableName": "breakdown_base_rate", - "type": "real", - "defaultValue": "0.0003" - }, - { - "id": "param__breakdown_condition_factor", - "name": "Breakdown exponential factor", - "variableName": "breakdown_condition_factor", - "type": "real", - "defaultValue": "4.0" - }, - { - "id": "param__breakdown_repair_time", - "name": "Breakdown repair median (hours)", - "variableName": "breakdown_repair_time", - "type": "real", - "defaultValue": "36" - }, - { - "id": "param__breakdown_sigma", - "name": "Breakdown repair sigma", - "variableName": "breakdown_sigma", - "type": "real", - "defaultValue": "0.4" - }, - { - "id": "param__base_defect_rate", - "name": "Base defect rate per step", - "variableName": "base_defect_rate", - "type": "real", - "defaultValue": "0.01" - }, - { - "id": "param__condition_sensitivity", - "name": "Defect sensitivity to condition", - "variableName": "condition_sensitivity", - "type": "real", - "defaultValue": "8.0" - }, - { - "id": "param__particle_sensitivity", - "name": "Defect sensitivity to particles", - "variableName": "particle_sensitivity", - "type": "real", - "defaultValue": "5.0" - }, - { - "id": "param__drift_defect_factor", - "name": "Defect sensitivity to process drift", - "variableName": "drift_defect_factor", - "type": "real", - "defaultValue": "3.0" - }, - { - "id": "param__scrap_threshold", - "name": "Cumulative defects causing scrap", - "variableName": "scrap_threshold", - "type": "real", - "defaultValue": "1.5" - }, - { - "id": "param__particle_baseline", - "name": "Particle count baseline", - "variableName": "particle_baseline", - "type": "real", - "defaultValue": "0.1" - }, - { - "id": "param__particle_drift", - "name": "Particle drift per hour since maintenance", - "variableName": "particle_drift", - "type": "real", - "defaultValue": "0.003" - }, - { - "id": "param__particle_reversion", - "name": "Particle OU reversion rate", - "variableName": "particle_reversion", - "type": "real", - "defaultValue": "0.4" - }, - { - "id": "param__particle_volatility", - "name": "Particle OU volatility", - "variableName": "particle_volatility", - "type": "real", - "defaultValue": "0.08" - }, - { - "id": "param__drift_reversion", - "name": "Process drift OU reversion rate", - "variableName": "drift_reversion", - "type": "real", - "defaultValue": "0.1" - }, - { - "id": "param__drift_volatility", - "name": "Process drift OU volatility", - "variableName": "drift_volatility", - "type": "real", - "defaultValue": "0.02" - }, - { - "id": "param__calibration_residual", - "name": "Residual drift sigma after calibration", - "variableName": "calibration_residual", - "type": "real", - "defaultValue": "0.005" - }, - { - "id": "param__diffusion_step", - "name": "Diffusion step interval (hours)", - "variableName": "diffusion_step", - "type": "real", - "defaultValue": "0.5" - }, - { - "id": "param__demand_rate", - "name": "Demand arrival rate (lots/hour)", - "variableName": "demand_rate", - "type": "real", - "defaultValue": "0.12" - }, - { - "id": "param__wip_cap", - "name": "WIP lot cap", - "variableName": "wip_cap", - "type": "integer", - "defaultValue": "50" - }, - { - "id": "param__target_cycle_time", - "name": "Target cycle time (hours)", - "variableName": "target_cycle_time", - "type": "real", - "defaultValue": "180" - }, - { - "id": "param__priority_update_interval", - "name": "Priority recalculation interval (hours)", - "variableName": "priority_update_interval", - "type": "real", - "defaultValue": "2.0" - }, - { - "id": "param__deadline_grace_period", - "name": "Hours past due before renegotiation", - "variableName": "deadline_grace_period", - "type": "real", - "defaultValue": "30" - }, - { - "id": "param__batch_size", - "name": "Furnace batch size", - "variableName": "batch_size", - "type": "integer", - "defaultValue": "4" - }, - { - "id": "param__batch_timeout", - "name": "Batch timeout (hours)", - "variableName": "batch_timeout", - "type": "real", - "defaultValue": "3.0" - }, - { - "id": "param__particle_threshold", - "name": "Particle count that doubles the wear rate", - "variableName": "particle_threshold", - "type": "real", - "defaultValue": "0.5" - }, - { - "id": "param__particle_condition_factor", - "name": "Extra particle equilibrium per unit of chamber wear", - "variableName": "particle_condition_factor", - "type": "real", - "defaultValue": "0.15" - }, - { - "id": "param__max_priority", - "name": "Priority ceiling for continuous escalation", - "variableName": "max_priority", - "type": "real", - "defaultValue": "10" - } - ], - "scenarios": [ - { - "id": "scenario__normal", - "name": "Normal operation", - "description": "16 chambers (4 litho, 6 etch, 4 furnace, 2 inspection) across 7 physical tools. Each chamber drifts independently.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "wip_cap", - "default": 50 - }, - { - "type": "real", - "identifier": "demand_rate", - "default": 0.12 - }, - { - "type": "real", - "identifier": "maintenance_threshold", - "default": 0.85 - } - ], - "parameterOverrides": { - "param__wip_cap": "scenario.wip_cap", - "param__demand_rate": "scenario.demand_rate", - "param__maintenance_threshold": "scenario.maintenance_threshold" - }, - "initialState": { - "type": "code", - "content": "return {\n FabEntrance: [],\n WIPQueue: [\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 }\n ],\n BatchQueue: [],\n InProcess: [],\n PostProcess: [],\n InInspection: [],\n Finished: [],\n Scrapped: [],\n WIPPermits: 15,\n ChambersAvailable: [\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.015, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 1, qualification: 0, process_drift: 0.0, batch_count: 0 },\n { condition: 0.32, particle_count: 0.34, hours_since_maintenance: 80.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 0, qualification: 1, process_drift: 0.005, batch_count: 0 },\n { condition: 0.4, particle_count: 0.4, hours_since_maintenance: 100.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 1, qualification: 2, process_drift: 0.01, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: 0.0, batch_count: 0 }\n ],\n ChambersProcessing: [],\n ChambersInMaintenance: [],\n ChambersBroken: [],\n MaintenanceCrew: 3,\n MaintenanceEvents: 0,\n BreakdownEvents: 0,\n LotsReleased: 0,\n LotsCompleted: 0,\n Calibrations: 0,\n};" - } - }, - { - "id": "scenario__high_drift", - "name": "High process drift", - "description": "Drift volatility doubled (0.04 vs 0.02). Chambers diverge faster from nominal, increasing defect rate and yield loss.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "wip_cap", - "default": 50 - }, - { - "type": "real", - "identifier": "demand_rate", - "default": 0.12 - }, - { - "type": "real", - "identifier": "maintenance_threshold", - "default": 0.85 - } - ], - "parameterOverrides": { - "param__wip_cap": "scenario.wip_cap", - "param__demand_rate": "scenario.demand_rate", - "param__maintenance_threshold": "scenario.maintenance_threshold", - "param__drift_volatility": "0.04" - }, - "initialState": { - "type": "code", - "content": "return {\n FabEntrance: [],\n WIPQueue: [\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 }\n ],\n BatchQueue: [],\n InProcess: [],\n PostProcess: [],\n InInspection: [],\n Finished: [],\n Scrapped: [],\n WIPPermits: 15,\n ChambersAvailable: [\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.015, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 1, qualification: 0, process_drift: 0.0, batch_count: 0 },\n { condition: 0.32, particle_count: 0.34, hours_since_maintenance: 80.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 0, qualification: 1, process_drift: 0.005, batch_count: 0 },\n { condition: 0.4, particle_count: 0.4, hours_since_maintenance: 100.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 1, qualification: 2, process_drift: 0.01, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: 0.0, batch_count: 0 }\n ],\n ChambersProcessing: [],\n ChambersInMaintenance: [],\n ChambersBroken: [],\n MaintenanceCrew: 3,\n MaintenanceEvents: 0,\n BreakdownEvents: 0,\n LotsReleased: 0,\n LotsCompleted: 0,\n Calibrations: 0,\n};" - } - }, - { - "id": "scenario__frequent_calibration", - "name": "Frequent calibration", - "description": "Maintenance threshold lowered to 0.6. Chambers are serviced more often, keeping drift low but reducing available capacity.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "wip_cap", - "default": 50 - }, - { - "type": "real", - "identifier": "demand_rate", - "default": 0.12 - }, - { - "type": "real", - "identifier": "maintenance_threshold", - "default": 0.6 - } - ], - "parameterOverrides": { - "param__wip_cap": "scenario.wip_cap", - "param__demand_rate": "scenario.demand_rate", - "param__maintenance_threshold": "scenario.maintenance_threshold" - }, - "initialState": { - "type": "code", - "content": "return {\n FabEntrance: [],\n WIPQueue: [\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 }\n ],\n BatchQueue: [],\n InProcess: [],\n PostProcess: [],\n InInspection: [],\n Finished: [],\n Scrapped: [],\n WIPPermits: 15,\n ChambersAvailable: [\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.015, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 1, qualification: 0, process_drift: 0.0, batch_count: 0 },\n { condition: 0.32, particle_count: 0.34, hours_since_maintenance: 80.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 0, qualification: 1, process_drift: 0.005, batch_count: 0 },\n { condition: 0.4, particle_count: 0.4, hours_since_maintenance: 100.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 1, qualification: 2, process_drift: 0.01, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: 0.0, batch_count: 0 }\n ],\n ChambersProcessing: [],\n ChambersInMaintenance: [],\n ChambersBroken: [],\n MaintenanceCrew: 3,\n MaintenanceEvents: 0,\n BreakdownEvents: 0,\n LotsReleased: 0,\n LotsCompleted: 0,\n Calibrations: 0,\n};" - } - }, - { - "id": "scenario__half_crew", - "name": "Reduced maintenance crew", - "description": "Only 2 technicians instead of 3. When one chamber of a multi-chamber tool is down, the other keeps running but drift accumulates.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "wip_cap", - "default": 50 - }, - { - "type": "real", - "identifier": "demand_rate", - "default": 0.12 - }, - { - "type": "real", - "identifier": "maintenance_threshold", - "default": 0.85 - } - ], - "parameterOverrides": { - "param__wip_cap": "scenario.wip_cap", - "param__demand_rate": "scenario.demand_rate", - "param__maintenance_threshold": "scenario.maintenance_threshold" - }, - "initialState": { - "type": "code", - "content": "return {\n FabEntrance: [],\n WIPQueue: [\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 },\n { product_type: 2, layer: 21, priority: 1.0, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.063, batch_wait: 0 },\n { product_type: 0, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.0, batch_wait: 0 },\n { product_type: 1, layer: 7, priority: 1.11, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.021, batch_wait: 0 },\n { product_type: 2, layer: 14, priority: 1.0, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.042, batch_wait: 0 },\n { product_type: 0, layer: 21, priority: 1.22, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.063, batch_wait: 0 },\n { product_type: 1, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.0, batch_wait: 0 },\n { product_type: 2, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.021, batch_wait: 0 },\n { product_type: 0, layer: 14, priority: 1.09, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.042, batch_wait: 0 },\n { product_type: 1, layer: 21, priority: 1.41, age: 52.5, defect_count: 0.378, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.063, batch_wait: 0 },\n { product_type: 2, layer: 0, priority: 1.0, age: 0.0, defect_count: 0.0, process_remaining: 0, wait_time: 0, due_date: 250, process_bias: 0.0, batch_wait: 0 },\n { product_type: 0, layer: 7, priority: 1.0, age: 17.5, defect_count: 0.126, process_remaining: 0, wait_time: 0, due_date: 200, process_bias: 0.021, batch_wait: 0 },\n { product_type: 1, layer: 14, priority: 1.24, age: 35.0, defect_count: 0.252, process_remaining: 0, wait_time: 0, due_date: 180, process_bias: 0.042, batch_wait: 0 }\n ],\n BatchQueue: [],\n InProcess: [],\n PostProcess: [],\n InInspection: [],\n Finished: [],\n Scrapped: [],\n WIPPermits: 15,\n ChambersAvailable: [\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 0, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.015, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 1, chamber_idx: 1, qualification: 0, process_drift: 0.0, batch_count: 0 },\n { condition: 0.32, particle_count: 0.34, hours_since_maintenance: 80.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 0, qualification: 1, process_drift: 0.005, batch_count: 0 },\n { condition: 0.4, particle_count: 0.4, hours_since_maintenance: 100.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 1, tool_id: 2, chamber_idx: 1, qualification: 2, process_drift: 0.01, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.01, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 0, chamber_idx: 1, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.16, particle_count: 0.22, hours_since_maintenance: 40.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 0, qualification: 1, process_drift: 0.0, batch_count: 0 },\n { condition: 0.24, particle_count: 0.28, hours_since_maintenance: 60.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 2, tool_id: 1, chamber_idx: 1, qualification: 2, process_drift: 0.005, batch_count: 0 },\n { condition: 0.0, particle_count: 0.1, hours_since_maintenance: 0.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 0, chamber_idx: 0, qualification: 0, process_drift: -0.005, batch_count: 0 },\n { condition: 0.08, particle_count: 0.16, hours_since_maintenance: 20.0, maintenance_remaining: 0, diffusion_clock: 0, lots_processed: 0, machine_group: 3, tool_id: 1, chamber_idx: 0, qualification: 0, process_drift: 0.0, batch_count: 0 }\n ],\n ChambersProcessing: [],\n ChambersInMaintenance: [],\n ChambersBroken: [],\n MaintenanceCrew: 2,\n MaintenanceEvents: 0,\n BreakdownEvents: 0,\n LotsReleased: 0,\n LotsCompleted: 0,\n Calibrations: 0,\n};" - } - } - ], - "metrics": [ - { - "id": "metric__throughput", - "name": "Throughput", - "description": "Lots completing all layers.", - "code": "return state.places.Finished.count;" - }, - { - "id": "metric__yield", - "name": "Yield", - "description": "Fraction of exiting lots that pass.", - "code": "const finished = state.places.Finished.count;\nconst scrapped = state.places.Scrapped.count;\nconst total = finished + scrapped;\nreturn total === 0 ? 1 : finished / total;" - }, - { - "id": "metric__avg_cycle_time", - "name": "Average cycle time (hours)", - "description": "Mean age of finished lots.", - "code": "const lots = state.places.Finished.tokens;\nif (lots.length === 0) return 0;\nreturn lots.reduce((sum, lot) => sum + lot.age, 0) / lots.length;" - }, - { - "id": "metric__on_time_delivery", - "name": "On-time delivery rate", - "description": "Fraction of finished lots within original due date.", - "code": "const lots = state.places.Finished.tokens;\nif (lots.length === 0) return 1;\nconst onTime = lots.reduce((n, lot) => lot.age <= lot.due_date ? n + 1 : n, 0);\nreturn onTime / lots.length;" - }, - { - "id": "metric__avg_process_bias", - "name": "Average process bias", - "description": "Mean absolute accumulated drift across finished lots.", - "code": "const lots = state.places.Finished.tokens;\nif (lots.length === 0) return 0;\nreturn lots.reduce((sum, lot) => sum + Math.abs(lot.process_bias), 0) / lots.length;" - }, - { - "id": "metric__max_drift", - "name": "Maximum chamber drift", - "description": "Worst-case absolute process drift across all active chambers.", - "code": "const all = state.places.ChambersAvailable.tokens.concat(state.places.ChambersProcessing.tokens);\nif (all.length === 0) return 0;\nreturn all.reduce((mx, c) => Math.max(mx, Math.abs(c.process_drift)), 0);" - }, - { - "id": "metric__chamber_utilisation", - "name": "Chamber utilisation", - "description": "Fraction of chambers currently processing.", - "code": "const processing = state.places.ChambersProcessing.count;\nconst available = state.places.ChambersAvailable.count;\nconst inMaint = state.places.ChambersInMaintenance.count;\nconst broken = state.places.ChambersBroken.count;\nconst total = processing + available + inMaint + broken;\nreturn total === 0 ? 0 : processing / total;" - }, - { - "id": "metric__maintenance_events", - "name": "Maintenance events", - "description": "Cumulative maintenance starts.", - "code": "return state.places.MaintenanceEvents.count;" - }, - { - "id": "metric__breakdowns", - "name": "Unplanned breakdowns", - "description": "Cumulative breakdowns.", - "code": "return state.places.BreakdownEvents.count;" - }, - { - "id": "metric__calibrations", - "name": "Calibrations", - "description": "Drift recalibrations (completed maintenance).", - "code": "return state.places.Calibrations.count;" - }, - { - "id": "metric__wip_level", - "name": "WIP level", - "description": "Lots currently in the fab.", - "code": "return state.places.WIPQueue.count + state.places.InProcess.count + state.places.InInspection.count + state.places.PostProcess.count + state.places.BatchQueue.count;" - }, - { - "id": "metric__batch_queue_size", - "name": "Batch queue size", - "description": "Lots waiting for furnace batch.", - "code": "return state.places.BatchQueue.count;" - } - ], - "subnets": [], - "componentInstances": [], - "version": 1, - "meta": { - "generator": "Petrinaut" - }, - "title": "Semiconductor fab \u2014 process drift & multi-chamber tools (v2)" -} diff --git a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/truck-fleet-predictive-maintenance-layout.json b/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/truck-fleet-predictive-maintenance-layout.json deleted file mode 100644 index e6757beb051..00000000000 --- a/libs/@hashintel/brunch-agent/docs/inbox/salvage/sdcpn-examples-to-validate/truck-fleet-predictive-maintenance-layout.json +++ /dev/null @@ -1,2235 +0,0 @@ -{ - "places": [ - { - "id": "place__load_board", - "name": "LoadBoard", - "colorId": "type__load", - "dynamicsEnabled": true, - "differentialEquationId": "de__waiting_load", - "showAsInitialState": false, - "x": 540, - "y": 1530 - }, - { - "id": "place__available", - "name": "Available", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__stopped", - "showAsInitialState": true, - "x": 3660, - "y": 675 - }, - { - "id": "place__drivers", - "name": "Drivers", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2685, - "y": 1575 - }, - { - "id": "place__on_route", - "name": "OnRoute", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__driving", - "showAsInitialState": false, - "x": 1035, - "y": 1290 - }, - { - "id": "place__stranded", - "name": "Stranded", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__stopped", - "showAsInitialState": false, - "x": 1605, - "y": 1395 - }, - { - "id": "place__recovery", - "name": "RecoveryUnits", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2145, - "y": 1620 - }, - { - "id": "place__under_recovery", - "name": "UnderRecovery", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__stopped", - "showAsInitialState": false, - "x": 2160, - "y": 1395 - }, - { - "id": "place__returning", - "name": "Returning", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__returning", - "showAsInitialState": false, - "x": 1605, - "y": 870 - }, - { - "id": "place__depot_queue", - "name": "DepotQueue", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__stopped", - "showAsInitialState": false, - "x": 2115, - "y": 645 - }, - { - "id": "place__bays", - "name": "Bays", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2115, - "y": 480 - }, - { - "id": "place__technicians", - "name": "Technicians", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2115, - "y": 285 - }, - { - "id": "place__spares", - "name": "Spares", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": true, - "x": 2115, - "y": 135 - }, - { - "id": "place__in_bay", - "name": "InBay", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__in_bay", - "showAsInitialState": false, - "x": 3135, - "y": 150 - }, - { - "id": "place__needs_repair", - "name": "NeedsRepair", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__stopped", - "showAsInitialState": false, - "x": 2115, - "y": -15 - }, - { - "id": "place__awaiting_parts", - "name": "AwaitingParts", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__stopped", - "showAsInitialState": false, - "x": 2670, - "y": 150 - }, - { - "id": "place__parts_on_order", - "name": "PartsOnOrder", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2670, - "y": 375 - }, - { - "id": "place__delivered", - "name": "DeliveredLoads", - "colorId": "type__load", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1605, - "y": 1170 - }, - { - "id": "place__late_loads", - "name": "LateLoads", - "colorId": "type__load", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1605, - "y": 1020 - }, - { - "id": "place__dropped_loads", - "name": "DroppedLoads", - "colorId": "type__load", - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1605, - "y": 1785 - }, - { - "id": "place__roadside_events", - "name": "RoadsideEvents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 1605, - "y": 1620 - }, - { - "id": "place__services_done", - "name": "ServicesDone", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 3645, - "y": 0 - }, - { - "id": "place__repairs_done", - "name": "RepairsDone", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 3660, - "y": 285 - }, - { - "id": "place__deferred", - "name": "DeferredServices", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2670, - "y": 570 - }, - { - "id": "place__conditions", - "name": "Conditions", - "colorId": "type__conditions", - "dynamicsEnabled": true, - "differentialEquationId": "de__conditions", - "showAsInitialState": true, - "x": 750, - "y": 1080 - }, - { - "id": "place__rest", - "name": "Rest", - "colorId": "type__truck", - "dynamicsEnabled": true, - "differentialEquationId": "de__resting", - "showAsInitialState": false, - "x": 2670, - "y": 915 - }, - { - "id": "place__rest_events", - "name": "RestEvents", - "colorId": null, - "dynamicsEnabled": false, - "differentialEquationId": null, - "showAsInitialState": false, - "x": 2670, - "y": 1065 - } - ], - "transitions": [ - { - "id": "transition__load_motorway", - "name": "A motorway load is offered", - "inputArcs": [], - "outputArcs": [ - { - "placeId": "place__load_board", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.motorway_rate;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n LoadBoard: [\n {\n route_class: 0,\n distance: 420,\n due: 420 / parameters.average_speed * parameters.due_allowance,\n revenue: 420 * parameters.revenue_per_km,\n age: 0,\n },\n ],\n };\n});", - "x": 300, - "y": 1425 - }, - { - "id": "transition__load_urban", - "name": "A urban load is offered", - "inputArcs": [], - "outputArcs": [ - { - "placeId": "place__load_board", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.urban_rate;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n LoadBoard: [\n {\n route_class: 1,\n distance: 180,\n due: 180 / parameters.average_speed * parameters.due_allowance,\n revenue: 180 * parameters.revenue_per_km,\n age: 0,\n },\n ],\n };\n});", - "x": 300, - "y": 1530 - }, - { - "id": "transition__load_mountain", - "name": "A mountain load is offered", - "inputArcs": [], - "outputArcs": [ - { - "placeId": "place__load_board", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return parameters.mountain_rate;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n return {\n LoadBoard: [\n {\n route_class: 2,\n distance: 260,\n due: 260 / parameters.average_speed * parameters.due_allowance,\n revenue: 260 * parameters.revenue_per_km,\n age: 0,\n },\n ],\n };\n});", - "x": 300, - "y": 1635 - }, - { - "id": "transition__dispatch", - "name": "Dispatch a truck", - "inputArcs": [ - { - "placeId": "place__load_board", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__available", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__drivers", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__conditions", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__on_route", - "weight": 1 - }, - { - "placeId": "place__conditions", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const truck = input.Available[0];\n const load = input.LoadBoard[0];\n const limit = load.route_class === 2\n ? parameters.severe_route_wear_limit\n : parameters.wear_limit;\n const maxWear = Math.max(truck.brake_wear, truck.engine_wear, truck.tyre_wear);\n const estimatedHours = load.distance / (parameters.average_speed * 0.9);\n return maxWear < limit\n && truck.hours_driven + estimatedHours < parameters.max_driving_hours * 1.5;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.Available[0];\n const load = input.LoadBoard[0];\n const cond = input.Conditions[0];\n return {\n OnRoute: [{\n brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: load.distance, route_distance: load.distance, service_remaining: truck.service_remaining, route_class: load.route_class, load_due: truck.age + load.due - load.age, load_revenue: load.revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: cond.severity_mean, speed_factor: cond.speed_mean, conditions_clock: parameters.conditions_step, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: parameters.fuel_per_km\n }],\n Conditions: [{ severity_mean: cond.severity_mean, speed_mean: cond.speed_mean, clock: cond.clock }],\n };\n});", - "x": 765, - "y": 1290 - }, - { - "id": "transition__deliver_on_time", - "name": "Load delivered on time", - "inputArcs": [ - { - "placeId": "place__on_route", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__returning", - "weight": 1 - }, - { - "placeId": "place__delivered", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n const truck = input.OnRoute[0];\n return truck.km_remaining <= 0 && truck.age <= truck.load_due;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.OnRoute[0];\n return {\n Returning: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.route_distance, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done + 1, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: parameters.conditions_step, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }],\n DeliveredLoads: [{ route_class: truck.route_class, distance: truck.route_distance, due: truck.load_due, revenue: truck.load_revenue, age: truck.age }],\n };\n});", - "x": 1305, - "y": 1170 - }, - { - "id": "transition__deliver_late", - "name": "Load delivered late", - "inputArcs": [ - { - "placeId": "place__on_route", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__returning", - "weight": 1 - }, - { - "placeId": "place__late_loads", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n const truck = input.OnRoute[0];\n return truck.km_remaining <= 0 && truck.age > truck.load_due;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.OnRoute[0];\n return {\n Returning: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.route_distance, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done + 1, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: parameters.conditions_step, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }],\n LateLoads: [{ route_class: truck.route_class, distance: truck.route_distance, due: truck.load_due, revenue: truck.load_revenue, age: truck.age }],\n };\n});", - "x": 1305, - "y": 960 - }, - { - "id": "transition__breakdown", - "name": "Truck fails at the roadside", - "inputArcs": [ - { - "placeId": "place__on_route", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__stranded", - "weight": 1 - }, - { - "placeId": "place__roadside_events", - "weight": 1 - }, - { - "placeId": "place__dropped_loads", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n const truck = input.OnRoute[0];\n const routeSeverity = truck.route_class === 0 ? 1.0\n : truck.route_class === 1 ? 1.8 : 3.2;\n const brakeHazard = 1 + parameters.brake_sensitivity * truck.brake_wear;\n const engineHazard = 1 + parameters.engine_sensitivity * truck.engine_wear;\n const tyreHazard = 1 + parameters.tyre_sensitivity * truck.tyre_wear;\n return parameters.failure_rate * routeSeverity\n * Math.max(brakeHazard, engineHazard, tyreHazard);\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.OnRoute[0];\n return {\n Stranded: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }],\n DroppedLoads: [{ route_class: truck.route_class, distance: truck.route_distance, due: truck.load_due, revenue: truck.load_revenue, age: truck.age }],\n };\n});", - "x": 1305, - "y": 1395 - }, - { - "id": "transition__recover", - "name": "Recovery unit reaches the truck", - "inputArcs": [ - { - "placeId": "place__stranded", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__recovery", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__under_recovery", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / parameters.recovery_response;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.Stranded[0];\n return { UnderRecovery: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 1890, - "y": 1395 - }, - { - "id": "transition__tow_home", - "name": "Truck towed back to the depot", - "inputArcs": [ - { - "placeId": "place__under_recovery", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__needs_repair", - "weight": 1 - }, - { - "placeId": "place__recovery", - "weight": 1 - }, - { - "placeId": "place__drivers", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / parameters.tow_time;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.UnderRecovery[0];\n return { NeedsRepair: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: 0, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2430, - "y": 1395 - }, - { - "id": "transition__start_repair", - "name": "Repair after a breakdown starts", - "inputArcs": [ - { - "placeId": "place__needs_repair", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__bays", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__technicians", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__spares", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__in_bay", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => true);", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.NeedsRepair[0];\n return { InBay: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: Distribution.Lognormal(Math.log(parameters.repair_time), 0.4), route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: 1, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2415, - "y": -165 - }, - { - "id": "transition__repair_waits_for_parts", - "name": "Repair waits for a part", - "inputArcs": [ - { - "placeId": "place__needs_repair", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__bays", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__technicians", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__spares", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__awaiting_parts", - "weight": 1 - }, - { - "placeId": "place__parts_on_order", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => true);", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.NeedsRepair[0];\n return { AwaitingParts: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: 1, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2415, - "y": 45 - }, - { - "id": "transition__arrive_depot", - "name": "Truck arrives back at the depot", - "inputArcs": [ - { - "placeId": "place__returning", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__depot_queue", - "weight": 1 - }, - { - "placeId": "place__drivers", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.Returning[0].km_remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.Returning[0];\n return { DepotQueue: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: 0, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 1875, - "y": 870 - }, - { - "id": "transition__park", - "name": "Truck parks up, no service due", - "inputArcs": [ - { - "placeId": "place__depot_queue", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__available", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const truck = input.DepotQueue[0];\n const maxWear = Math.max(truck.brake_wear, truck.engine_wear, truck.tyre_wear);\n return maxWear < parameters.service_wear_limit\n && truck.hours_driven < parameters.max_driving_hours;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.DepotQueue[0];\n return { Available: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2415, - "y": 795 - }, - { - "id": "transition__park_workshop_full", - "name": "Service deferred, workshop full", - "inputArcs": [ - { - "placeId": "place__depot_queue", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__bays", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__available", - "weight": 1 - }, - { - "placeId": "place__deferred", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const truck = input.DepotQueue[0];\n const maxWear = Math.max(truck.brake_wear, truck.engine_wear, truck.tyre_wear);\n return maxWear >= parameters.service_wear_limit;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.DepotQueue[0];\n return { Available: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2415, - "y": 645 - }, - { - "id": "transition__into_bay", - "name": "Truck goes into a bay", - "inputArcs": [ - { - "placeId": "place__depot_queue", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__bays", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__technicians", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__spares", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__in_bay", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const truck = input.DepotQueue[0];\n const maxWear = Math.max(truck.brake_wear, truck.engine_wear, truck.tyre_wear);\n return maxWear >= parameters.service_wear_limit;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.DepotQueue[0];\n return { InBay: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: Distribution.Lognormal(Math.log(parameters.service_time), 0.3), route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: 0, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2400, - "y": 435 - }, - { - "id": "transition__wait_for_parts", - "name": "Truck waits for a part", - "inputArcs": [ - { - "placeId": "place__depot_queue", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__bays", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__technicians", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__spares", - "weight": 1, - "type": "inhibitor" - } - ], - "outputArcs": [ - { - "placeId": "place__awaiting_parts", - "weight": 1 - }, - { - "placeId": "place__parts_on_order", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n const truck = input.DepotQueue[0];\n const maxWear = Math.max(truck.brake_wear, truck.engine_wear, truck.tyre_wear);\n return maxWear >= parameters.service_wear_limit;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.DepotQueue[0];\n return { AwaitingParts: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: 0, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2415, - "y": 270 - }, - { - "id": "transition__parts_arrive", - "name": "Ordered part arrives", - "inputArcs": [ - { - "placeId": "place__parts_on_order", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__spares", - "weight": 1 - } - ], - "lambdaType": "stochastic", - "lambdaCode": "export default Lambda((input, parameters) => {\n return 1 / parameters.parts_lead_time;\n});", - "transitionKernelCode": "", - "x": 2895, - "y": 375 - }, - { - "id": "transition__fit_part", - "name": "Part fitted", - "inputArcs": [ - { - "placeId": "place__awaiting_parts", - "weight": 1, - "type": "standard" - }, - { - "placeId": "place__spares", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__in_bay", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda(() => true);", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.AwaitingParts[0];\n const duration = truck.unplanned === 1\n ? Distribution.Lognormal(Math.log(parameters.repair_time), 0.4)\n : Distribution.Lognormal(Math.log(parameters.service_time), 0.3);\n return { InBay: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: duration, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2895, - "y": -90 - }, - { - "id": "transition__service_complete", - "name": "Planned service finished", - "inputArcs": [ - { - "placeId": "place__in_bay", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__available", - "weight": 1 - }, - { - "placeId": "place__bays", - "weight": 1 - }, - { - "placeId": "place__technicians", - "weight": 1 - }, - { - "placeId": "place__services_done", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n const truck = input.InBay[0];\n return truck.service_remaining <= 0 && truck.unplanned === 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.InBay[0];\n return { Available: [{ brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: 0, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 3375, - "y": 0 - }, - { - "id": "transition__repair_complete", - "name": "Breakdown repair finished", - "inputArcs": [ - { - "placeId": "place__in_bay", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__available", - "weight": 1 - }, - { - "placeId": "place__bays", - "weight": 1 - }, - { - "placeId": "place__technicians", - "weight": 1 - }, - { - "placeId": "place__repairs_done", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n const truck = input.InBay[0];\n return truck.service_remaining <= 0 && truck.unplanned === 1;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.InBay[0];\n return { Available: [{ brake_wear: truck.brake_wear * 0.5, engine_wear: truck.engine_wear * 0.5, tyre_wear: truck.tyre_wear * 0.5, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: 0, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 3375, - "y": 285 - }, - { - "id": "transition__load_expires", - "name": "Load goes to another haulier", - "inputArcs": [ - { - "placeId": "place__load_board", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__dropped_loads", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.LoadBoard[0].age > parameters.board_patience;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const load = input.LoadBoard[0];\n return { DroppedLoads: [{ route_class: load.route_class, distance: load.distance, due: load.due, revenue: load.revenue, age: load.age }] };\n});", - "x": 915, - "y": 1785 - }, - { - "id": "transition__conditions_on_route", - "name": "Road noise injection (OnRoute)", - "inputArcs": [ - { - "placeId": "place__on_route", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__on_route", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.OnRoute[0].conditions_clock <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.OnRoute[0];\n const step = parameters.conditions_step;\n return {\n OnRoute: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: Distribution.Gaussian(truck.road_severity, parameters.severity_volatility * Math.sqrt(step)), speed_factor: Distribution.Gaussian(truck.speed_factor, parameters.speed_volatility * Math.sqrt(step)), conditions_clock: parameters.conditions_step, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }],\n };\n});", - "x": 1305, - "y": 1620 - }, - { - "id": "transition__conditions_returning", - "name": "Road noise injection (Returning)", - "inputArcs": [ - { - "placeId": "place__returning", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__returning", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.Returning[0].conditions_clock <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.Returning[0];\n const step = parameters.conditions_step;\n return {\n Returning: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: Distribution.Gaussian(truck.road_severity, parameters.severity_volatility * Math.sqrt(step)), speed_factor: Distribution.Gaussian(truck.speed_factor, parameters.speed_volatility * Math.sqrt(step)), conditions_clock: parameters.conditions_step, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }],\n };\n});", - "x": 1620, - "y": 705 - }, - { - "id": "transition__env_shift", - "name": "Weather noise injection", - "inputArcs": [ - { - "placeId": "place__conditions", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__conditions", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.Conditions[0].clock <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const cond = input.Conditions[0];\n const step = parameters.env_step;\n return {\n Conditions: [{ severity_mean: Distribution.Gaussian(cond.severity_mean, parameters.env_volatility * Math.sqrt(step)), speed_mean: Distribution.Gaussian(cond.speed_mean, parameters.env_volatility * Math.sqrt(step)), clock: parameters.env_step }],\n };\n});", - "x": 765, - "y": 885 - }, - { - "id": "transition__mandatory_rest", - "name": "Mandatory rest", - "inputArcs": [ - { - "placeId": "place__depot_queue", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__rest", - "weight": 1 - }, - { - "placeId": "place__rest_events", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input, parameters) => {\n return input.DepotQueue[0].hours_driven >= parameters.max_driving_hours;\n});", - "transitionKernelCode": "export default TransitionKernel((input, parameters) => {\n const truck = input.DepotQueue[0];\n return {\n Rest: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: truck.hours_driven, rest_remaining: Distribution.Lognormal(Math.log(11), 0.15), fuel_rate: truck.fuel_rate }],\n };\n});", - "x": 2415, - "y": 915 - }, - { - "id": "transition__rest_complete", - "name": "Rest complete", - "inputArcs": [ - { - "placeId": "place__rest", - "weight": 1, - "type": "standard" - } - ], - "outputArcs": [ - { - "placeId": "place__available", - "weight": 1 - } - ], - "lambdaType": "predicate", - "lambdaCode": "export default Lambda((input) => {\n return input.Rest[0].rest_remaining <= 0;\n});", - "transitionKernelCode": "export default TransitionKernel((input) => {\n const truck = input.Rest[0];\n return { Available: [{ brake_wear: truck.brake_wear, engine_wear: truck.engine_wear, tyre_wear: truck.tyre_wear, km_remaining: truck.km_remaining, route_distance: truck.route_distance, service_remaining: truck.service_remaining, route_class: truck.route_class, load_due: truck.load_due, load_revenue: truck.load_revenue, age: truck.age, loads_done: truck.loads_done, unplanned: truck.unplanned, road_severity: truck.road_severity, speed_factor: truck.speed_factor, conditions_clock: truck.conditions_clock, fuel_burned: truck.fuel_burned, hours_driven: 0, rest_remaining: truck.rest_remaining, fuel_rate: truck.fuel_rate }] };\n});", - "x": 2895, - "y": 915 - } - ], - "types": [ - { - "id": "type__truck", - "name": "Truck", - "iconSlug": "circle", - "displayColor": "#3b82f6", - "elements": [ - { - "elementId": "type__truck__brake_wear", - "name": "brake_wear", - "type": "real" - }, - { - "elementId": "type__truck__engine_wear", - "name": "engine_wear", - "type": "real" - }, - { - "elementId": "type__truck__tyre_wear", - "name": "tyre_wear", - "type": "real" - }, - { - "elementId": "type__truck__km_remaining", - "name": "km_remaining", - "type": "real" - }, - { - "elementId": "type__truck__route_distance", - "name": "route_distance", - "type": "real" - }, - { - "elementId": "type__truck__service_remaining", - "name": "service_remaining", - "type": "real" - }, - { - "elementId": "type__truck__route_class", - "name": "route_class", - "type": "integer" - }, - { - "elementId": "type__truck__load_due", - "name": "load_due", - "type": "real" - }, - { - "elementId": "type__truck__load_revenue", - "name": "load_revenue", - "type": "real" - }, - { - "elementId": "type__truck__age", - "name": "age", - "type": "real" - }, - { - "elementId": "type__truck__loads_done", - "name": "loads_done", - "type": "integer" - }, - { - "elementId": "type__truck__unplanned", - "name": "unplanned", - "type": "integer" - }, - { - "elementId": "type__truck__road_severity", - "name": "road_severity", - "type": "real" - }, - { - "elementId": "type__truck__speed_factor", - "name": "speed_factor", - "type": "real" - }, - { - "elementId": "type__truck__conditions_clock", - "name": "conditions_clock", - "type": "real" - }, - { - "elementId": "type__truck__fuel_burned", - "name": "fuel_burned", - "type": "real" - }, - { - "elementId": "type__truck__hours_driven", - "name": "hours_driven", - "type": "real" - }, - { - "elementId": "type__truck__rest_remaining", - "name": "rest_remaining", - "type": "real" - }, - { - "elementId": "type__truck__fuel_rate", - "name": "fuel_rate", - "type": "real" - } - ] - }, - { - "id": "type__load", - "name": "Load", - "iconSlug": "circle", - "displayColor": "#f97316", - "elements": [ - { - "elementId": "type__load__route_class", - "name": "route_class", - "type": "integer" - }, - { - "elementId": "type__load__distance", - "name": "distance", - "type": "real" - }, - { - "elementId": "type__load__due", - "name": "due", - "type": "real" - }, - { - "elementId": "type__load__revenue", - "name": "revenue", - "type": "real" - }, - { - "elementId": "type__load__age", - "name": "age", - "type": "real" - } - ] - }, - { - "id": "type__conditions", - "name": "Conditions", - "iconSlug": "circle", - "displayColor": "#10b981", - "elements": [ - { - "elementId": "type__conditions__severity_mean", - "name": "severity_mean", - "type": "real" - }, - { - "elementId": "type__conditions__speed_mean", - "name": "speed_mean", - "type": "real" - }, - { - "elementId": "type__conditions__clock", - "name": "clock", - "type": "real" - } - ] - } - ], - "differentialEquations": [ - { - "id": "de__driving", - "name": "Wear, fuel and road conditions (loaded)", - "colorId": "type__truck", - "code": "export default Dynamics((tokens, parameters) => {\n return tokens.map((truck) => {\n const speed = parameters.average_speed * truck.speed_factor;\n const severity = truck.road_severity;\n const brakeRoute = truck.route_class === 2 ? 2.5 : truck.route_class === 1 ? 1.4 : 1.0;\n const tyreRoute = truck.route_class === 2 ? 1.6 : 1.0;\n return {\n brake_wear: parameters.brake_wear_per_km * speed * severity * brakeRoute\n * (1 + parameters.wear_feedback * truck.brake_wear),\n engine_wear: parameters.engine_wear_per_km * speed * severity * 1.2\n * (1 + parameters.wear_feedback * truck.engine_wear),\n tyre_wear: parameters.tyre_wear_per_km * speed * severity * tyreRoute\n * (1 + parameters.wear_feedback * truck.tyre_wear),\n km_remaining: -speed,\n route_distance: 0, service_remaining: 0, load_due: 0, load_revenue: 0, age: 1,\n road_severity: parameters.severity_reversion\n * (parameters.base_severity_mean - truck.road_severity),\n speed_factor: parameters.speed_reversion\n * (parameters.base_speed_mean - truck.speed_factor),\n conditions_clock: -1,\n fuel_burned: parameters.fuel_per_km * speed * severity\n * (truck.route_class === 2 ? 1.4 : 1.0),\n hours_driven: 1, rest_remaining: 0, fuel_rate: 0\n };\n });\n});" - }, - { - "id": "de__returning", - "name": "Wear, fuel and road conditions (running back empty)", - "colorId": "type__truck", - "code": "export default Dynamics((tokens, parameters) => {\n return tokens.map((truck) => {\n const speed = parameters.average_speed * truck.speed_factor;\n const severity = truck.road_severity;\n const brakeRoute = truck.route_class === 2 ? 2.5 : truck.route_class === 1 ? 1.4 : 1.0;\n const tyreRoute = truck.route_class === 2 ? 1.6 : 1.0;\n return {\n brake_wear: parameters.brake_wear_per_km * speed * severity * brakeRoute * 0.7\n * (1 + parameters.wear_feedback * truck.brake_wear),\n engine_wear: parameters.engine_wear_per_km * speed * severity * 0.7\n * (1 + parameters.wear_feedback * truck.engine_wear),\n tyre_wear: parameters.tyre_wear_per_km * speed * severity * tyreRoute * 0.7\n * (1 + parameters.wear_feedback * truck.tyre_wear),\n km_remaining: -speed,\n route_distance: 0, service_remaining: 0, load_due: 0, load_revenue: 0, age: 1,\n road_severity: parameters.severity_reversion\n * (parameters.base_severity_mean - truck.road_severity),\n speed_factor: parameters.speed_reversion\n * (parameters.base_speed_mean - truck.speed_factor),\n conditions_clock: -1,\n fuel_burned: parameters.fuel_per_km * speed * severity\n * (truck.route_class === 2 ? 1.4 : 1.0) * 0.8,\n hours_driven: 1, rest_remaining: 0, fuel_rate: 0\n };\n });\n});" - }, - { - "id": "de__stopped", - "name": "Clock: standing at the depot (age only)", - "colorId": "type__truck", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({ brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, load_due: 0, load_revenue: 0, age: 1, road_severity: 0, speed_factor: 0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0 }));\n});" - }, - { - "id": "de__in_bay", - "name": "Clock: service countdown", - "colorId": "type__truck", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({ brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: -1, load_due: 0, load_revenue: 0, age: 1, road_severity: 0, speed_factor: 0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0 }));\n});" - }, - { - "id": "de__resting", - "name": "Clock: driver rest countdown", - "colorId": "type__truck", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({ brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, load_due: 0, load_revenue: 0, age: 1, road_severity: 0, speed_factor: 0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: -1, fuel_rate: 0 }));\n});" - }, - { - "id": "de__waiting_load", - "name": "Clock: load ageing on the board", - "colorId": "type__load", - "code": "export default Dynamics((tokens) => {\n return tokens.map(() => ({ distance: 0, due: 0, revenue: 0, age: 1 }));\n});" - }, - { - "id": "de__conditions", - "name": "Regional weather drift (+ resample clock)", - "colorId": "type__conditions", - "code": "export default Dynamics((tokens, parameters) => {\n return tokens.map((cond) => ({\n severity_mean: parameters.env_reversion\n * (parameters.base_severity_mean - cond.severity_mean),\n speed_mean: parameters.env_reversion\n * (parameters.base_speed_mean - cond.speed_mean),\n clock: -1\n }));\n});" - } - ], - "parameters": [ - { - "id": "param__average_speed", - "name": "Average speed (km per hour)", - "variableName": "average_speed", - "type": "real", - "defaultValue": "62" - }, - { - "id": "param__motorway_rate", - "name": "Motorway loads offered (per hour)", - "variableName": "motorway_rate", - "type": "real", - "defaultValue": "0.07" - }, - { - "id": "param__urban_rate", - "name": "Urban loads offered (per hour)", - "variableName": "urban_rate", - "type": "real", - "defaultValue": "0.095" - }, - { - "id": "param__mountain_rate", - "name": "Mountain loads offered (per hour)", - "variableName": "mountain_rate", - "type": "real", - "defaultValue": "0.048" - }, - { - "id": "param__due_allowance", - "name": "Delivery window as a multiple of driving time", - "variableName": "due_allowance", - "type": "real", - "defaultValue": "2.2" - }, - { - "id": "param__revenue_per_km", - "name": "Revenue per km", - "variableName": "revenue_per_km", - "type": "real", - "defaultValue": "1.4" - }, - { - "id": "param__board_patience", - "name": "Hours a load stays on the board", - "variableName": "board_patience", - "type": "real", - "defaultValue": "10" - }, - { - "id": "param__brake_wear_per_km", - "name": "Brake wear per km", - "variableName": "brake_wear_per_km", - "type": "real", - "defaultValue": "0.000015" - }, - { - "id": "param__engine_wear_per_km", - "name": "Engine wear per km", - "variableName": "engine_wear_per_km", - "type": "real", - "defaultValue": "0.000012" - }, - { - "id": "param__tyre_wear_per_km", - "name": "Tyre wear per km", - "variableName": "tyre_wear_per_km", - "type": "real", - "defaultValue": "0.000018" - }, - { - "id": "param__failure_rate", - "name": "Roadside failure rate for a new truck (per hour)", - "variableName": "failure_rate", - "type": "real", - "defaultValue": "0.00035" - }, - { - "id": "param__brake_sensitivity", - "name": "How much brake wear multiplies the failure rate", - "variableName": "brake_sensitivity", - "type": "real", - "defaultValue": "50" - }, - { - "id": "param__engine_sensitivity", - "name": "How much engine wear multiplies the failure rate", - "variableName": "engine_sensitivity", - "type": "real", - "defaultValue": "70" - }, - { - "id": "param__tyre_sensitivity", - "name": "How much tyre wear multiplies the failure rate", - "variableName": "tyre_sensitivity", - "type": "real", - "defaultValue": "40" - }, - { - "id": "param__service_wear_limit", - "name": "Wear level that sends a truck into a bay", - "variableName": "service_wear_limit", - "type": "real", - "defaultValue": "0.5" - }, - { - "id": "param__wear_limit", - "name": "Wear a truck may carry onto an ordinary route", - "variableName": "wear_limit", - "type": "real", - "defaultValue": "9" - }, - { - "id": "param__severe_route_wear_limit", - "name": "Wear a truck may carry onto a mountain route", - "variableName": "severe_route_wear_limit", - "type": "real", - "defaultValue": "9" - }, - { - "id": "param__service_time", - "name": "Service duration (hours)", - "variableName": "service_time", - "type": "real", - "defaultValue": "5" - }, - { - "id": "param__parts_lead_time", - "name": "Parts lead time (hours)", - "variableName": "parts_lead_time", - "type": "real", - "defaultValue": "20" - }, - { - "id": "param__recovery_response", - "name": "Recovery response time (hours)", - "variableName": "recovery_response", - "type": "real", - "defaultValue": "2.5" - }, - { - "id": "param__tow_time", - "name": "Tow time (hours)", - "variableName": "tow_time", - "type": "real", - "defaultValue": "3" - }, - { - "id": "param__repair_time", - "name": "Repair after a breakdown (hours)", - "variableName": "repair_time", - "type": "real", - "defaultValue": "12" - }, - { - "id": "param__fuel_per_km", - "name": "Base fuel consumption (litres per km)", - "variableName": "fuel_per_km", - "type": "real", - "defaultValue": "0.35" - }, - { - "id": "param__max_driving_hours", - "name": "Maximum driving hours before rest", - "variableName": "max_driving_hours", - "type": "real", - "defaultValue": "9" - }, - { - "id": "param__conditions_step", - "name": "Per-truck diffusion step (hours)", - "variableName": "conditions_step", - "type": "real", - "defaultValue": "0.5" - }, - { - "id": "param__severity_reversion", - "name": "Road severity OU reversion rate", - "variableName": "severity_reversion", - "type": "real", - "defaultValue": "0.8" - }, - { - "id": "param__severity_volatility", - "name": "Road severity OU volatility", - "variableName": "severity_volatility", - "type": "real", - "defaultValue": "0.15" - }, - { - "id": "param__speed_reversion", - "name": "Speed factor OU reversion rate", - "variableName": "speed_reversion", - "type": "real", - "defaultValue": "0.6" - }, - { - "id": "param__speed_volatility", - "name": "Speed factor OU volatility", - "variableName": "speed_volatility", - "type": "real", - "defaultValue": "0.08" - }, - { - "id": "param__env_step", - "name": "Global environment shift interval (hours)", - "variableName": "env_step", - "type": "real", - "defaultValue": "4" - }, - { - "id": "param__env_reversion", - "name": "Global environment OU reversion rate", - "variableName": "env_reversion", - "type": "real", - "defaultValue": "0.1" - }, - { - "id": "param__env_volatility", - "name": "Global environment OU volatility", - "variableName": "env_volatility", - "type": "real", - "defaultValue": "0.05" - }, - { - "id": "param__base_severity_mean", - "name": "Long-run severity mean", - "variableName": "base_severity_mean", - "type": "real", - "defaultValue": "1.0" - }, - { - "id": "param__base_speed_mean", - "name": "Long-run speed mean", - "variableName": "base_speed_mean", - "type": "real", - "defaultValue": "1.0" - }, - { - "id": "param__fuel_cost_per_unit", - "name": "Fuel cost per litre", - "variableName": "fuel_cost_per_unit", - "type": "real", - "defaultValue": "1.5" - }, - { - "id": "param__repair_cost", - "name": "Cost per breakdown repair", - "variableName": "repair_cost", - "type": "real", - "defaultValue": "3500" - }, - { - "id": "param__service_cost", - "name": "Cost per planned service", - "variableName": "service_cost", - "type": "real", - "defaultValue": "800" - }, - { - "id": "param__rest_penalty", - "name": "Penalty per mandatory rest event", - "variableName": "rest_penalty", - "type": "real", - "defaultValue": "150" - }, - { - "id": "param__late_penalty_fraction", - "name": "Revenue lost on late delivery", - "variableName": "late_penalty_fraction", - "type": "real", - "defaultValue": "0.3" - }, - { - "id": "param__wear_feedback", - "name": "How much wear already carried accelerates further wear", - "variableName": "wear_feedback", - "type": "real", - "defaultValue": "0.6" - } - ], - "scenarios": [ - { - "id": "scenario__run_to_failure", - "name": "Run to failure", - "description": "Nothing is serviced on condition: trucks are only ever repaired after they fail.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 9 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: parameters.base_severity_mean,\n speed_factor: parameters.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: parameters.base_severity_mean, speed_mean: parameters.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__condition_based", - "name": "Condition-based servicing", - "description": "Trucks come in when any component's wear reaches the threshold. Everything else is identical to the baseline.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: parameters.base_severity_mean,\n speed_factor: parameters.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: parameters.base_severity_mean, speed_mean: parameters.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__early_servicing", - "name": "Servicing too early", - "description": "The same rule at a quarter of full wear. Fewer breakdowns, but the fleet spends its life in the workshop.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.25 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: parameters.base_severity_mean,\n speed_factor: parameters.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: parameters.base_severity_mean, speed_mean: parameters.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__route_restriction", - "name": "Condition-based, worn trucks off mountain work", - "description": "Condition-based servicing plus a dispatch rule: a truck past a third of full wear is not sent on mountain routes.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - }, - { - "type": "real", - "identifier": "severe_route_wear_limit", - "default": 0.35 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit", - "param__severe_route_wear_limit": "scenario.severe_route_wear_limit" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: parameters.base_severity_mean,\n speed_factor: parameters.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: parameters.base_severity_mean, speed_mean: parameters.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__single_bay", - "name": "Condition-based, one bay", - "description": "Condition-based servicing with the second bay closed. Planned services and breakdown repairs compete for one bay.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 1 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: parameters.base_severity_mean,\n speed_factor: parameters.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: parameters.base_severity_mean, speed_mean: parameters.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__thin_spares", - "name": "Condition-based, one part on the shelf", - "description": "Condition-based servicing with a single spare and a long parts lead time.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 1 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - }, - { - "type": "real", - "identifier": "parts_lead_time", - "default": 72 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit", - "param__parts_lead_time": "scenario.parts_lead_time" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: parameters.base_severity_mean,\n speed_factor: parameters.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: parameters.base_severity_mean, speed_mean: parameters.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__winter", - "name": "Winter conditions", - "description": "Icy roads, slower speeds, more wear. Severity mean 1.4, speed mean 0.8.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - }, - { - "type": "real", - "identifier": "base_severity_mean", - "default": 1.4 - }, - { - "type": "real", - "identifier": "base_speed_mean", - "default": 0.8 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit", - "param__base_severity_mean": "scenario.base_severity_mean", - "param__base_speed_mean": "scenario.base_speed_mean" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: scenario.base_severity_mean,\n speed_factor: scenario.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: scenario.base_severity_mean, speed_mean: scenario.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__summer", - "name": "Summer baseline", - "description": "Dry roads, faster speeds. Severity mean 0.9, speed mean 1.1.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - }, - { - "type": "real", - "identifier": "base_severity_mean", - "default": 0.9 - }, - { - "type": "real", - "identifier": "base_speed_mean", - "default": 1.1 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit", - "param__base_severity_mean": "scenario.base_severity_mean", - "param__base_speed_mean": "scenario.base_speed_mean" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: scenario.base_severity_mean,\n speed_factor: scenario.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: scenario.base_severity_mean, speed_mean: scenario.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__demand_surge", - "name": "Demand surge", - "description": "Load arrival rates multiplied by 1.5.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - }, - { - "type": "real", - "identifier": "motorway_rate", - "default": 0.105 - }, - { - "type": "real", - "identifier": "urban_rate", - "default": 0.1425 - }, - { - "type": "real", - "identifier": "mountain_rate", - "default": 0.072 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit", - "param__motorway_rate": "scenario.motorway_rate", - "param__urban_rate": "scenario.urban_rate", - "param__mountain_rate": "scenario.mountain_rate" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: parameters.base_severity_mean,\n speed_factor: parameters.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: parameters.base_severity_mean, speed_mean: parameters.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__winter_surge", - "name": "Winter + demand surge", - "description": "The compound scenario: bad weather and high demand together.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - }, - { - "type": "real", - "identifier": "base_severity_mean", - "default": 1.4 - }, - { - "type": "real", - "identifier": "base_speed_mean", - "default": 0.8 - }, - { - "type": "real", - "identifier": "motorway_rate", - "default": 0.105 - }, - { - "type": "real", - "identifier": "urban_rate", - "default": 0.1425 - }, - { - "type": "real", - "identifier": "mountain_rate", - "default": 0.072 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit", - "param__base_severity_mean": "scenario.base_severity_mean", - "param__base_speed_mean": "scenario.base_speed_mean", - "param__motorway_rate": "scenario.motorway_rate", - "param__urban_rate": "scenario.urban_rate", - "param__mountain_rate": "scenario.mountain_rate" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: scenario.base_severity_mean,\n speed_factor: scenario.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: scenario.base_severity_mean, speed_mean: scenario.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - }, - { - "id": "scenario__route_aware_winter", - "name": "Route-aware dispatch + winter", - "description": "Tests whether the route restriction rule becomes more valuable in bad weather. Mountain wear limit 0.35, winter conditions.", - "scenarioParameters": [ - { - "type": "integer", - "identifier": "trucks", - "default": 8 - }, - { - "type": "integer", - "identifier": "drivers", - "default": 8 - }, - { - "type": "integer", - "identifier": "bays", - "default": 2 - }, - { - "type": "integer", - "identifier": "technicians", - "default": 2 - }, - { - "type": "integer", - "identifier": "spares", - "default": 10 - }, - { - "type": "integer", - "identifier": "recovery_units", - "default": 2 - }, - { - "type": "real", - "identifier": "service_wear_limit", - "default": 0.5 - }, - { - "type": "real", - "identifier": "severe_route_wear_limit", - "default": 0.35 - }, - { - "type": "real", - "identifier": "base_severity_mean", - "default": 1.4 - }, - { - "type": "real", - "identifier": "base_speed_mean", - "default": 0.8 - } - ], - "parameterOverrides": { - "param__service_wear_limit": "scenario.service_wear_limit", - "param__severe_route_wear_limit": "scenario.severe_route_wear_limit", - "param__base_severity_mean": "scenario.base_severity_mean", - "param__base_speed_mean": "scenario.base_speed_mean" - }, - "initialState": { - "type": "code", - "content": "const newTruck = {\n brake_wear: 0, engine_wear: 0, tyre_wear: 0, km_remaining: 0, route_distance: 0, service_remaining: 0, route_class: 0, load_due: 0, load_revenue: 0, age: 0, loads_done: 0, unplanned: 0, road_severity: 1.0, speed_factor: 1.0, conditions_clock: 0, fuel_burned: 0, hours_driven: 0, rest_remaining: 0, fuel_rate: 0\n };\n const fleet = [];\n for (let index = 0; index < scenario.trucks; index += 1) {\n fleet.push({ ...newTruck,\n brake_wear: (index / scenario.trucks) * 0.1,\n engine_wear: (index / scenario.trucks) * 0.08,\n tyre_wear: (index / scenario.trucks) * 0.12,\n road_severity: scenario.base_severity_mean,\n speed_factor: scenario.base_speed_mean,\n });\n }\n return {\n Available: fleet,\n LoadBoard: [],\n Drivers: scenario.drivers,\n Bays: scenario.bays,\n Technicians: scenario.technicians,\n Spares: scenario.spares,\n RecoveryUnits: scenario.recovery_units,\n Conditions: [{ severity_mean: scenario.base_severity_mean, speed_mean: scenario.base_speed_mean, clock: 0 }],\n Rest: [],\n RestEvents: 0,\n FuelSpent: 0,\n };" - } - } - ], - "metrics": [ - { - "id": "metric__loads_delivered", - "name": "Loads delivered on time", - "description": "Loads that reached the customer inside the window.", - "code": "return state.places.DeliveredLoads.count;" - }, - { - "id": "metric__loads_late", - "name": "Loads delivered late", - "description": "Loads that arrived outside the window.", - "code": "return state.places.LateLoads.count;" - }, - { - "id": "metric__loads_dropped", - "name": "Loads dropped", - "description": "Loads nobody collected plus loads lost to a breakdown.", - "code": "return state.places.DroppedLoads.count;" - }, - { - "id": "metric__service_level", - "name": "Service level", - "description": "Share of offered loads delivered on time.", - "code": "const delivered = state.places.DeliveredLoads.count;\nconst late = state.places.LateLoads.count;\nconst dropped = state.places.DroppedLoads.count;\nconst offered = delivered + late + dropped;\nreturn offered === 0 ? 1 : delivered / offered;" - }, - { - "id": "metric__revenue", - "name": "Revenue", - "description": "Revenue from delivered loads. Late loads are paid at a discount.", - "code": "const onTime = state.places.DeliveredLoads.tokens.reduce(\n (total, load) => total + load.revenue, 0);\nconst late = state.places.LateLoads.tokens.reduce(\n (total, load) => total + load.revenue * (1 - parameters.late_penalty_fraction), 0);\nreturn onTime + late;" - }, - { - "id": "metric__total_fuel", - "name": "Total fuel burned", - "description": "Litres consumed across the fleet.", - "code": "const fleet = state.places.Available.tokens.concat(state.places.OnRoute.tokens.concat(state.places.Returning.tokens.concat(state.places.DepotQueue.tokens.concat(state.places.InBay.tokens.concat(state.places.AwaitingParts.tokens.concat(state.places.Stranded.tokens.concat(state.places.UnderRecovery.tokens.concat(state.places.Rest.tokens))))))));\nreturn fleet.reduce((total, truck) => total + truck.fuel_burned, 0);" - }, - { - "id": "metric__operating_cost", - "name": "Operating cost", - "description": "Fuel cost plus repairs and services.", - "code": "const fleet = state.places.Available.tokens.concat(state.places.OnRoute.tokens.concat(state.places.Returning.tokens.concat(state.places.DepotQueue.tokens.concat(state.places.InBay.tokens.concat(state.places.AwaitingParts.tokens.concat(state.places.Stranded.tokens.concat(state.places.UnderRecovery.tokens.concat(state.places.Rest.tokens))))))));\nconst fuel = fleet.reduce((total, truck) => total + truck.fuel_burned, 0) * parameters.fuel_cost_per_unit;\nconst repairs = state.places.RepairsDone.count * parameters.repair_cost;\nconst services = state.places.ServicesDone.count * parameters.service_cost;\nconst rest = state.places.RestEvents.count * parameters.rest_penalty;\nreturn fuel + repairs + services + rest;" - }, - { - "id": "metric__profit", - "name": "Profit", - "description": "Revenue minus operating cost minus late delivery penalties.", - "code": "const onTime = state.places.DeliveredLoads.tokens.reduce(\n (total, load) => total + load.revenue, 0);\nconst late = state.places.LateLoads.tokens.reduce(\n (total, load) => total + load.revenue * (1 - parameters.late_penalty_fraction), 0);\nconst revenue = onTime + late;\nconst fleet = state.places.Available.tokens.concat(state.places.OnRoute.tokens.concat(state.places.Returning.tokens.concat(state.places.DepotQueue.tokens.concat(state.places.InBay.tokens.concat(state.places.AwaitingParts.tokens.concat(state.places.Stranded.tokens.concat(state.places.UnderRecovery.tokens.concat(state.places.Rest.tokens))))))));\nconst fuel = fleet.reduce((total, truck) => total + truck.fuel_burned, 0) * parameters.fuel_cost_per_unit;\nconst repairs = state.places.RepairsDone.count * parameters.repair_cost;\nconst services = state.places.ServicesDone.count * parameters.service_cost;\nconst rest = state.places.RestEvents.count * parameters.rest_penalty;\nreturn revenue - fuel - repairs - services - rest;" - }, - { - "id": "metric__roadside_failures", - "name": "Roadside failures", - "description": "Breakdowns away from the depot.", - "code": "return state.places.RoadsideEvents.count;" - }, - { - "id": "metric__services", - "name": "Planned services", - "description": "Trucks brought in on the wear rule and returned to as-new condition.", - "code": "return state.places.ServicesDone.count;" - }, - { - "id": "metric__repairs", - "name": "Unplanned repairs", - "description": "Trucks repaired after a breakdown.", - "code": "return state.places.RepairsDone.count;" - }, - { - "id": "metric__deferred_services", - "name": "Services deferred", - "description": "Times a truck was due for a service, found the workshop full.", - "code": "return state.places.DeferredServices.count;" - }, - { - "id": "metric__rest_events", - "name": "Driver rest events", - "description": "Times a truck was sent to mandatory rest.", - "code": "return state.places.RestEvents.count;" - }, - { - "id": "metric__trucks_earning", - "name": "Trucks earning", - "description": "Trucks on a route right now.", - "code": "return state.places.OnRoute.count;" - }, - { - "id": "metric__trucks_off_road", - "name": "Trucks off the road", - "description": "Trucks in a bay, waiting for a part, under recovery, or resting.", - "code": "return state.places.InBay.count + state.places.AwaitingParts.count + state.places.Stranded.count + state.places.UnderRecovery.count + state.places.Rest.count;" - }, - { - "id": "metric__fleet_utilisation", - "name": "Fleet utilisation", - "description": "Fraction of trucks on route or returning vs the total fleet.", - "code": "const fleet = state.places.Available.tokens.concat(state.places.OnRoute.tokens.concat(state.places.Returning.tokens.concat(state.places.DepotQueue.tokens.concat(state.places.InBay.tokens.concat(state.places.AwaitingParts.tokens.concat(state.places.Stranded.tokens.concat(state.places.UnderRecovery.tokens.concat(state.places.Rest.tokens))))))));\nif (fleet.length === 0) return 0;\nconst earning = state.places.OnRoute.count + state.places.Returning.count;\nreturn earning / fleet.length;" - }, - { - "id": "metric__avg_brake_wear", - "name": "Average brake wear", - "description": "Mean brake wear across the fleet.", - "code": "const fleet = state.places.Available.tokens.concat(state.places.OnRoute.tokens.concat(state.places.Returning.tokens.concat(state.places.DepotQueue.tokens.concat(state.places.InBay.tokens.concat(state.places.AwaitingParts.tokens.concat(state.places.Stranded.tokens.concat(state.places.UnderRecovery.tokens.concat(state.places.Rest.tokens))))))));\nif (fleet.length === 0) return 0;\nreturn fleet.reduce((t, tr) => t + tr.brake_wear, 0) / fleet.length;" - }, - { - "id": "metric__avg_engine_wear", - "name": "Average engine wear", - "description": "Mean engine wear across the fleet.", - "code": "const fleet = state.places.Available.tokens.concat(state.places.OnRoute.tokens.concat(state.places.Returning.tokens.concat(state.places.DepotQueue.tokens.concat(state.places.InBay.tokens.concat(state.places.AwaitingParts.tokens.concat(state.places.Stranded.tokens.concat(state.places.UnderRecovery.tokens.concat(state.places.Rest.tokens))))))));\nif (fleet.length === 0) return 0;\nreturn fleet.reduce((t, tr) => t + tr.engine_wear, 0) / fleet.length;" - }, - { - "id": "metric__avg_tyre_wear", - "name": "Average tyre wear", - "description": "Mean tyre wear across the fleet.", - "code": "const fleet = state.places.Available.tokens.concat(state.places.OnRoute.tokens.concat(state.places.Returning.tokens.concat(state.places.DepotQueue.tokens.concat(state.places.InBay.tokens.concat(state.places.AwaitingParts.tokens.concat(state.places.Stranded.tokens.concat(state.places.UnderRecovery.tokens.concat(state.places.Rest.tokens))))))));\nif (fleet.length === 0) return 0;\nreturn fleet.reduce((t, tr) => t + tr.tyre_wear, 0) / fleet.length;" - } - ], - "subnets": [], - "componentInstances": [], - "version": 1, - "meta": { - "generator": "Petrinaut" - }, - "title": "Truck fleet with condition-based maintenance (v2)" -} diff --git a/libs/@hashintel/brunch-agent/docs/mission-archive/3-structurally-typed-runbook-to-headless-pn.md b/libs/@hashintel/brunch-agent/docs/mission-archive/3-structurally-typed-runbook-to-headless-pn.md index 7f9e316eb9d..b6e83732241 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-archive/3-structurally-typed-runbook-to-headless-pn.md +++ b/libs/@hashintel/brunch-agent/docs/mission-archive/3-structurally-typed-runbook-to-headless-pn.md @@ -11,11 +11,12 @@ Close evidence: Proof items 1–5 and 8 are established through the real production agent path. Item 7 is established for the elicitation workpiece as an explicitly partial, epistemically marked artifact. Item 6 is not established for real-model construction: the construct-only paid run made nine malformed nested `addType.elements` calls and produced a vacuously parser-valid empty net. The hermetic non-empty fixture proves packaging and callback validation, not model semantic fidelity. Construction-discovered return to elicitation also remains unexercised. -Required design input: -[`docs/specs/structurally-typed-elicitation-runbooks.md`](docs/specs/structurally-typed-elicitation-runbooks.md). -The specification defines the meaning and first architecture of the runbook; this mission decides -what to build and prove. If the real path contradicts the design, stop and surface the evidence -rather than satisfying the document by construction. +Required design input at the time of this mission: +`docs/specs/structurally-typed-elicitation-runbooks.md` (removed from the living tree on +2026-09-07; last copy `69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/structurally-typed-elicitation-runbooks.md`). +The specification defined the meaning and first architecture of the runbook; this mission decided +what to build and prove. If the real path contradicted the design, the instruction was to stop +and surface the evidence rather than satisfying the document by construction. Later concerns are clustered in [`MISSION.next.md`](MISSION.next.md). That file is the canonical draft of upcoming work, not a mission; do not implement it. Host-continuity work, Petrinaut @@ -102,8 +103,8 @@ runbook helped, failed, or created attention strain. A fluent conversation by it ## Constraints -- Consume - [`docs/specs/structurally-typed-elicitation-runbooks.md`](docs/specs/structurally-typed-elicitation-runbooks.md): +- Consume the historical runbook spec (last copy + `69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/structurally-typed-elicitation-runbooks.md`): broad runbook definition, structural-before-semantic typing, universal + target-formalism authorship, one-agent lifecycle, one skill, and lazy phase-specific reference. - Mission 1's chat door stays the door: Petrinaut panel → `transport-aisdk` → Flue `ChatAgent`. diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/capture-store.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/capture-store.md deleted file mode 100644 index 53d22ca1841..00000000000 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/capture-store.md +++ /dev/null @@ -1,203 +0,0 @@ -# The capture store, in plain terms - -A plain-prose rendering of what the top of the stack establishes: the capture store -(FE-1390, `packages/core/src/evidence/capture-store.ts` + `packages/binding-flue/src/local-capture-store.ts`) -and the ask/reply machinery it will eventually serve (FE-1389, where the two touch). Rendered -from the code first, with the kernel spec (§5, §9.6, §14.1) and CONTEXT.md as the claimed -semantics the code is read against. The strain report at the end is the review yield: every -place the source resisted plain rendering. - -## What the store is - -The capture store is the durable truth of a target-document. It holds three families of -records: captures, issues, and events. A capture is a capture envelope: harness-minted id, -evidence or a declared basis, epistemic status, confidence, exactly one value or absence -state, an optional alternatives group, an optional single `supersedes` link, and a -content-derived dedup key. An issue is stored backpressure: a type (one of seven), a producer -(harness, or plugin with a namespace), and references to existing captures. An event is one of -three things: a resolution record, a retraction, or an issue-closed marker. - -No record carries a status field. Nothing in the store says "this capture is superseded" or -"this issue is closed". Those are read-time answers, computed from the records. - -## What a write is - -A write is a command. There are five: apply a sweep of capture proposals, open an issue, close -an issue, resolve a conflict, retract a capture. The command logic is one pure function: it -takes a snapshot and a command, and returns either a new snapshot plus a result value, or a -refusal. It never returns both. A refused command changes nothing. - -A sweep applies whole or refuses whole. If one proposal in the batch is invalid, the entire -sweep is refused and no capture is added. Valid proposals that duplicate existing content are -skipped, not refused: the store computes a dedup key from evidence and content — epistemic -status is deliberately excluded — and a retried proposal with the same key adds nothing. -Changing your epistemic reading of the same evidence therefore requires explicit supersession; -it can never happen as a silent update. - -A proposal that supersedes another capture must name a capture that exists, is currently -active, and is not already superseded by an earlier proposal in the same batch. New captures -get fresh harness-minted ids. The sweep result also reports advisories — pairs of active -captures that look possibly equivalent (same evidence, or near-identical text payloads). -Advisories are returned to the caller and never stored. - -Every command appends. No command edits a record. No command deletes a record. Corrections -are new records: a superseding capture, a resolution record, a retraction event. - -## What the store refuses, and why - -The refusal surface is the store's contract. In plain terms: - -- **A capture without provenance.** User-grounded captures (`explicit`, `inferred`, - `tentative`) need at least one evidence span: a non-empty quoted excerpt plus a pointer - (session id, entry range, range must not end before it starts). `defaulted` captures must - cite a declared default. `external-lookup` captures must cite a documented transformation. - There is no fourth shape. -- **A capture with both a value and an absence state, or neither.** Exactly one. Absence is a - first-class value with six named states; it never collapses to null. -- **A value that cannot survive JSON.** Non-finite numbers, class instances, functions — refused. -- **Superseding a non-head.** If the target is already superseded or retracted, the refusal - names the current active heads so the caller can re-aim. -- **Closing a conflicting issue with a plain close.** A `conflicting` issue closes only through - a resolution record. The resolution must cite the true user's utterance, must name a winner - and at least one loser, and must account for exactly the captures the conflict references — - no more, no fewer, no duplicates, all of them still active. -- **Retracting anything but an active capture.** Retraction is an event that cites the true - user and names no successor. -- **An issue referencing nothing, or referencing unknown captures.** - -The persisted file gets its own guard: on every read, the whole snapshot is re-parsed and -cross-checked. Duplicate ids, stale dedup keys, supersession cycles, forking supersession -histories (two successors for one capture), events citing non-user evidence, resolutions that -do not account for their conflict, issue-closed events on conflicts — all of these make the -read throw rather than return a corrupted truth. - -## What derives at read time - -Three questions are answered by computation, never by stored flags: - -- **Capture status.** Retracted if a retraction event names it. Otherwise superseded if a - capture supersedes it or a resolution names it as a loser. Otherwise active. -- **Issue status.** Closed if a resolution or issue-closed event names it. Otherwise open. -- **Current heads.** Following supersession links and resolution outcomes forward from any - capture to the captures that currently speak for it. - -## What the binding owns - -The core module owns the rules; the Flue binding owns the disk. `LocalCaptureStore` keeps the -snapshot as one JSON file. Reads parse and validate the whole file; a missing file is an empty -store. Writes go to a temporary file first and are renamed into place, so a crash mid-write -leaves the old file intact, never a half-written one. Commands against the same path are -queued in process order; each command reads the current file, applies, and writes before the -next begins. A refused command writes nothing. - -## What the ask machinery adds (FE-1389) - -The walking skeleton beneath this branch proves the conversation side: each `ask` suspends the -turn on a durable pending affordance (held in per-session state), and the next user dispatch is -mechanically bound as the reply — the harness appends a signal entry naming the affordance, so -the binding is a recorded fact, not a model inference. The store is built to receive this: -evidence spans may anchor on `user-affordance-payload` entries, which is exactly what these -affordance replies are. That is where the two branches touch — and today it is only a -type-level touch (see strain report, item 3). - -## What the tests prove - -The core suite pins six of the spec's ten harness invariants by name: retries deduplicate by -content not epistemic status (5); one invalid proposal refuses the whole sweep (7); all six -absence states survive storage (9); explicit/inferred/defaulted stay distinct (10); supersession -keeps history and status derives (4); conflicts close only through user-cited resolution (2). -It also pins: resolutions account for every conflicted capture; persisted tampering (stale -dedup keys, forking supersession, silent conflict-close) is refused at parse; retraction is a -user-cited event with no successor; equivalence advisories surface and are not stored. The -binding suite pins: round-trip persistence with no stored statuses, serialized concurrent -writes, and that a refused sweep never persists partially. - -## What is NOT guaranteed - -This section is load-bearing. The store guarantees nothing beyond the boundary of its snapshot. - -1. **A conflict can be born unclosable.** The store accepts a `conflicting` issue with one - reference, but every legal resolution needs a winner and at least one loser drawn exactly - from the references — so a one-reference conflict can never be resolved and never plainly - closed. Separately, nothing stops supersession or retraction of a capture an open conflict - references; once one referenced capture is no longer active, the resolution's all-active - requirement can never again be met. Both paths end in an issue that is permanently open. -2. **Evidence pointers are unverified and unbacked.** The store never sees session entries. It - cannot check that an excerpt appears in the pointed-at range, and there is no session-log - archive — the spec's "every entry a capture points to must be retrievable forever" (§9.6) - has no implementation. A pointer is a promise the store cannot keep or check. -3. **Provenance labels are trusted, not verified.** "Anchors only on true user entries" is - enforced against a `source` field the caller supplies. The store refuses a span _labeled_ - non-user; it cannot detect a mislabeled one. -4. **Append-only holds at the command surface, not the storage surface.** No command removes a - record, but the binding rewrites the whole file on every write. The parse guard catches - inconsistent tampering; a hand-edit that deletes records and stays self-consistent reads - back as truth. -5. **Serialization is per-process.** Two processes writing one file are not serialized; the - tmp-and-rename write prevents torn files but not lost updates. -6. **No caller exists.** Nothing in the running system produces captures. Settlement and sweep - are not built; the dev app's walking skeleton never touches the store. Every guarantee above - is currently exercised only by tests. -7. **Confidence is any non-empty string.** The spec says "qualitative, never a - scalar-for-everything"; the code enforces only non-emptiness. -8. **Payloads are opaque.** The store validates the envelope only. Plugin payload validation - (the spec's second validation stratum) does not exist here, and `alternativeGroup` is an - uninterpreted label with no enforced semantics. - -## Strain report - -Ranked by consequence. Each item is a place the source resisted plain rendering. - -1. **The unclosable conflict (two independent paths).** The sentence "a conflict closes only - through a user-cited resolution" renders cleanly; the sentence "every conflict can be - closed" cannot be written at all. A one-reference conflict is command-reachable and - permanently unresolvable, and superseding a conflict-referenced capture strands the conflict - forever. The refactor queue's commits 7 and 8 target exactly these; the rendering - independently confirms both from the code. -2. **"Append-only and transactional" — the title over-promises relative to the storage layer.** - Rendering forced the split into "no command removes a record" (true) and "records cannot be - removed" (false at the file level). Likewise "transactional" had to become "atomic within - one process": the write queue is a module-level map keyed by path, invisible across - processes. The honest rendering needed a whole "not guaranteed" section that the one-line - commit message does not hint at. -3. **The bridge with no middle span.** The directive asked for "the semantics FE-1389 adds - where they touch the store"; rendering found the touch is one string literal — - `'user-affordance-payload'` as a legal span source. No settlement, no sweep caller, no wiring. - Stating what the top branches establish _together_ required writing "they do not yet - connect," which no document had said. -4. **Provenance verification is structural, not evidential.** The spec's provenance language - ("cite the true user's utterance") reads as a fact check; the code implements a shape check - on self-declared labels. Penciled item 7's deterministic tier (excerpt verbatim in the - pointed-at range) is unimplementable from inside this module — the store has no access to - entries. The check belongs at sweep application (harness-resolved anchoring, §8.2), which - does not exist yet; until then the store carries tier-1-looking fields with no tier-1 check - behind them. -5. **Three rule surfaces, one contract, no equivalence proof.** Proposal validation, snapshot - parsing, and derived-status logic each restate overlapping rules in separate code. Rendering - "what the store refuses" required merging three lists and trusting they agree; the refactor - queue's shared-invariant commits (1, 5, 6, 9) target exactly this duplication. -6. **Epistemic status is capture-scoped — FE-1405's arity question has a type-system answer.** - One capture carries exactly one epistemic status and one confidence for its whole payload. - A capture whose fields deserve different statuses cannot exist; the granularity rule - (one assertion per capture) is what makes that livable, but nothing enforces granularity — - a caller can store an arbitrarily large payload under one status. The IR's loss-report - arity problem and the envelope's status arity are the same question at two layers. -7. **"Sweep" names two different things.** In the spec, a sweep is a pass over settled - conversation that _produces_ captures; in this module, `apply-sweep` is the transaction that - _stores_ proposals someone else produced. The rendering had to say "a sweep of capture - proposals" to stay honest. The naming will mislead the first reader who arrives from the - spec. -8. **Session-log archive: scope claimed, scope absent.** Spec §9.6 puts the archive inside the - storage port's scope ("the port's scope is the capture store plus the session-log archive"). - The implemented port is captures/issues/events only. The rendering could not call this store - "the storage port" without the qualifier; it is the storage port's first half. - -> **Reflection:** The store is the stack's first genuine piece of layer-3 machinery, and its -> teeth are real — the refusal surface and the parse-on-read guard are exactly the "enforcement -> requires state outside the conversation" argument made concrete. But every high-consequence -> strain item has the same shape: the guarantee weakens wherever it depends on a fact outside -> the snapshot — session entries it cannot see, processes it cannot see, callers that do not -> exist, labels it must take on faith. The boundary of the snapshot is the boundary of the -> guarantee. That suggests the FE-1405/plugin-spec work should treat "what does the store need -> to _see_ to enforce this?" as the first question for every proposed invariant, before "what -> shape should the field have?" diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md index 598a986c858..51f59f12d80 100644 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md +++ b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md @@ -320,12 +320,14 @@ between the second and third: ## Reconciliation with the Flue-vs-tilde analysis (2026-08-14) -The comparative analysis at [`../../reference/amp-analysis-flue-vs-tilde.md`](../../research/amp-analysis-flue-vs-tilde.md) +The comparative analysis last living at +`69c02f69a9:libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md` read Flue's _source and changelog_, not only the guides, so where it speaks it carries higher evidence grade than this sheet's paraphrase-level doc reads. Reconciled 2026-08-17; no contradictions found — the analysis's verdict (keep Flue; Tilde is a hosted control plane, not -a runtime; the capture store stays application-owned under any future) matches this sheet's -boundary summary independently. Four source-level facts it adds that the guides state weakly +a runtime; application-owned document state stays outside Flue's conversation store) matches +this sheet's boundary summary independently. Capture envelopes were later rejected as that +application-owned store. Four source-level facts it adds that the guides state weakly or not at all: - **Pre-remote-exposure gates.** The mounted Flue route is public — no authentication or diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md index aef7cfdf7d8..9cb8a656e09 100644 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md +++ b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md @@ -4,24 +4,27 @@ Consult this at design moments — when you notice yourself about to add state, loop, a route, or a test harness — _before_ writing the new thing. Each row routes an indication to the affordance to rely on, the divergence it exists to prevent, and the point where canon stops and a human or an owning ticket decides. Every row is grounded in the -[architecture cheatsheet](flue-architecture-cheatsheet.md) (§ refs), the -[patterns audit](../../evidence/audits/flue-patterns-audit-2026-08-17.md), or the -[flue-vs-tilde analysis](../../research/amp-analysis-flue-vs-tilde.md); details live there. +[architecture cheatsheet](flue-architecture-cheatsheet.md) (§ refs) and the +[patterns audit](../../evidence/audits/flue-patterns-audit-2026-08-17.md); details live there. +The 2026-08-14 Flue-vs-tilde dump was removed from the living tree on 2026-09-07; last copy +`69c02f69a9:libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md`. **Which lane am I in?** Flue's surface sorts our system into three lanes (cheatsheet, boundary summary). _Shell-facing_ (UI transport, observability, evals, schedules, deploy): consume Flue directly, never wrap. _Agent-loop_ (tools, state, suspension, subagents, projection reads): translate in the binding — the eight-capability list is the line. -_Elicitation semantics + capture store_: ours outright; canon itself says "your application -should manage its own data store separately". If your change doesn't fit its lane, that is -the finding — stop and check the boundary summary before proceeding. +_Elicitation semantics and workpiece/document state_: ours outright; Flue history is the +canonical conversation log, and workpiece revisions settle in per-conversation state. Canon +itself says "your application should manage its own data store separately". The capture store +is rejected as product provenance. If your change doesn't fit its lane, that is the finding — +stop and check the boundary summary before proceeding. ## Routing table | Indication | Rely on | Never | Escalate when | | --------------------------------------------------------------------------------------- | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | | You're about to persist **per-conversation** state | `usePersistentState` — atomic with the unit of work; updater form sees the latest write, documented ([agent-hooks](https://flueframework.com/docs/guide/agent-hooks/index.md); §2) | A side file or table keyed by conversation id — a parallel copy of Flue's own record | The state is really per-_target-document_ → next row | -| You're persisting **cross-conversation** state (captures, issues, target-documents) | The storage port / capture store — lane 3, ours ([database](https://flueframework.com/docs/guide/database/index.md); §5) | `db.ts` or DO SQLite for captures — Flue's stores are conversation-scoped, and the analysis confirms the capture store stays application-owned under every future | Schema changes → the archive slot's `migrate()`-style versioned provisioning (FE-1391) | +| You're persisting **cross-conversation** or **document** state | Per-conversation workpiece/document state and Flue `history()`; the binding-owned session-log archive lane if compaction loses folded records ([database](https://flueframework.com/docs/guide/database/index.md); §5) | A revived capture-envelope store, or `db.ts` / DO SQLite as a second conversation log | Mission 7's compaction probe decides whether the archive lane must be hardened; schema/versioning of that lane stays FE-1391-shaped | | You need the **model to see a harness fact** | `ctx.append` signal entries (same-response) or tool results; instructions stay render-invariant (§2; spec §7.4) | Interpolating state into instructions — that is the wake-wart, killed at its cause in FE-1389 | The fact must also be user-visible → §9.3 insertion notice, FE-1396 | | You're adding a **second place that renders conversation parts** | `useFlueAgent()` — parts-based messages; the affordance arrives as a `dynamic-tool` part whose `.output` is the validated payload, text parts as floor ([react](https://flueframework.com/docs/guide/react/index.md); §4) | Growing `chat.tsx` feature-by-feature into a hand-rolled client — divergence risk 1, and it's how the markdown floor broke | Adoption timing is FE-1385 / demo-shell; the floor fix is FE-1420 — don't build it twice | | You're touching the **kickoff or injected entries** | `useInitialData` (recorded once, structurally non-user) or a dispatched `signal` (§2, §4) | Machine-authored `kind: 'user'` entries — anchorable non-utterances that launder system words into the person's mouth (trace §9.4) | The re-entry briefing's insertion notice — FE-1396 | @@ -35,8 +38,8 @@ the finding — stop and check the boundary summary before proceeding. | You're **loading guidance content into the prompt** | Skills: name+description in prompt, `activate_skill` for full instructions — progressive disclosure _is_ the card economy of penciled item 4; `defineSkill` for programmatic packs; `useInstruction()` for always-on content ([skills](https://flueframework.com/docs/guide/skills/index.md); §3) | A bespoke card loader in the harness — divergence risk 3 | Card-to-skill compilation is FE-1403/FE-1406 design; keep card content assertable outside the Vite graph | | You're about to **wrap a Flue API in a binding layer** | The three-lane test (boundary summary): shell-facing → consume directly; agent-loop → it should already be on the eight-capability list | Wrapping lane-1 affordances — a parallel SDK, lens-2 debt at the API level | A genuinely new capability → extend `capabilities.ts` and apply the second-binding test (spec §14.2) | | You're **archiving or reading conversation history** | `createFlueClient({ url, fetch? }).history()` — one unpaged public materialized-message snapshot. The host injects the full conversation URL because Flue cannot discover its mount; custom `fetch` plus the router's `.fetch` is the candidate in-process composition (source-read record; §4, §5) | Shadow-recording entries inside hooks, consuming private canonical record types, or inventing offset arithmetic — all create a drifting second protocol (divergence risk 4) | FE-1391 must pin the in-lifecycle transport, archive pointer identity (public IDs are not canonical ranges), and identity-keyed merge/version semantics for repeated snapshots; retention authority vs. transport copy remains adjudicated (spec §9.6) | -| You're about to **expose the demo remotely** | The four gates, all before exposure: auth + per-conversation authorization (the mounted route is public), runtime telemetry, persisted-state versioning/backup, restart durability. All four are ticketed as **FE-1423** (FE-1396 blocks it, covering durability); they are requirements, not recommendations (ratified 2026-08-17) | Exposing the mounted route while any FE-1423 gate is open | A deploy-target choice → N5 applies (new storage-port impl in the binding, never a leaked path assumption) | -| You're **deploying the demo shell** | `dist/server.mjs` + a real `db.ts` adapter; one live owner per conversation; env read at startup only (§1) | Active-active replicas behind a shared database — the one-owner rule is not relaxed by sharing storage | Cloudflare is not a casual choice: per-object SQLite replaces `db.ts` and the capture store needs a separate cross-conversation design (§8) | +| You're about to **expose the demo remotely** | The four gates, all before exposure: auth + per-conversation authorization (the mounted route is public), runtime telemetry, persisted-state versioning/backup, restart durability. All four are ticketed as **FE-1423** (FE-1396 blocks it, covering durability); they are requirements, not recommendations (ratified 2026-08-17) | Exposing the mounted route while any FE-1423 gate is open | A deploy-target choice → N5 applies (new binding-local archive/storage-port impl, never a leaked path assumption or a revived capture envelope) | +| You're **deploying the demo shell** | `dist/server.mjs` + a real `db.ts` adapter; one live owner per conversation; env read at startup only (§1) | Active-active replicas behind a shared database — the one-owner rule is not relaxed by sharing storage | Cloudflare is not a casual choice: per-object SQLite replaces `db.ts` and any durable archive lane needs a separate cross-conversation design (§8) | | You're **upgrading Flue** | Re-verify the walking-skeleton pins (`boundReplyReachedModel`, `secondAskRejected`, `noInstructionWake`) and the FE-1386 compaction/history/state pin — they protect documented-but-load-bearing or source-settled semantics (audit; source-read record; §2/§5) | Treating minor bumps as safe or docs' future tense as shipped — 2.0.0 rewrote the architecture days before 2.0.3, and beta stores were rejected with no migration path (reconciliation §) | Any pin flips → stop; re-read agent-hooks, streaming protocol, and durability before adapting the binding | Rows route to tickets by design: if your situation's "Escalate when" names an issue, the diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md index bfd1bc8a77a..63e93b81681 100644 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md +++ b/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md @@ -1,6 +1,6 @@ # Topology: verification and specification -**Status: ratified 2026-08-17 (Lu), application layout updated 2026-08-31 and conversation transport updated by FE-1574 / Mission 5 on 2026-09-03 — recorded as [ADR-0002](../../adr/0002-topology-and-placement-rules.md); this file remains the living reference.** Verifies the current app/package topology against the three-lane model (cheatsheet, boundary summary), spec §12.2, and Flue's project-layout guide; then specifies where upcoming work lands. Pseudo-style: tree nodes with rules; `✓` complies today, `✗` violates, `→` normative rule for what's next. +**Status: ratified 2026-08-17 (Lu), application layout updated 2026-08-31, conversation transport updated by FE-1574 / Mission 5 on 2026-09-03, and capture/YAML claims relabelled 2026-09-07 — recorded as [ADR-0002](../../adr/0002-topology-and-placement-rules.md).** This file is the living *package-tree* reference. It is not a capture-store or YAML-plugin roadmap. Verifies the current app/package topology against Flue's project-layout guide and the three-lane cheatsheet; then specifies where upcoming work lands. Pseudo-style: tree nodes with rules; `✓` complies today, `✗` violates, `→` normative rule for what's next. ## Verification — the tree as it stands @@ -10,7 +10,8 @@ packages/core CORE HARNESS + Flue-native agent contribution ├─ skills/elicitation/ ✓ core's one capability skill: `SKILL.md` + `references/universal-elicitation.md`, │ packaged through `skills/skill-markdown.ts` and mounted by `flue.ts` ├─ flue.ts ✓ `useBrunchAgent()`: model, elicitation skill, returned core prompt (`./flue`) -├─ evidence/ ✓ active capture-store and archived-session evidence authority +├─ evidence/ ○ capture-store code still exported; rejected as product provenance on +│ 2026-09-04. Archived-session evidence remains the binding-owned archive lane. ├─ conversation/ ✓ tool naming and the harness reply-event contract ├─ _suspended/conversation/ ○ compiled ask/affordance and settlement protocols; not mounted; │ re-exported only for contracts other packages still type against @@ -88,13 +89,11 @@ apps/brunch-agent LANE 1 SHELL + remote server (imported from a ## Specification — where what's next lands -- **N1 (the structural repair, discharged by FE-1422 + FE-1392).** - `packages/core/src/conversation/ask-protocol.ts` now owns pure affordance minting, the one-live guard, - reply-binding signal payload, and instruction fragments. `packages/core/src/conversation/sweep-protocol.ts` - owns range selection, trigger/repair decisions (including reopening the loop guard after a - refusal), prompt content, and advisory semantics; - `useElicitation` contributes only Flue projection, hooks, persistent-state, private-prompt, - refresh, and durable-step wiring. A future `binding-pi` reuses both protocol modules. +- **N1 (ask/sweep protocol extraction; discharged by FE-1422 + FE-1392, then retired from the product surface).** + The ask and sweep protocol modules still exist under `src/_suspended/conversation/` and as + historical extraction evidence. They are not a current product path: structured questions are + an unallocated future capability, and capture envelopes/sweep semantics were rejected for + provenance on 2026-09-04. Do not remount them to satisfy this paragraph. - **N2 (plugin cells, repertoire, and the proving runbook; amended by ADR-0007, ADR-0008, Mission 3, and FE-1563; retired 2026-09-02).** The YAML cell/repertoire machinery described here was removed on 2026-09-02 once plugins became Flue-native contribution bundles; this paragraph is history. Reusable plugin-owned policy lives in plugin packages, and harness-owned repertoire teaching lives in core behind `@hashintel/brunch-agent/prompts`; plugins may not import that guarded prompt data. FE-1563 established a separate Flue-native production seam: core's `./flue` subpath supplies the stable agent prompt, while plugin-sdcpn's `./flue` subpath and exported `SKILL.md` supply SDCPN prompt material, progressive teaching, and target-specific tools. This does not reactivate the generalized repertoire/`useElicitation()` runtime. The app retains only the directive-marked registration point and host-specific capabilities. - **N3 (application composition; amended by ADR-0004 / FE-1437).** There is no dedicated demo shell. The standalone `apps/dev` was imported as `apps/brunch-agent`, which owns the remote @@ -103,12 +102,13 @@ apps/brunch-agent LANE 1 SHELL + remote server (imported from a Applications may compose Brunch and Petrinaut public surfaces; reusable libraries may not know about one another. - **N4 (experiments).** Experiment runners live under the consuming app's `src/evaluations/`, use the JS-API pattern with `observe()` accounting, and never enter `packages/` or become bespoke daemons. Reusable cases, oracles, and protocols remain under the context-root `evaluations/`; observed output remains under `docs/evidence/evaluations/`. -- **N5 (storage-port implementations; local target discharged by FE-1391).** One per (binding × - deploy target), always in the binding package, always implementing core's `CaptureStore` + - parse-on-read. The local implementation provisions a versioned target-document record around - both capture and archive state. The Cloudflare case (per-object SQLite) is a new implementation - behind the same port — the file-path assumption never leaks above the binding. +- **N5 (storage-port implementations; local target discharged by FE-1391, capture half rejected 2026-09-04).** + Binding-owned storage ports still own parse-on-read and the session-log archive lane. The + capture-store half of that port is not product provenance: workpiece revisions settle in + per-conversation state, and Flue `history()` is the conversation log. A new deploy target may + still need a binding-local archive implementation; it must not revive envelopes as the document + of record. The file-path assumption never leaks above the binding. - **N6 (plugin-assurance, when chartered).** `packages/plugin-assurance`, same shape as gherkin; its existence is FE-1387's contract-freeze instrument, not a feature. -Ratification note: N1 was the only item that changed existing code in the original 2026-08-17 ratification; FE-1422 extracted the ask protocol and FE-1392 continued the same repair for sweep mechanism. Mission 3 later narrowed N2's blanket app-skill prohibition for one directly authored proving instrument without reactivating plugin composition. N2–N6 otherwise constrain future placement. ADR-0002 records the original ratification. The boundary gates in `test/boundaries.test.ts` should learn enforceable package rules as their packages arrive; N5's "port implementations only in bindings" remains mechanically checkable. +Ratification note: N1 was the only item that changed existing code in the original 2026-08-17 ratification; FE-1422 extracted the ask protocol and FE-1392 continued the same repair for sweep mechanism, later retired from the product surface. Mission 3 later narrowed N2's blanket app-skill prohibition for one directly authored proving instrument without reactivating plugin composition. N2–N6 otherwise constrain future placement. ADR-0002 records the original ratification. The boundary gates in `test/boundaries.test.ts` should learn enforceable package rules as their packages arrive; N5's "port implementations only in bindings" remains mechanically checkable for the archive lane, not as permission to treat capture envelopes as current. diff --git a/libs/@hashintel/brunch-agent/docs/research/README.md b/libs/@hashintel/brunch-agent/docs/research/README.md index 818098fa2ef..2c097948757 100644 --- a/libs/@hashintel/brunch-agent/docs/research/README.md +++ b/libs/@hashintel/brunch-agent/docs/research/README.md @@ -6,5 +6,6 @@ inferred, and proposed findings; they are not implementation authority. - `elicitation/` — interviewing, SDCPN investigation, Markdown IR, and capture/IR-seam research. - Topic-neutral investigations remain in this directory. -External source material belongs in [`docs/reference/`](../reference/); current contracts belong -in [`docs/specs/`](../specs/). +External source material belongs in [`docs/reference/`](../reference/). Current contracts live in +root [`MISSION.md`](../../MISSION.md), [`MISSION.next.md`](../../MISSION.next.md), and +[`CONTEXT.md`](../../CONTEXT.md). [`docs/specs/`](../specs/) is historical only. diff --git a/libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md b/libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md deleted file mode 100644 index b392d226955..00000000000 --- a/libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md +++ /dev/null @@ -1,4231 +0,0 @@ ---- -title: Compare two agent frameworks -author: Lu Nelson -threadId: T-019fffb3-00c1-7275-a991-40af8a6f5824 -created: 2026-08-14T09:55:49.057Z -agentMode: high ---- - -# Compare two agent frameworks - -## User - -I'd like you to make a comparative assessment of the following two agent frameworks, focusing on their respetive development and deployment stories, and consider the import of that anlysis for the present project - -## Assistant - -Which two frameworks should I compare? Please send their names or links; I’ll assess both against this project’s current architecture and deployment constraints. - -Which two agent frameworks should I compare? Please provide their names or links. - -## User - -[Getting Started | Flue](https://flueframework.com/docs/guide/getting-started/) - -[Start building with Tilde - Tilde documentation](https://trytilde.ai/docs) - -## Assistant - -**Tool Use:** `skill` - -```json -{ - "name": "context-mode" -} -``` - -## User - -**Tool Result:** `TU-0346wWTIKtjEH3KCehifXF` - -```` -{ - "content": [ - { - "text": "\n# context-mode Skill\n\n\n# Context Mode: Default for All Large Output\n\n## MANDATORY RULE\n\n\n \n Default to context-mode for ALL commands. Only use Bash for guaranteed-small-output operations.\n \n\n\nBash whitelist (safe to run directly):\n- **File mutations**: `mkdir`, `mv`, `cp`, `rm`, `touch`, `chmod`\n- **Git writes**: `git add`, `git commit`, `git push`, `git checkout`, `git branch`, `git merge`\n- **Navigation**: `cd`, `pwd`, `which`\n- **Process control**: `kill`, `pkill`\n- **Package management**: `npm install`, `npm publish`, `pip install`\n- **Simple output**: `echo`, `printf`\n\n**Everything else → `ctx_execute` or `ctx_execute_file`.** Any command that reads, queries, fetches, lists, logs, tests, builds, diffs, inspects, or calls an external service. This includes ALL CLIs (gh, aws, kubectl, docker, terraform, wrangler, fly, heroku, gcloud, etc.) — there are thousands and we cannot list them all.\n\n**When uncertain, use context-mode.** Every KB of unnecessary context reduces the quality and speed of the entire session.\n\n## Decision Tree\n\n```\nAbout to run a command / read a file / call an API?\n│\n├── Command is on the Bash whitelist (file mutations, git writes, navigation, echo)?\n│ └── Use Bash\n│\n├── Output MIGHT be large or you're UNSURE?\n│ └── Use context-mode ctx_execute or ctx_execute_file\n│\n├── Fetching web documentation or HTML page?\n│ └── Use ctx_fetch_and_index → ctx_search\n│\n├── Using Playwright (navigate, snapshot, console, network)?\n│ └── ALWAYS use filename parameter to save to file, then:\n│ browser_snapshot(filename) → ctx_index(path) or ctx_execute_file(path)\n│ browser_console_messages(filename) → ctx_execute_file(path)\n│ browser_network_requests(filename) → ctx_execute_file(path)\n│ ⚠ browser_navigate returns a snapshot automatically — ignore it,\n│ use browser_snapshot(filename) for any inspection.\n│ ⚠ Playwright MCP uses a SINGLE browser instance — NOT parallel-safe.\n│ For parallel browser ops, use agent-browser via execute instead.\n│\n├── Using agent-browser (parallel-safe browser automation)?\n│ └── Run via execute (shell) — each call gets its own subprocess:\n│ execute(\"agent-browser open example.com && agent-browser snapshot -i -c\")\n│ ✓ Supports sessions for isolated browser instances\n│ ✓ Safe for parallel subagent execution\n│ ✓ Lightweight accessibility tree with ref-based interaction\n│\n├── Processing output from another MCP tool (Context7, GitHub API, etc.)?\n│ ├── Output already in context from a previous tool call?\n│ │ └── Use it directly. Do NOT re-index with ctx_index(content: ...).\n│ ├── Need to search the output multiple times?\n│ │ └── Save to file via ctx_execute, then ctx_index(path) → ctx_search\n│ └── One-shot extraction?\n│ └── Save to file via ctx_execute, then ctx_execute_file(path)\n│\n└── Reading a file to analyze/summarize (not edit)?\n └── Use ctx_execute_file (file loads into FILE_CONTENT, not context)\n```\n\n## When to Use Each Tool\n\n| Situation | Tool | Example |\n|-----------|------|---------|\n| Hit an API endpoint | `ctx_execute` | `fetch('http://localhost:3000/api/orders')` |\n| Run CLI that returns data | `ctx_execute` | `gh pr list`, `aws s3 ls`, `kubectl get pods` |\n| Run tests | `ctx_execute` | `npm test`, `pytest`, `go test ./...` |\n| Git operations | `ctx_execute` | `git log --oneline -50`, `git diff HEAD~5` |\n| Docker/K8s inspection | `ctx_execute` | `docker stats --no-stream`, `kubectl describe pod` |\n| Read a log file | `ctx_execute_file` | Parse access.log, error.log, build output |\n| Read a data file | `ctx_execute_file` | Analyze CSV, JSON, YAML, XML |\n| Read source code to analyze | `ctx_execute_file` | Count functions, find patterns, extract metrics |\n| Fetch web docs | `ctx_fetch_and_index` | Index React/Next.js/Zod docs, then search |\n| Playwright snapshot | `browser_snapshot(filename)` → `ctx_index(path)` → `ctx_search` | Save to file, index server-side, query |\n| Playwright snapshot (one-shot) | `browser_snapshot(filename)` → `ctx_execute_file(path)` | Save to file, extract in sandbox |\n| Playwright console/network | `browser_*(filename)` → `ctx_execute_file(path)` | Save to file, analyze in sandbox |\n| MCP output (already in context) | Use directly | Don't re-index — it's already loaded |\n| MCP output (need multi-query) | `ctx_execute` to save → `ctx_index(path)` → `ctx_search` | Save to file first, index server-side |\n| Wipe indexed KB content | `ctx_purge(confirm: true)` | Permanently deletes all indexed content |\n\n## Automatic Triggers\n\nUse context-mode for ANY of these, without being asked:\n\n- **API debugging**: \"hit this endpoint\", \"call the API\", \"check the response\", \"find the bug in the response\"\n- **Log analysis**: \"check the logs\", \"what errors\", \"read access.log\", \"debug the 500s\"\n- **Test runs**: \"run the tests\", \"check if tests pass\", \"test suite output\"\n- **Git history**: \"show recent commits\", \"git log\", \"what changed\", \"diff between branches\"\n- **Data inspection**: \"look at the CSV\", \"parse the JSON\", \"analyze the config\"\n- **Infrastructure**: \"list containers\", \"check pods\", \"S3 buckets\", \"show running services\"\n- **Dependency audit**: \"check dependencies\", \"outdated packages\", \"security audit\"\n- **Build output**: \"build the project\", \"check for warnings\", \"compile errors\"\n- **Code metrics**: \"count lines\", \"find TODOs\", \"function count\", \"analyze codebase\"\n- **Web docs lookup**: \"look up the docs\", \"check the API reference\", \"find examples\"\n\n## Language Selection\n\n| Situation | Language | Why |\n|-----------|----------|-----|\n| HTTP/API calls, JSON | `javascript` | Native fetch, JSON.parse, async/await |\n| Data analysis, CSV, stats | `python` | csv, statistics, collections, re |\n| Shell commands with pipes | `shell` | grep, awk, jq, native tools |\n| File pattern matching | `shell` | find, wc, sort, uniq |\n\n## Search Query Strategy\n\n- BM25 uses **OR semantics** — results matching more terms rank higher automatically\n- Use 2-4 specific technical terms per query\n- **Always use `source` parameter** when multiple docs are indexed to avoid cross-source contamination\n - Partial match works: `source: \"Node\"` matches `\"Node.js v22 CHANGELOG\"`\n- **Always use `queries` array** — batch ALL search questions in ONE call:\n - `ctx_search(queries: [\"transform pipe\", \"refine superRefine\", \"coerce codec\"], source: \"Zod\")`\n - NEVER make multiple separate ctx_search() calls — put all queries in one array\n\n## External Documentation\n\n- **Always use `ctx_fetch_and_index`** for external docs — NEVER `cat` or `ctx_execute` with local paths for packages you don't own\n- For GitHub-hosted projects, use the raw URL: `https://raw.githubusercontent.com/org/repo/main/CHANGELOG.md`\n- After indexing, use the `source` parameter in search to scope results to that specific document\n\n## Critical Rules\n\n1. **Always console.log/print your findings.** stdout is all that enters context. No output = wasted call.\n2. **Write analysis code, not just data dumps.** Don't `console.log(JSON.stringify(data))` — analyze first, print findings.\n3. **Be specific in output.** Print bug details with IDs, line numbers, exact values — not just counts.\n4. **For files you need to EDIT**: Use the normal Read tool. context-mode is for analysis, not editing.\n5. **For Bash whitelist commands only**: Use Bash for file mutations, git writes, navigation, process control, package install, and echo. Everything else goes through context-mode.\n6. **Never use `ctx_index(content: large_data)`.** Use `ctx_index(path: ...)` to read files server-side. The `content` parameter sends data through context as a tool parameter — use it only for small inline text.\n7. **Always use `filename` parameter** on Playwright tools (`browser_snapshot`, `browser_console_messages`, `browser_network_requests`). Without it, the full output enters context.\n8. **Don't re-index data already in context.** If an MCP tool returned data in a previous response, it's already loaded — use it directly or save to file first.\n\n## Sandboxed Data Workflow\n\n\n \n When using tools that support saving to a file: ALWAYS use the 'filename' parameter.\n NEVER return large raw datasets directly to context.\n \n \n LargeDataTool(filename: \"path\") → mcp__context-mode__ctx_index(path: \"path\") → ctx_search()\n \n\n\nThis is the universal pattern for context preservation regardless of\nthe source tool (Playwright, GitHub API, AWS CLI, etc.).\n\n## Examples\n\n### Debug an API endpoint\n```javascript\nconst resp = await fetch('http://localhost:3000/api/orders');\nconst { orders } = await resp.json();\n\nconst bugs = [];\nconst negQty = orders.filter(o => o.quantity < 0);\nif (negQty.length) bugs.push(`Negative qty: ${negQty.map(o => o.id).join(', ')}`);\n\nconst nullFields = orders.filter(o => !o.product || !o.customer);\nif (nullFields.length) bugs.push(`Null fields: ${nullFields.map(o => o.id).join(', ')}`);\n\nconsole.log(`${orders.length} orders, ${bugs.length} bugs found:`);\nbugs.forEach(b => console.log(`- ${b}`));\n```\n\n### Analyze test output\n```shell\nnpm test 2>&1\necho \"EXIT=$?\"\n```\n\n### Check GitHub PRs\n```shell\ngh pr list --json number,title,state,reviewDecision --jq '.[] | \"\\(.number) [\\(.state)] \\(.title) — \\(.reviewDecision // \"no review\")\"'\n```\n\n### Read and analyze a large file\n```python\n# FILE_CONTENT is pre-loaded by ctx_execute_file\nimport json\ndata = json.loads(FILE_CONTENT)\nprint(f\"Records: {len(data)}\")\n# ... analyze and print findings\n```\n\n## Browser & Playwright Integration\n\n**When a task involves Playwright snapshots, screenshots, or page inspection, ALWAYS route through file → sandbox.**\n\nPlaywright `browser_snapshot` returns 10K–135K tokens of accessibility tree data. Calling it without `filename` dumps all of that into context. Passing the output to `ctx_index(content: ...)` sends it into context a SECOND time as a parameter. Both are wrong.\n\n**The key insight**: `browser_snapshot` has a `filename` parameter that saves to file instead of returning to context. `ctx_index` has a `path` parameter that reads files server-side. `ctx_execute_file` processes files in a sandbox. **None of these touch context.**\n\n### Workflow A: Snapshot → File → Index → Search (multiple queries)\n\n```\nStep 1: browser_snapshot(filename: \"/tmp/playwright-snapshot.md\")\n → saves to file, returns ~50B confirmation (NOT 135K tokens)\n\nStep 2: ctx_index(path: \"/tmp/playwright-snapshot.md\", source: \"Playwright snapshot\")\n → reads file SERVER-SIDE, indexes into FTS5, returns ~80B confirmation\n\nStep 3: ctx_search(queries: [\"login form email password\"], source: \"Playwright\")\n → returns only matching chunks (~300B)\n```\n\n**Total context: ~430B** instead of 270K tokens. Real 99% savings.\n\n### Workflow B: Snapshot → File → Execute File (one-shot extraction)\n\n```\nStep 1: browser_snapshot(filename: \"/tmp/playwright-snapshot.md\")\n → saves to file, returns ~50B confirmation\n\nStep 2: ctx_execute_file(path: \"/tmp/playwright-snapshot.md\", language: \"javascript\", code: \"\n const links = [...FILE_CONTENT.matchAll(/- link \\\"([^\\\"]+)\\\"/g)].map(m => m[1]);\n const buttons = [...FILE_CONTENT.matchAll(/- button \\\"([^\\\"]+)\\\"/g)].map(m => m[1]);\n const inputs = [...FILE_CONTENT.matchAll(/- textbox|- checkbox|- radio/g)];\n console.log('Links:', links.length, '| Buttons:', buttons.length, '| Inputs:', inputs.length);\n console.log('Navigation:', links.slice(0, 10).join(', '));\n \")\n → processes in sandbox, returns ~200B summary\n```\n\n**Total context: ~250B** instead of 135K tokens.\n\n### Workflow C: Console & Network (save to file if large)\n\n```\nbrowser_console_messages(level: \"error\", filename: \"/tmp/console.md\")\n→ ctx_execute_file(path: \"/tmp/console.md\", ...) or ctx_index(path: \"/tmp/console.md\", ...)\n\nbrowser_network_requests(includeStatic: false, filename: \"/tmp/network.md\")\n→ ctx_execute_file(path: \"/tmp/network.md\", ...) or ctx_index(path: \"/tmp/network.md\", ...)\n```\n\n### CRITICAL: Why `filename` + `path` is mandatory\n\n| Approach | Context cost | Correct? |\n|----------|-------------|----------|\n| `browser_snapshot()` → raw into context | **135K tokens** | NO |\n| `browser_snapshot()` → `ctx_index(content: raw)` | **270K tokens** (doubled!) | NO |\n| `browser_snapshot(filename)` → `ctx_index(path)` → `ctx_search` | **~430B** | YES |\n| `browser_snapshot(filename)` → `ctx_execute_file(path)` | **~250B** | YES |\n\n### Key Rule\n\n> **ALWAYS use `filename` parameter when calling `browser_snapshot`, `browser_console_messages`, or `browser_network_requests`.**\n> Then process via `ctx_index(path: ...)` or `ctx_execute_file(path: ...)` — never `ctx_index(content: ...)`.\n>\n> Data flow: **Playwright → file → server-side read → context**. Never: **Playwright → context → ctx_index(content) → context again**.\n\n## Subagent Usage\n\nSubagents automatically receive context-mode tool routing via a PreToolUse hook. You do NOT need to manually add tool names to subagent prompts — the hook injects them. Just write natural task descriptions.\n\n## Anti-Patterns\n\n- Using `curl http://api/endpoint` via Bash → 50KB floods context. Use `ctx_execute` with fetch instead.\n- Using `cat large-file.json` via Bash → entire file in context. Use `ctx_execute_file` instead.\n- Using `gh pr list` via Bash → raw JSON in context. Use `ctx_execute` with `--jq` filter instead.\n- Piping Bash output through `| head -20` → you lose the rest. Use `ctx_execute` to analyze ALL data and print summary.\n- Narrowing `ctx_execute` output upstream of capture → `ctx_execute` captures, `ctx_search` filters; merging the layers drops data that the index never sees. See `references/anti-patterns.md` §8.\n- Running `npm test` via Bash → full test output in context. Use `ctx_execute` to capture and summarize.\n- Calling `browser_snapshot()` WITHOUT `filename` parameter → 135K tokens flood context. **Always** use `browser_snapshot(filename: \"/tmp/snap.md\")`.\n- Calling `browser_console_messages()` or `browser_network_requests()` WITHOUT `filename` → entire output floods context. **Always** use the `filename` parameter.\n- Passing ANY large data to `ctx_index(content: ...)` → data enters context as a parameter. **Always** use `ctx_index(path: ...)` to read server-side. The `content` parameter should only be used for small inline text you're composing yourself.\n- Calling an MCP tool (Context7 `query-docs`, GitHub API, etc.) then passing the response to `ctx_index(content: response)` → **doubles** context usage. The response is already in context — use it directly or save to file first.\n- Ignoring `browser_navigate` auto-snapshot → navigation response includes a full page snapshot. Don't rely on it for inspection — call `browser_snapshot(filename)` separately.\n- Expecting `ctx_stats` to reset or wipe anything → `ctx_stats` is read-only (shows stats only). Use `ctx_purge(confirm: true)` to permanently delete all indexed content.\n\n## Reference Files\n\n- [JavaScript/TypeScript Patterns](../reference/references/patterns-javascript.md)\n- [Python Patterns](../reference/references/patterns-python.md)\n- [Shell Patterns](../reference/references/patterns-shell.md)\n- [Anti-Patterns & Common Mistakes](../reference/references/anti-patterns.md)\n\n\nBase directory for this skill: file:///Users/lunelson/.claude/plugins/cache/context-mode/context-mode/1.0.169/skills/context-mode\nRelative paths in this skill (e.g., scripts/, reference/) are relative to this base directory.\n\n\n/Users/lunelson/.claude/plugins/cache/context-mode/context-mode/1.0.169/skills/context-mode/references/anti-patterns.md\n/Users/lunelson/.claude/plugins/cache/context-mode/context-mode/1.0.169/skills/context-mode/references/patterns-javascript.md\n/Users/lunelson/.claude/plugins/cache/context-mode/context-mode/1.0.169/skills/context-mode/references/patterns-python.md\n/Users/lunelson/.claude/plugins/cache/context-mode/context-mode/1.0.169/skills/context-mode/references/patterns-shell.md\n\n", - "type": "text" - } - ] -} -```` - -## Assistant - -I’ll compare the frameworks from their current documentation, then map the differences onto this repository’s actual agent workflow, runtime boundaries, and deployment assumptions rather than treating it as a generic feature comparison. - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/getting-started/", - "objective": "Establish Flue's current development model, core abstractions, local setup, runtime requirements, state/tool/model integration, observability/testing story, and deployment model. Capture links to authoritative follow-on documentation needed for a rigorous framework assessment.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs", - "objective": "Establish Tilde's current development model, core abstractions, local setup, runtime requirements, state/tool/model integration, observability/testing story, and deployment model. Capture links to authoritative follow-on documentation needed for a rigorous framework assessment.", - "forceRefetch": true -} -``` - -**Tool Use:** `finder` - -```json -{ - "query": "Assess the present brunch-lite project's agent framework architecture and deployment story. Identify the production entry points and end-to-end flow, agent/workflow abstractions and dependencies, persistence/state model, integrations, local development commands, tests/evaluation/observability mechanisms, and deployment configuration or assumptions. Return concise findings with exact file paths and line numbers, and flag planned-vs-implemented distinctions from CONTEXT.md and ADRs." -} -``` - -## User - -**Tool Result:** `TU-0346wWoPgf9Ql9EvAhklZY` - -```` -# description: Set up a Flue project automatically or create your first agent manually. -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg -**Flue** is the open agent framework, from the creators of [Astro](https://astro.build/). Use a React-like hooks API to build agents in TypeScript using your favorite LLMs. -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg -Run them locally or deploy them anywhere: Node.js, Cloudflare, GitHub Actions, GitHub CI/CD, etc. -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Prerequisites -* **Node.js** — `>=22.19.0` minimum required version. -* **LLM** — API key(s) to connect to your favorite model provider. Flue is built on Pi, and supports [all Pi providers](https://pi.dev/docs/latest/providers) out of the box. -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Prerequisites -Flue’s [Cloudflare runtime](https://flueframework.com/docs/guide/getting-started/docs/guide/targets/cloudflare/) provides a built-in `cloudflare/*` AI gateway, no API keys required. - -... - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Manual Installation -> _The AI-guided prompt above is strongly recommended for most users. Follow the steps below if you prefer to set things up yourself._ -In a new directory, install the runtime and the CLI: -```bash -npm install @flue/runtime @flue/cli -```` - -Then, create a basic `flue.config.ts` file: -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Manual Installation - -```ts -import { defineConfig } from "@flue/runtime/config"; - -export default defineConfig({ - target: "node", // or 'cloudflare' -}); -``` - -And finally, create your first `src/agents/assistant.ts`: -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Manual Installation - -```ts -// The `'use agent'` directive marks the Assistant() function below as a Flue agent. -"use agent"; -import { useModel } from "@flue/runtime"; - -// This is your first agent: `Assistant`. -// It's return value is your agent's instructions, which become the agent's "system" instructions. -``` - -... - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Manual Installation -You can use any [Model/Provider](https://flueframework.com/docs/guide/models/) that Pi supports. In the example above, we use Claude Haiku. Whichever you choose, just be sure to provide the required API keys to the agent runtime. Its recommended to use a `.env` file to manage your API keys: - -... - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Run your agent locally -You can now spin up new agents from your terminal, running on your local machine: - -```bash -npx flue run src/agents/assistant.ts --message "Say hello in five words or fewer." -``` - -... - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Run your agent locally -Congratulations! You just ran your first Flue agent. You can use `flue run` to run agents on your local machine, or in CI environments like [GitHub Actions](https://flueframework.com/docs/ecosystem/deploy/github-actions/) and [GitLab CI/CD](https://flueframework.com/docs/ecosystem/deploy/gitlab-ci/). -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent -To host your agent remotely, you’ll need to deploy it. Flue uses [Hono](http://hono.dev/) and [Vite](https://vite.dev/) to power its server framework and build pipeline, respectively. Follow the following steps to build your agent for deployment. -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 1. Install dependencies - -```bash -npm install @flue/vite hono vite -``` - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 2. Configure the project -Create two small config files at the project root: - -```ts -import { flue } from "@flue/vite"; -import { defineConfig } from "vite"; - -export default defineConfig({ - plugins: [flue()], -}); -``` - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 2. Configure the project -If you are deploying to Cloudflare, then you should also install `@cloudflare/vite-plugin` and add `cloudflare()` after `flue()` in the Vite plugins array. see the [Cloudflare runtime](https://flueframework.com/docs/guide/cloudflare-target/) guide for more. -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 3. Build your app router -`src/app.ts` is the special file where your Flue app router always lives. Create your [Hono](https://hono.dev/) application instance, mount your agent, and export it so that it gets picked up by your build. -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 3. Build your app router - -```ts -import { createAgentRouter } from "@flue/runtime/routing"; -import { Hono } from "hono"; -import { Assistant } from "./agents/assistant.ts"; - -// 1. Create your Hono application instance. -const app = new Hono(); -// 2. Define your agent routes. -app.route("/agents/assistant", createAgentRouter(Assistant)); -``` - -... - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 4. Start the dev server -As mentioned, Flue leverages Vite to power its dev and build pipeline. To spin up your dev server, run `vite dev`: - -```bash -npx vite dev -``` - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 4. Start the dev server -Vite spins up your `app.ts` (by default at `http://localhost:5173`) application and servers your agents at the routes that you defined. Test your setup by sending your agent a message — one `POST` per message, `202` on admission: - -... - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy your agent > 4. Start the dev server -`vite build` will produce a runnable `dist/server.mjs` build output for the `"node"` runtime target, or a deployable Cloudflare Worker when configured with the `"cloudflare"` runtime target. - -... - -title: Getting Started | Flue -image: https://flueframework.com/docs/og4.jpg > Next steps - -- [Agent SDK](https://flueframework.com/docs/sdk/overview/) and [React](https://flueframework.com/docs/guide/react/) — build product experiences on top of a deployed agent. - -``` - -**Tool Result:** `TU-0346wWoQZ3eDynKmTkye3i` - -``` - -> Documentation IndexFetch the complete documentation index at: https://trytilde.ai/docs/llms.txt -> Use this file to discover all available pages before exploring further. - -# Start building with Tilde - -> Build and operate TypeScript AI agents with secure tools, MCP servers, ChatKit, memory, skills, browser sessions, and portable Tilde configuration. -> Tilde breaks down what makes Claude Code, Codex, and OpenClaw effective and makes those capabilities available as an integrated product suite. -> Our mission is to open the hood on these products and give you the same building blocks. Tilde helps developers build purposeful AI agents quickly. - -... - -- **Tools:** Connect to hundreds of providers with off-the-shelf integrations, add custom tools, and group them in secure MCP servers. -- **Memory:** Create a persistent brain and personal notebook for one agent, or share it across several agents. -- **Skills:** Deploy skill registries that group instructions and make them available to agents. -- **ChatKit:** Integrate with third-party chat providers, trigger agent runs from external webhook events, or schedule recurring prompts. - These features are available through cloud APIs that hide the underlying complexity. - Use our client-side library, `@trytilde/harness-sdk`, with first-class support for Vercel and Next.js to build and deploy your own cloud agents. - -... - -## Explore the product suite - - - -Connect providers, add custom tools, and expose them through secure MCP servers. - - -Connect conversations, webhooks, and scheduled agent runs. - -``` - -**Tool Result:** `TU-0346wWoR3JFbMoPUcP2maH` - -``` -Implemented: a local Flue/Vite demo with one Gherkin agent, Anthropic model, Hono route, React chat, and SQLite conversation persistence; core capture-store semantics are tested, but sweep/archive/plugin packs and production deployment remain planned. No deployment/IaC configuration found. - -- **Production entry / E2E:** [apps/dev/src/app.ts#L17-L43](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/src/app.ts#L17-L43) → [agent definition#L27-L58](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/src/agents/gherkin-elicitor.ts#L27-L58) → [Flue binding ask/suspend flow#L39-L92](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/binding-flue/src/index.ts#L39-L92) → [browser client bootstrap/replies#L46-L92](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/src/ui/chat.tsx#L46-L92). -- **Architecture/dependencies:** core is substrate-free; plugin depends only on core; Flue binding owns dialect. [core exports#L1-L49](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/core/src/index.ts#L1-L49), [plugin scaffold#L3-L30](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/core/src/plugin.ts#L3-L30), [Gherkin tracer#L1-L19](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/plugin-gherkin/src/index.ts#L1-L19), [Flue capabilities#L30-L93](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/binding-flue/src/capabilities.ts#L30-L93). -- **State/persistence:** implemented capture snapshot (captures/issues/events) and atomic JSON tmp+rename local store; live Flue conversations use SQLite at `BRUNCH_DEV_DB_PATH` or app-local `.data-wipe-me`. [capture model#L44-L166](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/core/src/capture-store.ts#L44-L166), [local store#L14-L76](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/binding-flue/src/local-capture-store.ts#L14-L76), [conversation DB#L1-L24](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/src/db-path.ts#L1-L24). -- **Integrations/assumptions:** Anthropic `claude-haiku-4-5`; Flue runtime/SDK/React, Hono, Vite, Valibot. Node target; server and client require separate Vite builds and app-served assets. [agent model#L22-L30](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/src/agents/gherkin-elicitor.ts#L22-L30), [runtime config#L1-L5](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/flue.config.ts#L1-L5), [build/package commands#L7-L23](file:///Users/lunelson/Code/hashintel/brunch-lite/package.json#L7-L23), [dev build#L7-L28](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/package.json#L7-L28). -- **Tests/evaluation/observability:** hermetic faux-provider walking skeleton verifies route/tool/reply binding; capture-store and persistence unit tests; CI runs lint/fmt/typecheck/test, where artifact tests build both bundles. [integration flow#L43-L120](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/test/walking-skeleton.integration.ts#L43-L120), [artifact gate#L34-L132](file:///Users/lunelson/Code/hashintel/brunch-lite/test/build-artifact.test.ts#L34-L132), [CI#L30-L54](file:///Users/lunelson/Code/hashintel/brunch-lite/.github/workflows/ci.yml#L30-L54), [open verification gaps#L63-L108](file:///Users/lunelson/Code/hashintel/brunch-lite/test/known-gaps.ts#L63-L108). -- **Planned vs implemented:** CONTEXT/spec defines target-document session archives, sweeps, packs/projections, re-entry and multi-target architecture, but current binding implements only question transport; the plugin is identity-only. [CONTEXT state contract#L35-L47](file:///Users/lunelson/Code/hashintel/brunch-lite/CONTEXT.md#L35-L47), [planned storage/archive#L448-L471](file:///Users/lunelson/Code/hashintel/brunch-lite/docs/planning/elicitation-kernel/spec.md#L448-L471), [local-only/deploy deferred#L642-L657](file:///Users/lunelson/Code/hashintel/brunch-lite/docs/planning/elicitation-kernel/spec.md#L642-L657). -- **ADR distinction:** ADR-0001 supersedes the draft spec’s provisional `bl_*` naming: implemented `brunch_*` and durable `brunch-gherkin-elicitor`; future assurance agent remains planned. [ADR decision/consequences#L32-L74](file:///Users/lunelson/Code/hashintel/brunch-lite/docs/adr/0001-brunch-is-the-product-name.md#L32-L74). -``` - -## Assistant - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs/llms.txt", - "fullContent": true, - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/llms.txt", - "fullContent": true, - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/", - "objective": "Find Flue's authoritative conceptual model and documentation links for agents, hooks, state, tools, routing, testing/evals, observability, persistence, and deployment targets.", - "forceRefetch": true -} -``` - -## User - -**Tool Result:** `TU-0346wXjaMFyTAK0i9dPbqK` - -```` -# Tilde - -> A platform for building and adding features to AI agents through a cloud API - -Tilde lets developers and agents configure off the shelf third-party tools, deploy custom tool endpoints, integrate agent's with third-party chat platforms and webhooks (Chatkit), manage agent skills and provide agents with integrated memory. - -## Key features: - -- Tools: Off the shelf integration with hundreds of providers, add your own custom tools & spin up secure MCP servers that house them -- Memory: Create a peristent brain and personal notepad for your agent or share it across multiple agents -- Skills: Deploy Skills registries to group skills together and make them available to agents -- ChatKit: Integrate with third party chat providers, have external webhook events trigger agent runs or plan repeat prompts to run on schedule - -These features are all exposed through cloud API’s that hide away the detail. - -## Client libraries to help integrate with - -- Tilde Global MCP: https://api.trytilde.ai/mcp . This MCP server is the defacto way for agents to use and build Tilde. Use this MCP server to configure all runtime resources in Tilde, however this MCP server is not the same as agent MCP server (referenced in Tools product) which are used when wanting to invoke tools that you've configured -- Tilde Rest API: If you are running in a sandbox that can make HTTP requests, and the Tilde Global MCP server can't perform the function that you would like, read the [canonical OpenAPI spec](https://trytilde.ai/openapi.json) and invoke the API at `https://api.trytilde.ai`. Use Oauth Authorization: Bearer xxx headers or x-api-key if provided by the user, or ask the user. -- Harness SDK: When implementing a custom agent for a specific purpose, always use Vercel's AI SDK as the base framework and layer in Tilde's harness SDK, [@trytilde/harness-sdk](https://www.npmjs.com/package/@trytilde/harness-sdk) and [git repo here](https://github.com/trytilde/harness-sdk) to create agent endpoints. Read more about this in the ChatKit page. -- Any MCP client: Once you've configured an MCP server via Tilde's Tool product, you can connect any MCP client or agent that supports MCP clients to that deployed MCP server to invoke the configured tools. Read the docs pages about connecting your client on this website to find out how to connect popular existing agents via this route to Tilde's Global MCP server. connecting agent MCP server's are slightly different. - -## Organization, Team, Auth - -- Organisation: The top-level domain object for grouping resources. Use orgs for ownership and billing. -- Teams / workspaces: Teams are sometimes called workspaces. Use teams for runtime isolation: agents, MCP servers, ChatKit providers, signals, API keys, and tool credentials should be team scoped. If you don't want an agent or human to access a specific tool, put it in a seperate team and don't provide that agent with an API key scoped to the new team. -- Human users: Humans who sign in and user the paltform -- Machine users: Often agents. When API keys are generated that are not tied to a human user, a machine user is provisioned, added to the relevant team and the API key associated to them. - -## Use Tilde without a human account - -If no human has created a Tilde account yet, create a temporary account through the unauthenticated REST endpoint. Do not block setup on human sign-in. - -```bash -curl --request POST https://api.trytilde.ai/api/v1/identity/temporary-accounts \ - --header "content-type: application/json" \ - --data '{ - "label": "code review agent", - "human_email": "owner@example.com" - }' -```` - -Both request fields are optional. The response creates a temporary organization and team and returns `org_id`, `team_id`, `api_key`, `claim_url`, `claim_pin`, `claim_token_expires_at`, and `expires_at`. - -1. Store the API key, claim URL, and six-digit PIN securely. Never commit or log them. -2. Connect to `https://api.trytilde.ai/mcp` with the temporary key in the `x-api-key` header. -3. Call `tilde_whoami`, then use the returned `team_id` with team-scoped Global MCP functions. -4. Configure agents, tools, ChatKit, memory, skills, and other resources normally. -5. Give the human the `claim_url` and `claim_pin` before the temporary account expires. - -The temporary account lasts 24 hours. Its claim URL lasts one hour. If the link expires while the account is still active, generate a fresh link with the temporary API key. The PIN does not change. -Production claim links open under `https://trytilde.ai/app/temporary-accounts/claim/`; the claim API itself remains on `https://api.trytilde.ai`. - -```bash -curl --request POST https://api.trytilde.ai/api/v1/identity/temporary-accounts/claim-url \ - --header "x-api-key: $TILDE_API_KEY" -``` - -### Claim the temporary account - -When the human is ready: - -1. Sign in to Tilde and select the organization that should own the temporary account. -2. Open the claim URL and enter the six-digit PIN. -3. Wait for the claim page to confirm completion. -4. Reconnect to Global MCP with human OAuth or a new team-scoped API key, then call `tilde_whoami` to find the transferred team. -5. Update any stored MCP server, agent, or Tilde URLs. Claiming can change their organization-qualified URLs. - -Claiming transfers every team and supported resource from the temporary organization into the human's current organization. The temporary API key is revoked, so do not continue using it after the claim succeeds. Five incorrect PIN attempts expire the current claim link; use the temporary API key to generate a fresh link. - -## Authentication and scope in Global MCP - -1. Call `tilde_whoami` first. -2. Select the target team from the returned identity. Teams are also called workspaces. -3. Pass `team_id` to every team-scoped function on the global MCP server. The organization is inferred from the authenticated OAuth token or API key. -4. Prefer OAuth when acting for a human. Use a team-scoped machine API key for a deployed agent. - -If a function returns `approval_url`, show it to the user. Then immediately call the returned `next_tool_name` with `next_tool_arguments` and wait for approval before continuing. - -## Rules to follow then integrating - -- For all org scoped API endpoints, you must provide the org ID. Preferrably in the domain path, e.g. https://$orgId.api.trytilde.ai/ . In case of any issues, you can provide org ID as a header as "x-tilde-org-id" -- For all team scoped API endpoints, the route path always contains /team/{team_id} -- All organisation and team scoped endpoints are available in Global MCP and take these params in the input schema -- Global MCP and all runtime MCP servers support both [Oauth](https://modelcontextprotocol.io/specification/draft/basic/authorization) and API key headers via "x-api-key" -- Prefer Oauth over API key where possible and always in cases where you are acting on behalf of a user. Most seperately deployed harness SDK agents will always use machine generated API keys, which are provided when user invokes create agent endpoints -- For agent, tool endpoints and anywhere else mentioned, always secure the endpoints via the Harness SDK and provide webhook signing secrets which are generated on remote tool server and agent creation to validate inputs -- When building, use dev tunnels if you need to test and publicaly expose agents and tools from your local environment to the public internet for Tilde to be able to test integration with. This will often require updating the agent or tool configurations to dev tunnel mode -- Always export state of the Tilde team / workspace you're working in at tilde.state.yaml if you're commiting source code to a repo. This is infrastructure as code file that represents the configuration along with the agent source code that is required to deploy to a new environment. - -## Getting started - -### Common use cases - -#### Build a custom deployed agent - -Start from working code. Use the [Hello World agent](https://github.com/trytilde/examples/tree/main/hello-world-agent) for the smallest signed ChatKit endpoint. Use the [code review bot](https://github.com/trytilde/examples/tree/main/code-review-bot) for a production-shaped agent with tools, signals, typed provider context, reverse proxies, and portable state. Browse the full [Tilde examples repository](https://github.com/trytilde/examples) before inventing an integration pattern. - -Use the Vercel AI SDK with [`@trytilde/harness-sdk`](https://www.npmjs.com/package/@trytilde/harness-sdk). Keep `chatKitEndpoint`, webhook verification, ChatKit history conversion, and all secrets server-side. - -#### Leverage Tilde's tool control plane for an existing agent - -Read [Tools over Global MCP](https://trytilde.ai/docs/llms/tools.md), enable tool integrations with third party providers or others. Add them all to an agent MCP and connect it to an existing agent like Openclaw, Hermes, etc. [Follow connect your agent](https://trytilde.ai/docs/connect-your-agent) to see common guides on connecting to existing agents. - -## Agent configuration guides - -Use Tilde's global MCP server at `https://api.trytilde.ai/mcp` to configure runtime resources. Read the guide for the product you need: - -- [Tools over Global MCP](https://trytilde.ai/docs/llms/tools.md) -- [ChatKit and Signals over Global MCP](https://trytilde.ai/docs/llms/chatkit.md) -- [Memory banks and wikis over Global MCP](https://trytilde.ai/docs/llms/memory.md) -- [Skills and registries over Global MCP](https://trytilde.ai/docs/llms/skills.md) -- [Local development with Dev Tunnels](https://trytilde.ai/docs/llms/dev-tunnels.md) -- [State export and import over Global MCP](https://trytilde.ai/docs/llms/state.md) - -These files are optimized for AI agents. The [human documentation](https://trytilde.ai/docs) explains the same products through the dashboard and SDK. - -## Pricing - -We are currently in early testing stages. Tilde is currently free, it will move to a SaaS billing model. Because memory banks are hosted, each Memory bank is billed at $20 p/ month, subject to change. These are opt-in only if you deploy and create a Memory bank. - -## Links - -- Homepage: https://trytilde.ai -- Docs: https://trytilde.ai/docs -- Global MCP: https://api.trytilde.ai/mcp -- API & dashboard base URL: https://api.trytilde.ai -- Blog: https://trytilde.ai/blog -- npm (one CLI & Harness SDK): https://www.npmjs.com/package/@trytilde/harness-sdk - -```` - -**Tool Error:** `TU-0346wXjctHi8IuhlaWZWgO` - -**Error:** {"message":"Could not read the page: http_error, HTTP 404"} - -**Tool Error:** `TU-0346wXjhHIsa3eJobCmBGt` - -**Error:** {"message":"Could not read the page: http_error, HTTP 404"} - -## Assistant - -**Tool Use:** `web_search` - -```json -{ - "objective": "Locate Flue Framework's authoritative documentation pages covering its agent execution model, hooks/tools, local development, conversation or agent state/persistence, client SDK, testing/observability, and Node/Cloudflare/CI deployment. Prefer flueframework.com official docs and the official GitHub repository.", - "max_results": 10, - "search_queries": [ - "site:flueframework.com/docs Flue runtime targets persistence deployment", - "site:flueframework.com/docs Flue tools hooks agent lifecycle", - "site:flueframework.com/docs Flue testing observability SDK" - ] -} -```` - -## User - -**Tool Result:** `TU-0346wXseijXSjBXzPBGqyo` - -```` -[ - { - "url": "https://flueframework.com/docs/guide/observability", - "title": "Observability - Flue", - "excerpts": [ - "---\ndescription: Observe agent activity through the runtime event stream — model turns, tool calls, logs, and token usage — and export it to your observability stack.\ntitle: Observability | Flue\nimage: https://flueframework.com/docs/og4.jpg\n---\n\n[Skip to content](#main-content)\n\nFlue emits everything its agents do — model turns, tool calls, structured logs, compactions, and settlements — as typed **runtime events** your application can observe in process. This surface is separate from the per-conversation message stream a chat UI reads, which belongs to [Routing](https://flueframework.com/docs/guide/routing/) and the [Flue Agent SDK](https://flueframework.com/docs/sdk/overview/).\nThis guide covers the two surfaces and when to use each, subscribing with `observe()`, what the event stream contains, token usage and provider diagnostics on model turns, tool activity and logs, exporting telemetry to Sentry, Braintrust, and OpenTelemetry, and how agent activity surfaces in Cloudflare’s platform observability.\n\n## Two event surfaces\n\nFlue exposes agent activity on two distinct surfaces:\n\n* The **conversation stream** is the product surface: one conversation’s durable, render-ready messages, data parts, and settlements, consumed over HTTP with [createFlueClient(...)](https://flueframework.com/docs/sdk/create-flue-client/) `observe()` / `history()`. [Routing](https://flueframework.com/docs/guide/routing/#reading-the-conversation) covers it.\n* The **runtime event stream** is the operational surface: live activity across every agent in the process — model requests, tool executions, logs, token counts, failures — consumed in process with [observe()](https://flueframework.com/docs/reference/events/#observe) from `@flue/runtime`. That stream is this guide’s subject.\n\nThe two APIs share a name but not a shape: the SDK client’s `observe()` maintains one conversation’s materialized message state, while the runtime’s `observe()` delivers raw activity events. Telemetry, metering, and error reporting belong on the runtime stream. The surfaces share correlation identifiers — a conversation message’s `submissionId` matches the runtime events its submission produced.\n\n## Subscribing with `observe()`\n\n`observe()` from `@flue/runtime` registers a global subscriber for all agent activity in the current process. Register it once at startup, at module top level in `app.ts` (or a module `app.ts` imports):\n\n```ts\n\n...\n\n* **Failures are contained.** A throwing subscriber is logged and skipped — it never halts the agent or other subscribers. Returned promises are observed for rejection but not awaited.\n\nThe subscription is **isolate-scoped and live-only**: it sees activity emitted in the current process from the moment it registers, with no durable replay and no cross-process aggregation. On Node.js one process hosts all agents, so one registration sees everything. On [Cloudflare](https://flueframework.com/docs/guide/cloudflare-target/), each agent conversation runs in its own Durable Object isolate — a subscriber registered from `app.ts` runs in each isolate and sees that isolate’s activity only. One placement caveat, shared with `setProvider()`: [flue run](https://flueframework.com/docs/cli/run/) loads only the agent module, never `app.ts` — register in the agent module when a subscriber must also run under the CLI.\n\n## What the stream contains\n\n...\n\n* `gatewayLogId` — the response’s own Cloudflare AI Gateway log id (`cf-aig-log-id`), for correlating a specific turn with its entry in the gateway dashboard.\n\nBoth are telemetry only — they never affect execution or replay — and are present only when the provider records them. The [Workers AI provider](https://flueframework.com/docs/guide/models/#cloudflare-workers-ai-cloudflare-only) attaches both today. A diagnostic observer for failed turns reads them directly from the event:\n\n```ts\nimport { observe } from '@flue/runtime';\n\nobserve((event) => {\n if (event.type !== 'turn' || !event.isError) return;\n console.error('model turn failed', {\n provider: event.request.providerName,\n model: event.request.requestedModel,\n finishReason: event.response.finishReason,\n providerFinishReason: event.response.providerFinishReason,\n gatewayLogId: event.response.gatewayLogId,\n error: event.response.error?.message,\n });\n});\n```\n\n`request.\n\n...\n\nlog.info('sync started', { records: data.ids.length });\n const failed = await crm.sync(data.ids);\n if (failed.length > 0) log.error('sync incomplete', { failed: failed.length });\n return { synced: data.ids.length - failed.length };\n}\n```\n\n```ts\nimport { observe } from '@flue/runtime';\nimport { logger } from './shared/logger.ts';\n\nobserve((event) => {\n if (event.type !== 'log') return;\n logger.log(event.level, event.message, {\n ...event.attributes,\n conversation: event.conversationId,\n });\n});\n```\n\nLog lines are runtime events, not conversation content: they never appear in the messages a client renders, and they reach only in-process subscribers — forward them to your logging backend from an observer, or through one of the integrations below.\n\n## Choose an observability provider\n\nFor production telemetry, Flue ships integrations with three ecosystems rather than a bundled dashboard:\n\n* [Sentry](https://flueframework.\ncom/docs/ecosystem/tooling/sentry/) — terminal failures as issues, every log in Sentry Logs, and optional AI traces with content off by default. Add with `flue add tooling sentry`.\n* [Braintrust](https://flueframework.com/docs/ecosystem/tooling/braintrust/) — LLM tracing: operations as traces with model, tool, task, and compaction spans plus usage. Add with `flue add tooling braintrust`.\n* [OpenTelemetry](https://flueframework.com/docs/ecosystem/tooling/opentelemetry/) — standards-based GenAI spans, metrics, and logs for any OTel-compatible backend. Add `@flue/opentelemetry` to your OTel SDK setup.\n\nThe Sentry and Braintrust [blueprints](https://flueframework.com/docs/cli/add/) generate a source-root module that `app.ts` imports — an event bridge like the ones above, plus provider initialization. Span-producing integrations register through `instrument(...)`, which pairs an observer with an execution interceptor so spans wrap live agent, model, tool, and task execution:\n\n```ts\nimport { createOpenTelemetryInstrumentation } from '@flue/opentelemetry';\nimport { instrument } from '@flue/runtime';\n\ninstrument(createOpenTelemetryInstrumentation());\n```\n\nChoose Sentry when you want failures, logs, and traces in an existing application monitor, Braintrust when you want content-bearing LLM traces for inspection and evaluation, and OpenTelemetry when your organization standardizes on an OTel backend. They compose — an error reporter and a tracer can subscribe side by side. On Cloudflare, each integration exports per isolate and final flushes are best-effort; each tooling page documents its target-specific behavior.\n\n## Cloudflare\n\nOn the [Cloudflare target](https://flueframework.com/docs/guide/cloudflare-target/), agent work is also visible to the platform’s own observability products, with no Flue-side wiring.\nEach agent response runs as one unit of platform work — admission answers immediately, then the response executes start-to-settlement as a single invocation the platform can see and measure. [Workers Logs](https://developers.cloudflare.com/workers/observability/logs/workers-logs/) attribute tool and hook logs to the response that wrote them, and [Workers Traces](https://developers.cloudflare.com/workers/observability/traces/) capture one trace per response — model calls and other subrequests appear as spans inside it. Both are enabled in `wrangler.jsonc`; see [Deploy on Cloudflare](https://flueframework.com/docs/ecosystem/deploy/cloudflare/#observability) for configuration and the [Cloudflare target guide](https://flueframework.com/docs/guide/cloudflare-target/#durable-agent-execution) for the execution model behind the attribution.\n\nAgent-shaped spans are built in — with traces enabled, every response’s trace carries them, no wiring needed.\nTo customize the adapter (content policy, redaction), install it yourself once at `app.ts` module scope, which replaces the default:\n\n```ts\nimport { instrument } from '@flue/runtime';\nimport { createCloudflareTracing } from '@flue/runtime/cloudflare';\n\ninstrument(createCloudflareTracing({ content: false }));\n```\n\nSet [tracing: false](https://flueframework.com/docs/reference/configuration/#tracing) in `flue.config.ts` to drop agent tracing from the build.\n\nEach response’s trace carries an `invoke_agent` span wrapping the run, a `chat` span per model turn with token usage, and an `execute_tool` span per tool call, using the same OpenTelemetry GenAI naming Cloudflare’s own agent tracing emits — Flue agents read natively in the Traces dashboard. The spans carry the conversation by default: input and output messages, system instructions, and tool definitions, arguments, and results, so you can read what the agent actually said and did straight from the trace.\n\n...\n\ncom/docs/sdk/overview/) — the conversation stream your UI consumes.\n* [Agent Hooks](https://flueframework.com/docs/guide/agent-hooks/#event-hooks) — read usage and stamp response metadata from inside the agent.\n* [Sentry](https://flueframework.com/docs/ecosystem/tooling/sentry/), [Braintrust](https://flueframework.com/docs/ecosystem/tooling/braintrust/), and [OpenTelemetry](https://flueframework.com/docs/ecosystem/tooling/opentelemetry/) — per-integration setup and content policies.\n* [Evals](https://flueframework.com/docs/guide/evals/) — turn observed behavior into scored regression checks.\n\n## Docs Navigation\n\nCurrent page: [Observability](https://flueframework.com/docs/guide/observability/)\n\n### Sections\n\n* [Guide](https://flueframework.com/docs/guide/getting-started/)\n* [Reference](https://flueframework.com/docs/reference/agent-api/)\n* [CLI](https://flueframework.com/docs/cli/overview/)\n* [Agent SDK](https://flueframework.com/docs" - ] - }, - { - "url": "https://flueframework.com/docs/guide/agent-hooks/", - "title": "Agent Hooks - Flue", - "excerpts": [ - "---\ndescription: Compose an agent's capabilities — model, tools, skills, state, and lifecycle — with Flue's hook primitives.\ntitle: Agent Hooks | Flue\nimage: https://flueframework.com/docs/og4.jpg\n---\n\n[Skip to content](#main-content)\n\nAn agent function can return instructions, but instructions aren’t much on their own. A real agent needs tools, skills, subagents, a sandbox, and persistent data to work with. All agent functionality and resources come from Flue’s second core primitive — **agent hooks**.\n\nThis guide covers what hooks are, the built-in hooks Flue ships with, and how to compose them into hooks of your own. (New to Flue? Be sure to read the [Agents guide](https://flueframework.com/docs/guide/building-agents/) first.)\n\n## What is an agent hook?\n\nA hook is a plain function that you call inside your agent function’s body to give your agent one new capability. You can spot hooks by their names — they all start with `use`.\nEach built-in hook lets your agent hook into a different feature of the Flue runtime:\n\n* [Model](https://flueframework.com/docs/guide/models/) (`useModel`) selects the LLM that powers the agent.\n* [Sandbox](https://flueframework.com/docs/guide/sandboxes/) (`useSandbox`) provides its filesystem and command-execution environment.\n* [Tools](https://flueframework.com/docs/guide/tools/) (`useTool`) let it call application code and affect external systems.\n* [MCP servers](https://flueframework.com/docs/guide/mcp/) (`useMcpConnection`) mount tools from the open MCP ecosystem.\n* [Skills](https://flueframework.com/docs/guide/skills/) (`useSkill`) provide expertise it can load when needed.\n* [Subagents](https://flueframework.com/docs/guide/subagents/) (`useSubagent`) let it delegate focused work to other agents.\n* [Persisted State](#persisted-state) (`usePersistentState`) preserves custom data across the agent lifetime.\n* [Event Hooks](#event-hooks) (`useAgentStart`, `useAgentFinish`, and others) trigger logic on different lifecycle events.\n* [Data Writers](#streaming-data-to-the-client) (`useDataWriter`) stream structured data to your client UI.\n* [Custom Hooks](#custom-hooks) let you compose new hooks out of the built-ins.\n\n```ts\n'use agent';\nimport { useModel, useSandbox, useSkill, useTool } from '@flue/runtime';\nimport { local } from '@flue/runtime/node';\nimport { searchIssues } from '../tools/search-issues.ts';\nimport reviewChecklist from '../skills/review-checklist/SKILL.md';\n\nexport function TriageAgent() {\n useModel('anthropic/claude-sonnet-4-6');\n useSandbox(local());\n useTool(searchIssues);\n useSkill(reviewChecklist);\n return 'Investigate the reported issue and recommend the next action.';\n}\n```\n\nSimilar to React, the agent function _re-renders_ on every model call and re-runs its hooks. Unlike React, resource hooks can be added and removed conditionally.\nThis allows Flue to manage your declared agent capabilities for you automatically, adding and removing resources (tools, skills, subagents, etc.) as your conversation with the agent evolves:\n\n```ts\n'use agent';\nimport { useModel, usePersistentState, useTool } from '@flue/runtime';\nimport refundTool from '../tools/refund.ts';\n\nexport function SupportAgent() {\n useModel('anthropic/claude-haiku-4-5');\n const [escalated, setEscalated] = usePersistentState('escalated', false);\n // Tools can modify persisted state.\n useTool({\n name: 'escalate',\n description: 'Escalate this conversation when the customer needs a refund.',\n async run() {\n setEscalated(true);\n return 'Escalated. The refund tool is now available.';\n },\n });\n // If the agent has determined that the conversation needs escalation,\n // the \"refund\" tool is unlocked and made available to the agent.\n if (escalated) {\n useTool(refundTool);\n }\nreturn 'Answer customer support questions clearly and accurately.';\n}\n```\n\nFlue handles this complexity for you, announcing each change to the model so the transcript stays coherent. Changing the tool set can invalidate the provider’s prompt cache (see [the conditional-tools note](https://flueframework.com/docs/guide/tools/#conditional-tools)).\n\nEvery built-in hook is documented in the [Agent API](https://flueframework.com/docs/reference/agent-api/) reference.\n\n## Persisted state\n\nAn agent conversation can live for days or months, and along the way the agent learns things worth keeping: which phase of a workflow it’s in, what it has already checked, decisions it has made. `usePersistentState` gives that knowledge a durable home:\n\n```ts\n'use agent';\nimport { useModel, usePersistentState, useTool } from '@flue/runtime';\n\nexport function CaseAssistant() {\n useModel('anthropic/claude-haiku-4-5');\n const [phase, setPhase] = usePersistentState('phase', 'gathering');\n\n...\n\ncom/docs/guide/sandboxes/) — configure what an agent can do and where it works.\n* [Subagents](https://flueframework.com/docs/guide/subagents/) — delegate focused work to a specialist agent function.\n* [Durability](https://flueframework.com/docs/guide/durability/) — how persistent state, retries, and recovery work.\n\n## Docs Navigation\n\nCurrent page: [Agent Hooks](https://flueframework.com/docs/guide/agent-hooks/)\n\n### Sections\n\n* [Guide](https://flueframework.com/docs/guide/getting-started/)\n* [Reference](https://flueframework.com/docs/reference/agent-api/)\n* [CLI](https://flueframework.com/docs/cli/overview/)\n* [Agent SDK](https://flueframework.com/docs/sdk/overview/)\n* [Ecosystem](https://flueframework.com/docs/ecosystem/)" - ] - }, - { - "url": "https://blog.cloudflare.com/agents-platform-flue-sdk", - "title": "Bringing more agent harnesses and frameworks to Cloudflare ...", - "excerpts": [ - "Bringing more agent harnesses and frameworks to Cloudflare ...\nFlue agents can run completely headlessly for background tasks, but @flue/react provides native frontend hooks that stream an agent's state," - ] - }, - { - "url": "https://github.com/withastro/flue", - "title": "withastro/flue: The sandbox agent framework. - GitHub", - "excerpts": [ - "withastro/flue: The sandbox agent framework. - GitHub\n2 days ago · Observability — Monitor your agents and export telemetry with OpenTelemetry, Braintrust, Sentry, or your own observer. Channels — Receive" - ] - }, - { - "url": "https://github.com/withastro/flue/blob/main/AGENTS.md", - "title": "flue/AGENTS.md at main · withastro/flue · GitHub", - "excerpts": [ - "# withastro/flue — AGENTS.md\n\n- Page: GitHub code file\n- URL: https://github.com/withastro/flue/blob/main/AGENTS.md\n- Repository: withastro/flue\n- Path: AGENTS.md\n- Ref: main\n- Lines: 53\n\n---\n\n# Flue\n\nFlue is a TypeScript framework for building autonomous AI agents and running them anywhere. An agent is a plain exported function: hooks in its body compose its capabilities — model (`useModel`), tools, skills, sandboxes, state — and its return value is its instruction. Agents live in durable conversations: accepted input survives crashes, restarts, and redeploys, and interrupted work recovers to a deterministic state. Applications build with Vite (the `flue()` plugin plus an explicit `app.ts` route map) and deploy to Node.js or Cloudflare Workers from the same source, with persistence adapters (SQLite, Postgres, MySQL, MongoDB, Redis, and more), channels that turn provider webhooks (Slack, GitHub, Telegram, ...\n) into agent conversations, and clients — the Flue Agent SDK (`@flue/sdk`), `@flue/react`, and the `flue` CLI — for driving conversations over HTTP or from code. The model layer is [Pi](https://pi.dev)'s provider protocol, used directly.\n\n## Contributing\n\nSee `CONTRIBUTING.md` for the full picture. In short:\n\n- **Bug reports** → https://github.com/withastro/flue/issues\n- **Feature requests** → https://github.com/withastro/flue/discussions\n- **Pull requests** are not accepted; they are automatically closed and converted into one of the two contribution types above.\n\n## Terminology\n\n```\nAgent — a capitalized, exported plain function; Flue Hooks in its body attach\n tools, instructions, and state, and its returned string is its\n instruction; the function name (or its `agentName` string-literal\n static) is the agent's durable identity\n\n...\n\nts` is the application's route map, mounting each HTTP-reachable agent (`app.route('/agents/', createAgentRouter(AgentFn))`) and channel (`app.route('/channels/', channel.route())`). Registration comes from the `'use agent'` scan, not from mounting.\n\nA blueprint is a Markdown implementation guide returned by `flue add`; its kind is `sandbox`, `database`, `channel`, or `tooling`.\n\n## Project Structure\n\n- `packages/runtime/` — Runtime library (`@flue/runtime`): sessions, agent harnesses, tools, sandbox plumbing, and the `/config` loader for `flue.config.ts`.\n- `packages/vite/` — The `flue()` Vite plugin (`@flue/vite`): `'use agent'` scan/transform, generated bootstraps, Node dev/build, and the Cloudflare target adapter.\n- `packages/cli/` — CLI (`@flue/cli`): `flue run` transport-free local execution, `init`, blueprint `add`/`update`, and offline `docs`.\n- `examples/` — Integration examples for channels, databases, sandboxes, and deployment targets.\n- `demo/` — Standalone Vite+React chat SPA that connects to any running Flue example server.\n- `apps/docs/` — The documentation site; its content is the source of truth for user-facing docs.\n\nNo tests exist in the repo.\n\n## Development\n\n```\npnpm install\npnpm build # turbo build across the workspace\npnpm check:types # typecheck (excludes apps-www)\npnpm format # format your work\n```" - ] - }, - { - "url": "https://code.claude.com/docs/en/agent-sdk/hooks", - "title": "Intercept and control agent behavior with hooks", - "excerpts": [ - "With hooks, you can: This guide covers how hooks work, how to configure them, and provides examples for common patterns like blocking tools, modifying inputs, and forwarding notifications." - ] - }, - { - "url": "https://www.npmjs.com/package/%40flue/sdk", - "title": "@flue/sdk - npm", - "excerpts": [ - "The first agents were built with raw LLM API calls. This worked for simple chatbots and scripted tasks, but not much else.\n\nAgents like Claude Code and Codex broke the mold. These were _real agents._ Autonomous. You give them a task — not a pre-defined series of steps — and trust them to complete it using the context and tools that you provide.\n\n**Flue unlocks this new architecture for agents.** Its built-in TypeScript harness gives any model the context and environment it needs for truly autonomous work: sessions, tools, skills, instructions, filesystem access, and a secure sandbox to run in. Run your agents locally via CLI or deploy them to your hosted runtime of choice.\n\n## Features\n\nBuild agents that can safely take action, maintain continuity, and connect to the systems where work already happens.\n\n* **[Agents](https://flueframework.com/docs/guide/building-agents/)** — Build agents that can keep context across conversations and events as they autonomously work toward a goal.\n\n...\n\ncom/docs/guide/tools/)** — Connect agents to authenticated tools and services through the open Model Context Protocol ecosystem.\n* **[Observability](https://flueframework.com/docs/guide/observability/)** — Monitor your agents and export telemetry with [OpenTelemetry](https://flueframework.com/docs/ecosystem/tooling/opentelemetry/) , [Braintrust](https://flueframework.com/docs/ecosystem/tooling/braintrust/) , [Sentry](https://flueframework.com/docs/ecosystem/tooling/sentry/) , or your own observer.\n* **[Channels](https://flueframework.com/docs/guide/channels/)** — Receive verified events from Slack, Teams, Discord, GitHub, and more.\n\n## Deploy Anywhere\n\n* **[Node.js](https://flueframework.com/docs/ecosystem/deploy/node/)**\n* **[Cloudflare Workers](https://flueframework.com/docs/ecosystem/deploy/cloudflare/)**\n* **[GitHub Actions](https://flueframework.com/docs/ecosystem/deploy/github-actions/)**\n* **[GitLab CI/CD](https://flueframework.com/docs/ecosystem/deploy/gitlab-ci/)**\n* **[Daytona](https://flueframework.com/docs/ecosystem/sandboxes/daytona/)**\n* **[Render](https://flueframework.com/docs/ecosystem/deploy/render/)**\n\n## Packages\n\n|Package |Description |\n| --- | --- |\n|[`@flue/runtime`](https://github.com/withastro/flue/blob/HEAD/packages/sdk/packages/runtime) |Runtime: harness, sessions, tools, sandbox |\n|[`@flue/vite`](https://github.com/withastro/flue/blob/HEAD/packages/sdk/packages/vite) |Vite plugin: `vite dev` / `vite build` for Node and Cloudflare |\n|[`@flue/cli`](https://github.com/withastro/flue/blob/HEAD/packages/sdk/packages/cli) |CLI ( `flue` binary): local runs, blueprints, offline docs |\n|[`@flue/sdk`](https://github.com/withastro/flue/blob/HEAD/packages/sdk/packages/sdk) |Client SDK for consuming deployed agent conversations |\n|[`@flue/opentelemetry`](https://github.com/withastro/flue/blob/HEAD/packages/sdk/packages/opentelemetry) |OpenTelemetry tracing adapter |\n|[`@flue/postgres`](https://github.\ncom/withastro/flue/blob/HEAD/packages/sdk/packages/postgres) |Postgres persistence adapter |\n\n## Readme\n\n### Keywords\n\nnone\n\n## Package Sidebar\n\n### Install\n\n`npm i @flue/sdk`\n\n### Repository\n\n[github.com/withastro/flue](https://github.com/withastro/flue)\n\n### Homepage\n\n[flueframework.com/](https://flueframework.com/)\n\n### Weekly Downloads\n\n96,434\n\n### Version\n\n2\\.0.3\n\n### License\n\nApache-2.0\n\n### Last publish\n\n2 days ago\n\n### Collaborators\n\n* fredkschott\n \n fredkschott\n\n[**Analyze security** with Socket](https://socket.dev/npm/package/%40flue%2Fsdk) [**Check bundle size**](https://bundlephobia.com/package/%40flue%2Fsdk) [**View package health**](https://snyk.io/advisor/npm-package/%40flue%2Fsdk) [**Explore dependencies**](https://npmgraph.js.org/?q=%40flue%2Fsdk)\n\n[**Report** malware](https://www.npmjs.com/support?inquire=security&security-inquire=malware&package=%40flue%2Fsdk&version=2.0.3)\n\n## Footer\n\n[](https://github.com/npm)\n\n[](https://github.com)\n\n### Support" - ] - }, - { - "url": "https://betterstack.com/community/guides/ai/flue-framework", - "title": "Flue: Headless, Programmable AI Agent Framework from the Astro Team | Better Stack Community", - "excerpts": [ - "Back to AI guides\n\n# Flue: Headless, Programmable AI Agent Framework from the Astro Team\n\nStanley Ulili\n\nUpdated on June 8, 2026\n\n###### Contents\n\n* The harness concept\n* Installation and setup\n* Creating an agent\n* Building a workflow with a skill\n* Sandboxes\n* Exposing a workflow as an HTTP endpoint\n* Final thoughts\n\n[Flue](https://github.com/withastro/flue) is an **open-source TypeScript framework for building AI agents** , developed by the Astro team. It was originally built to automate AI workflows inside Astro's own GitHub repositories. Its design is headless and programmable: **agents can run without a human present** , triggered by API calls, webhooks, or cron jobs, and deployable to Node.js or Cloudflare Workers.\n\n## The harness concept\n\nFlue's documentation defines an AI agent as an LLM running inside a harness.\nThe LLM provides reasoning capability; the harness provides the tools, context, memory, and environment the LLM needs to interact with external systems and complete tasks.\n\nWithout a harness, an LLM responds to individual API calls with no persistent state and no tool access. Flue is the programmable harness layer: it provides session management, tool and skill execution, sandbox environments, and a structured output format.\n\nDocumentation page for \"What is an agent?\" illustrating the concept of an LLM running inside a harness\n\n## Installation and setup\n\nCopied!\n\n```\nmkdir flue-tutorial && cd flue-tutorial\n```\n\nCopied!\n\n```\nnpm install @flue/runtime\n```\n\nCopied!\n\n```\nnpm install --save-dev @flue/cli\n```\n\nCreate a `.env` file with your LLM provider API key:\n\n.env\n\nCopied!\n\n```\nANTHROPIC_API_KEY=\"your-anthropic-api-key-here\"\n```\n\nInitialize the project configuration:\n\nCopied!\n\n```\nnpx flue init --target node\n```\n\nThis creates `flue.config.ts` :\n\nflue.config.ts\n\nCopied!\n\n```\nimport { defineConfig } from '@flue/cli/config';\n\nexport default defineConfig({\n target: 'node',\n});\n```\n\n`target` can be `'node'` (Node.js server using Hono) or `'cloudflare'` (Cloudflare Worker with Durable Objects for persistence).\n\nFlue documentation showing the installation and initialization commands\n\n## Creating an agent\n\nFlue looks for agent definitions in an `agents/` directory. The filename becomes the agent's ID.\n\nCopied!\n\n```\nmkdir agents\n```\n\nagents/hello-world.ts\n\nCopied!\n\n```\nimport { createAgent } from '@flue/runtime';\n\nexport default createAgent(() => ({\n model: 'anthropic/claude-3.5-sonnet',\n instructions: 'Tell a funny \"hello world\" engineering joke.',\n}));\n```\n\nConnect to the agent interactively:\n\nCopied!\n\n```\nnpx flue connect hello-world local-session\n```\n\n`local-session` is the instance ID. It identifies this conversation and enables session persistence across interactions.\n\nAfter the agent responds, Flue prints a JSON summary:" - ] - }, - { - "url": "https://code.claude.com/docs/en/hooks", - "title": "Hooks reference - Claude Code Docs", - "excerpts": [ - "Hooks reference - Claude Code Docs\nIn addition to command, HTTP, and MCP tool hooks, Claude Code supports prompt-based hooks (type: \"prompt\") that use an LLM to evaluate whether to allow or block an action, and agent hooks (type: \"agent\") that spawn an agentic verifier with tool access." - ] - }, - { - "url": "https://www.daytona.io/docs/en/guides/flue/flue-autonomous-bug-fix-agent", - "title": "Build an Autonomous Bug-Fix Agent with Flue and Daytona", - "excerpts": [ - "# Build an Autonomous Bug-Fix Agent with Flue and Daytona\n\nCopy for LLM [View as Markdown](https://www.daytona.io/docs/en/guides/flue/flue-autonomous-bug-fix-agent.md) Open\n\nThis guide builds an autonomous bug-fix agent using [Flue](https://flueframework.com/) and [Daytona](https://www.daytona.io/) sandboxes. Given a GitHub issue, the agent reproduces the bug with a failing test, implements the minimal fix, runs the full test suite, and opens a real pull request.\n\nA sandbox is essential for this workflow. The agent clones unknown code, installs unknown dependencies, and executes the project’s test suite — operations that need strict isolation from your host. Daytona provisions a fresh isolated environment for every run and tears it down on completion, so an untrusted repository can never affect your host.\n\n* * *\n\n### 1\\. Workflow Overview\n\nSection titled “1. Workflow Overview”\n\nYou point the agent at an open issue on any GitHub repository.\n\n...\n\n```\n\nFlue boots a webhook server on port `3583` and discovers the `bug-fix` agent automatically:\n\n```\n[flue] Starting dev server (target: node) [flue] Target: node [flue] Found 1 role(s): test-driven-developer [flue] Found 1 agent(s): bug-fix [flue] Webhook agents: bug-fix [flue] Built: dist/server.mjs [flue] Server: http://localhost:3583 [flue] Try: curl -X POST http://localhost:3583/agents/bug-fix/test-1 \\ -H 'Content-Type: application/json' -d '{}' [flue] Press Ctrl+C to stop\n```\n\n#### Trigger the Agent\n\nSection titled “Trigger the Agent”\n\nThere are three equivalent ways to trigger the agent. Pick whichever fits your workflow.\n\n**Option A: drive everything from `.env`** (default sync mode). With `DEMO_REPO=your-username/your-fork` and `DEMO_ISSUE=` set in `.env` , fire an empty payload:\n\nTerminal window\n\n```\ncurl -X POST http://localhost:3583/agents/bug-fix/run-1 \\ -H \" Content-Type: application/json \" \\ -d ' {} '\n```\n\n**Option B: pass the target per call** (default sync mode).\n\n...\n\nThe role is referenced in the skill call ( `role: 'test-driven-developer'` ) and shapes how the agent makes tradeoffs (minimal change, match host code style, never disable existing tests).\n\n#### How `bug-fix.ts` is actually invoked\n\nSection titled “How bug-fix.ts is actually invoked”\n\nNothing in our code calls our agent’s default export directly; Flue’s CLI does. Here’s the full chain from `npm run dev` to `handler(ctx)` :\n\n**Build time ( `flue dev` startup):**\n\n1. `flue dev --target node` calls `dev()` from `@flue/sdk` , which runs `build()` .\n2. `build()` does `fs.readdirSync('.flue/agents')` and keeps any entry matching `/\\.(ts|js|mts|mjs)$/` . Our `bug-fix.ts` matches → agent name is `bug-fix` (filename without extension).\n3. For each agent file, Flue uses the TypeScript AST to find the static `export const triggers = {...}` declaration, validating that `webhook` is `true` or `false` . Our `triggers = { webhook: true }` registers the agent for HTTP access.\n4.\n\n...\n\n[flue] Agent started I'll work through this systematically following the test-driven approach. [flue] tool:start read /home/daytona/project/package.json [flue] tool:done read (1477 chars) [flue] tool:start glob **/*.test.* [flue] tool:done glob [flue] tool:start read /home/daytona/project/src/index.ts [flue] tool:start read /home/daytona/project/src/parse.test.ts [flue] tool:done read (5864 chars) [flue] tool:done read (5082 chars) Now I have a clear picture. Let me verify what `format(Number.MAX_VALUE)` actually produces, then set up the branch and write the failing test: [flue] tool:start bash $ node -e \"const out = ms(Number.MAX_VALUE); ...\" [flue] tool:done bash (218 chars) I've confirmed the bug: format(Number.MAX_VALUE) produces \"5.696545792019405e+297y\" which the regex in parse() cannot match." - ] - } -] -```` - -## Assistant - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/building-agents/", - "objective": "Extract Flue's agent programming model, runtime lifecycle, identity, local authoring loop, and constraints relevant to an existing TypeScript agent application.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/durability/", - "objective": "Extract Flue's guarantees and limitations for durable conversations, persistence, retries, crash/redeploy recovery, idempotency, and Node versus Cloudflare behavior.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/routing/", - "objective": "Extract Flue's server/API routing contract, admission and async execution model, conversation endpoints, auth/security boundaries, and app integration requirements.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/evals/", - "objective": "Extract Flue's development-time testing and evaluation workflow, local commands, fixture/model behavior, assertions, and CI story.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/ecosystem/deploy/node/", - "objective": "Extract the complete operational deployment story for Flue on Node: build artifact, runtime, database/persistence, process model, scaling, required environment, and platform examples.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/ecosystem/deploy/cloudflare/", - "objective": "Extract the complete Flue Cloudflare deployment story: build/deploy steps, Durable Object binding/state, execution limits, secrets, migrations, scaling, observability, and platform coupling.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs/llms/chatkit.md", - "objective": "Extract Tilde's custom agent development and operation model: Harness SDK, Vercel AI SDK, endpoints, triggers/signals/history, security, local development, and deployment requirements.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs/llms/dev-tunnels.md", - "objective": "Extract Tilde's local development and remote integration testing story, including tunnel setup, configuration changes, security, and failure modes.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs/llms/state.md", - "objective": "Extract Tilde's infrastructure-as-code/export/import and environment promotion story, including what state captures, secret handling, portability, drift, and deployment workflow.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs/connect-your-agent", - "objective": "Extract how Tilde integrates into existing agents via MCP, what remains hosted by Tilde versus the application, supported clients, auth requirements, and operational boundaries.", - "forceRefetch": true -} -``` - -## User - -**Tool Result:** `TU-0346wYZNq29Fo2EvdVthHG` - -```` -# description: Create an agent, configure its capabilities, and send it messages over time. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Functions -An agent function represents an agent in Flue. In Flue, an agent is a JavaScript function that returns the agent’s `system` prompt instructions. Those instructions are rendered, and then passed to the LLM along with the user and assistant messages that make up some agent conversation or workflow. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Functions -```ts -// Example: A simple agent, written in Flue. -function TriageAgent() { - return "Investigate the user's issue and recommend the next action."; -} -```` - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Functions -An agent is always initialized with an ID. You can provide one via the `--id` flag to `flue run` (optional) or the `POST /:id` route of a hosted agent (required). It’s up to you what the ID means — a user ID, a support ticket, a GitHub issue number, or just a random string. - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Functions - -```ts -function TriageAgent({ id }) { - return `Investigate GitHub issue #${id} and recommend the next action.`; -} -``` - -There are other ways to pass (structured) data to your agent — see [Passing data to the agent](https://flueframework.com/docs/guide/agent-hooks/) in the Agent Hooks guide. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Functions -The agent function _re-renders_ on every turn. That is, every time the model is about to be called, Flue runs your function again and rebuilds its instructions from scratch. The string you return always reflects the agent’s current state at that moment: - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Functions -If it helps, you can think of an agent function as similar to a React component render function. This is not accidental, as you’ll soon see below: Flue agent functions were intentionally modeled after React to help unlock more expressive, more powerful agent functionality. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Hooks -An agent function isn’t much on its own. It returns instructions, but a working agent needs more than words — a model, tools, a workspace, memory. To unlock all of that, you’ll reach for Flue’s second core primitive: **agent hooks**. - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Hooks - -- [Model](https://flueframework.com/docs/guide/models/) (`useModel`) selects the LLM that powers the agent. -- [Sandbox](https://flueframework.com/docs/guide/sandboxes/) (`useSandbox`) provides its filesystem and command-execution environment. - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Hooks - -- [Persisted State](https://flueframework.com/docs/guide/agent-hooks/) (`usePersistentState`) preserves custom data across the agent lifetime. -- [Event Hooks](https://flueframework.com/docs/guide/agent-hooks/) (`useAgentStart`, `useAgentFinish`, and others) trigger logic on different lifecycle events. - title: Agents | Flue - image: https://flueframework.com/docs/og4.jpg > Agent Hooks - -````ts -import { useModel, useSandbox, useSkill, useTool } from '@flue/runtime'; -import { local } from '@flue/runtime/node'; -import { searchIssues } from '../tools/search-issues.ts'; -import reviewChecklist from '../skills/review-checklist/SKILL.md'; - -function Triage() { - useModel('anthropic/claude-sonnet-4-6'); -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Agent Hooks -```ts - useSandbox(local()); - useTool(searchIssues); - useSkill(reviewChecklist); - return 'Investigate the reported issue and recommend the next action.'; -} -```` - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > “use agent” Directive - -```ts -"use agent"; -import { useModel } from "@flue/runtime"; - -export function TriageAgent() { - useModel("anthropic/claude-sonnet-4-6"); - return "Investigate the reported issue and recommend the next action."; -} -``` - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > “use agent” Directive -Registration is what makes an agent addressable by the rest of your application: `dispatch(...)` can send it messages, and `createAgentRouter(...)` can serve it over HTTP. The exported function’s name also becomes the agent’s durable identity, which keys its conversation storage in the persistent database. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > “use agent” Directive -To rename the function without a database migration, pin the identity with the [agentName static](https://flueframework.com/docs/reference/agent-api/). Setting an explicit agent name is considered a best-practice by some Flue developers. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > “use agent” Directive - -```ts -"use agent"; -import { useModel } from "@flue/runtime"; - -export function TriageAgent() { - useModel("anthropic/claude-sonnet-4-6"); - return "Investigate the reported issue and recommend the next action."; -} - -TriageAgent.agentName = "triage-agent"; -``` - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent -There are several ways to interact with an agent. All of them run the same agent and durability APIs — they differ only in how the runtime starts and whether an HTTP server exists. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > CLI -The easiest way to interact with your agent is locally, with the `flue run` CLI command: - -```bash -flue run src/agents/triage-agent.ts --message "Triage issue 17307" -``` - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > CLI -This runs one agent module directly — no server, no application build. Pass `--id` to name the conversation so you can continue it across invocations; without it, each run starts a fresh conversation and prints its generated id: -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > CLI - -```bash -flue run src/agents/triage-agent.ts --id issue-17307 --message "Look at issue 17307" -flue run src/agents/triage-agent.ts --id issue-17307 --message "Any update?" -``` - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > CLI -Conversations persist between runs — in your project’s configured database, or a local cache file without one. See the [flue run reference](https://flueframework.com/docs/cli/run/) for agent selection, structured output, and the full flag list. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > HTTP -Agents mounted in your application are served over HTTP (mounting is covered in [Routing](https://flueframework.com/docs/guide/routing/)). Each conversation has its own URL, ending in the conversation id. `POST` a message to it: - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > HTTP -Prompts are fire-and-forget: the server responds `202` immediately, and the agent’s reply is read from the conversation — `GET` the same URL to follow its events, or use the [Flue Agent SDK](https://flueframework.com/docs/sdk/overview/), which wraps the whole surface (`send()`, `wait()`, `observe()`, `history()`) around one - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > `dispatch()` -Your application chooses the agent conversation before dispatching the event. `dispatch(...)` accepts it for asynchronous processing rather than waiting for an agent response. Because registration comes from the `'use agent'` scan, an agent used only through `dispatch(...)` needs no mount at all. - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > Standalone scripts -Finally, you can run agents outside of a Flue application entirely — no server, no `app.ts` — with the more advanced `start()` API. It boots the Flue runtime inside your own Node.js process, which is useful for cron jobs, one-off scripts, and tests: -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > Standalone scripts - -```ts -import { init } from "@flue/runtime"; -import { sqlite, start } from "@flue/runtime/node"; -import { Reporter } from "../src/agents/reporter.ts"; - -await using flue = await start({ - agents: [Reporter], - db: sqlite("./nightly.db"), -}); - -const reporter = init(Reporter, { id: "nightly-2026-07-16" }); -``` - -... - -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > Standalone scripts -Provider credentials come from the process environment, and the `db` option decides whether conversations outlive the script: omit it for in-memory state, or pass an adapter like `sqlite()` so a later run can continue the same conversation. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Interacting with your agent > Standalone scripts -Inside an already-running Flue application there is no `start()` — call `init()` or `dispatch()` directly. The [Workflows](https://flueframework.com/docs/guide/workflows/) guide covers this scripting surface in depth, from CI pipelines to durable orchestration. -title: Agents | Flue -image: https://flueframework.com/docs/og4.jpg > Next steps - -- [Agent Hooks](https://flueframework.com/docs/guide/agent-hooks/) — compose your agent’s capabilities: tools, skills, state, and event hooks. -- [Agent API](https://flueframework.com/docs/reference/agent-api/) — look up session operations and their results. - -``` - -**Tool Result:** `TU-0346wYZOELetURr1MvNudi` - -``` - -# description: The accepted-work contract — what survives crashes, restarts, and redeploys, and how interrupted agent work recovers. - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Submissions and the accepted-work contract - -> Every accepted submission reaches exactly one durable terminal outcome — `completed`, `failed`, or `aborted` — no matter how many crashes happen in between. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Submissions and the accepted-work contract -response runs as its own submission. Processing happens in **attempts**: a coordinator claims the submission, runs it, and settles it. An interruption consumes the attempt; recovery claims a new one, up to the retry budget. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -A crash leaves no record of itself — the dead process stops writing. Recovery runs when a replacement owner wakes (how that happens is per-target) and works exclusively from durable evidence: the canonical conversation records, the submission’s admission row, and its attempt bookkeeping. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -Recovery proceeds in two phases. First it **converges** the stream: any partially streamed assistant output the dead attempt persisted is closed out as an aborted entry — unconditionally and idempotently, so no crash shape can leave the conversation looking mid-stream. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -| Durable evidence after the input | What recovery does | -| The input was never persisted | Requeues the submission for a clean first attempt. | -| A partial response with text or reasoning | Tells the model its stream was interrupted and continues from the durable partial. |title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -| Durable evidence after the input | What recovery does | -| The input was never persisted | Requeues the submission for a clean first attempt. | -| A tool turn with unresolved calls | Repairs the tool batch (below), then continues the turn loop. |title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -| Durable evidence after the input | What recovery does | -| The input was never persisted | Requeues the submission for a clean first attempt. | -| A transient provider error (rate limit, outage) | Retries the turn after a backoff, under a bounded error budget. |title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -| Durable evidence after the input | What recovery does | -| The input was never persisted | Requeues the submission for a clean first attempt. | -| A context-overflow response | Compacts the conversation and retries the turn. | -| A durable abort intent | Settles aborted. | -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -Tool-batch repair is deliberately conservative. Results that were recorded before the crash are preserved exactly — those calls never run again. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -An unresolved ordinary call is _not_ re-executed, because the runtime cannot know which of its side effects already happened; instead it settles with an explicit unknown-outcome error that the model sees and can react to. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -Two kinds of calls resolve real outcomes instead of markers: durable: true tools re-execute with their completed steps replaying from records, and in-flight delegated tasks resume from their own transcripts. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -The overall discipline is **at-least-once execution over exactly-once recording**. Work that committed durably — recorded responses, recorded tool results, committed state writes — never re-runs. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery after an interruption -Work that was interrupted before committing re-runs on the next attempt, which includes your [event hook](https://flueframework.com/docs/guide/agent-hooks/) callbacks: their durable effects commit atomically and never duplicate, but an external side effect inside one (an email, a page) may rarely happen - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Retry budget and timeout - -```ts -"use agent"; -import { useModel } from "@flue/runtime"; - -export function IssueTriage() { - useModel("anthropic/claude-opus-4-6"); - return "Triage the bound issue end-to-end."; -} - -IssueTriage.durability = { maxAttempts: 5, timeoutMs: 7_200_000 }; -``` - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Durable tools and `step.do` -For work that must complete — a payment, a provisioning job, a multi-step sync — declare the tool `durable: true`: its `run` receives `step`, every side effect goes through `step.do(name, fn)`, and recovery re-executes the call instead of marking it interrupted: - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Durable tools and `step.do` -Each completed `step.do` durably records its returned value before resolving. On recovery the whole call re-runs, completed steps return their recorded values without executing, and execution continues from the first step that never finished. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Durable tools and `step.do` - -- **Steps are exactly-once-recorded, at-least-once-executed.** A crash in the window between a step’s function finishing and its record landing re-runs that one step, so steps around external effects should be individually idempotent. - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Durable tools and `step.do` -- **A redeploy can withdraw the contract.** If recovery finds the current render no longer declares the tool — or no longer marks it `durable` — the call falls back to the ordinary interrupted-marker path rather than guessing. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Delegated tasks -When recovery repairs a tool batch containing an unresolved `task` call, it does not settle the call with a marker — it reattaches to the child’s durable transcript, resumes the child to completion under the same recovery rules described above, and commits the child’s real final result as the parent’s tool outcome. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Delegated tasks - -- **A delegate removed by a redeploy.** If the subagent is no longer declared when recovery runs, that one call settles with an error outcome and the parent continues; a renamed or removed delegate cannot be resumed under any retry. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Persisted state -Every [usePersistentState](https://flueframework.com/docs/guide/agent-hooks/) write is a record in the conversation’s canonical stream, which is why state survives restarts for the life of the conversation. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Persisted state -Its recovery behavior follows from _when_ writes commit: a write becomes durable atomically with the unit of work that made it. A write from a tool commits with that turn’s tool batch; a write from an event hook commits with the hook seam’s checkpoint. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Persisted state -If recovery settles the batch as interrupted, the write never happened — the re-attempt renders from the last committed state, exactly matching the work the model actually sees as done. -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Persisted state -That atomicity is what makes persistent state the correct guard for at-least-once callbacks: a `sent` flag set by the same unit of work that sent the email cannot end up `true` while the work it guarded rolled back. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery by target > Node.js recovery -On Node, a coordinator inside your server process owns submission processing. Ownership is lease-based: each running submission carries a short lease that the owning process heartbeats while working. Recovery has two triggers: -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery by target > Node.js recovery - -- **Startup reconciliation.** A replacement process scans for interrupted work when it boots and requeues it, then begins serving immediately while that work settles in the background. - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Node.js recovery - Ordering is preserved per conversation — recovered work runs ahead of newly delivered work, so a restart never reorders a conversation’s timeline. - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Node.js recovery -- **Periodic lease scans.** While running, the coordinator scans for expired leases, so work stranded by a fast restart — where the new process boots before the old lease expires — is reclaimed within seconds rather than waiting for another restart. - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Node.js recovery - Graceful shutdown aborts active submissions at the turn boundary and waits for them to settle; work that does not settle in time is left running with its lease intact, and the next startup reclaims it after expiry. - Two consequences for deployment: - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Node.js recovery -- **Recovery is only as durable as the database.** With the in-memory default, accepted work survives interruptions within the process lifetime but a restart loses everything; cross-restart recovery requires a durable adapter in [db.ts](https://flueframework.com/docs/guide/database/). - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Node.js recovery -- **One live owner per conversation.** A shared database lets a _replacement_ process recover accepted work, but it does not make two concurrent owners of the same conversation safe. Multi-replica deployments must route each conversation to one owner and avoid overlapping owners during replacement. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery by target > Cloudflare recovery -On Cloudflare, every agent conversation is a Durable Object with its own SQLite storage, so ownership is structural — the platform guarantees one live instance per conversation, and there is no lease protocol to operate. Recovery is wake-driven: -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Recovery by target > Cloudflare recovery - -- **Wake on start.** Whenever the Durable Object starts — after an eviction, a code deploy, or a platform reset — Flue immediately flags any attempt that was running when the previous instance died and reconciles it before serving new work. The platform’s fiber-recovery callback triggers the same reconciliation path. - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Cloudflare recovery -- **A durable wake schedule.** While unsettled work exists, the object keeps a short self-renewing wake scheduled, so an interrupted submission recovers promptly even if no external request ever arrives to wake the object. - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Cloudflare recovery - Each wake runs a bounded supervision pass — reconcile, enforce deadlines, start work — and re-arms its successor before doing anything that can fail, so a hung attempt or a failed pass can delay supervision by at most one wake, never break it. Attempt execution runs detached from the wake that started it. - title: Durability | Flue - image: https://flueframework.com/docs/og4.jpg > Recovery by target > Cloudflare recovery - Abort intents, attempt bookkeeping, and settlement records all live in the object’s own storage, so an abort requested while the object was evicted is honored on the next wake. See the [Cloudflare target guide](https://flueframework.com/docs/guide/cloudflare-target/) for the target’s execution model. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > What is deliberately not durable > Keep workspace state separate -Workspace persistence is a separate, independent choice from conversation persistence: a durable workspace comes from a [sandbox adapter](https://flueframework.com/docs/guide/sandboxes/) that keys the provider workspace on the agent instance id, so every submission — including a recovery attempt — resolves - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > What is deliberately not durable > Code outside the agent -Flue does not checkpoint arbitrary TypeScript execution and resume a function from its last completed line. The checkpoint boundary is the agent itself: _inside_ it, a durable tool gives application-controlled work resumable `step.do` checkpoints backed by the conversation’s own durability. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > What is deliberately not durable > External side effects -Recovery never blindly repeats uncertain effectful work, but at-least-once execution means an effect at the boundary can repeat; design external effects to be idempotent, key them on stable ids like `toolCallId` or `step.do` names, and guard one-shot actions with persistent state. - -... - -title: Durability | Flue -image: https://flueframework.com/docs/og4.jpg > Next steps - -- [Node.js](https://flueframework.com/docs/guide/node-target/) and [Cloudflare](https://flueframework.com/docs/guide/cloudflare-target/) — target-specific runtime behavior. -- [Observability](https://flueframework.com/docs/guide/observability/) — watch submissions, settlements, and recovery as they happen. - -``` - -**Tool Result:** `TU-0346wYZP0ejKqJSz9SNtbr` - -``` - -# description: Mount agents, channels, and custom routes explicitly in app.ts. - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg -This guide covers that route map — `app.ts` — mounting agents with `createAgentRouter(...)`, the URL surface each conversation gets, and how to protect it. -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > `app.ts` is the route map -Every Flue application has one HTTP entrypoint: `src/app.ts`. Its default export is the server — every agent, channel, and custom route your application serves is mounted there explicitly. Flue does not generate routes from filenames or directory conventions: if a route exists, `app.ts` put it there. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > `app.ts` is the route map -Flue uses [Hono](https://hono.dev/) by convention, but nothing here is Hono-specific: the default export just needs a fetch-compatible shape, and the routers Flue gives you expose `.fetch` themselves, so they mount in any fetch-based framework. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > `app.ts` is the route map - -```ts -import type { Fetchable } from "@flue/runtime/routing"; - -const app: Fetchable = { - fetch(request, env, ctx) { - return new Response("Not found", { status: 404 }); - }, -}; - -export default app; -``` - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > `app.ts` is the route map -A Hono application already satisfies this interface. On Cloudflare, `env` contains bindings and `ctx` is the execution context. On Node.js, `env` contains the Hono Node adapter bindings and `ctx` is `undefined`. -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > `app.ts` is the route map -Because it’s a plain router, `app.ts` is also where the rest of your application’s HTTP lives: health checks, webhook receivers that [dispatch(...)](https://flueframework.com/docs/guide/building-agents/) into agents, static assets for a chat UI, and channel mounts all compose alongside your agent routes. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Mounting an agent - -````ts -import { createAgentRouter } from '@flue/runtime/routing'; -import { Hono } from 'hono'; -import { Support } from './agents/support.ts'; -import { Triage } from './agents/triage.ts'; - -const app = new Hono(); - -app.route('/agents/support', createAgentRouter(Support)); -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Mounting an agent -```ts -app.route('/api/assistants/triage', createAgentRouter(Triage)); - -export default app; -```` - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Mounting an agent - -- **The URL is yours.** `/agents/` is a convention, not a requirement — mount under `/api`, behind a versioned prefix, anywhere. The mount path is pure routing, and clients address whatever URL you choose. - title: Routing | Flue - image: https://flueframework.com/docs/og4.jpg > Mounting an agent -- **The mount path is not the agent’s identity.** Conversations are keyed by the agent’s durable identity — its function name, or an `agentName` static override — never by the URL. You can move a mount without a data migration, and mounting the same agent at two paths serves the same conversations from both. - title: Routing | Flue - image: https://flueframework.com/docs/og4.jpg > Mounting an agent -- **It’s a pure factory.** `createAgentRouter(...)` has no side effects and no options; call it any number of times, or never. Everything else about the agent — model, durability, initial-data schema — is declared on the agent module itself, not at the mount. - title: Routing | Flue - image: https://flueframework.com/docs/og4.jpg > Mounting an agent -- **Mounting is the exposure decision, not registration.** The ['use agent' scan](https://flueframework.com/docs/guide/building-agents/) is what makes an agent exist; the router only builds an HTTP surface over an already-registered agent. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL -The id is the same caller-chosen identifier described in the [Agents guide](https://flueframework.com/docs/guide/building-agents/) — a user id, a ticket number, any string — and the conversation is created on the first message it receives. Relative to the mount, the router serves: -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL -| Route | Purpose | -| POST /:id | Deliver one message (202 admission). | -| GET /:id | Read the conversation (snapshot, updates, or live stream). | -| HEAD /:id | Read conversation stream metadata. | -| GET /:id/attachments/:attachmentId | Download one attachment’s bytes. | -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > Sending a message -`POST` the message to the conversation URL. The body is the same `DeliveredMessage` shape a server-side `dispatch(...)` admits — a `user` chat turn or a structured `signal` — optionally alongside `initialData` for instance creation: - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > Sending a message -Sends are **fire-and-forget**: the server responds `202` as soon as the message is durably admitted, before the agent runs. The response carries the coordinates for following the outcome — the conversation’s stream URL, an opaque resume offset, and a submission id: -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > Sending a message - -```json -{ - "streamUrl": "https://example.com/agents/support/ticket-8472", - "offset": "-1", - "submissionId": "sub_01HZX..." -} -``` - -There is no “wait for the reply” mode on this route. The agent’s reply lands in the conversation, and you read it from there. -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > Reading the conversation -`GET` the same URL to read the conversation. A plain `GET` returns one materialized snapshot — every message reduced to complete, render-ready parts. Query parameters select live modes: `?view=updates&offset=...` reads changes after an offset, with long-polling or server-sent events for continuous streaming. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > The SDK wraps this surface -A [createFlueClient(...)](https://flueframework.com/docs/sdk/create-flue-client/) client addresses exactly one conversation URL and packages the whole surface — `send()`, `wait()`, `observe()`, `history()`, `abort()`, and `attachmentUrl()` — over the routes above: -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > The SDK wraps this surface - -````ts -import { createFlueClient } from '@flue/sdk'; - -const conversation = createFlueClient({ - url: 'https://example.com/agents/support/ticket-8472', - token: userToken, -}); - -const admission = await conversation.send({ - message: { kind: 'user', body: 'Can you summarize the open issues in my case?' }, -}); -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > The SDK wraps this surface -```ts -await conversation.wait(admission); -const { messages } = await conversation.history(); -```` - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > The conversation URL > The SDK wraps this surface -The client takes no agent name or deployment address — the URL is the whole contract, so the mount layout never leaks into client configuration. For chat UIs, [useFlueAgent({ url })](https://flueframework.com/docs/guide/react/) from `@flue/react` wraps the same client with maintained conversation state. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Protecting your agents -A mounted agent has no built-in authentication: **anyone who can reach a conversation URL can talk to that conversation** — send it messages, read its full history, abort its work. There is no per-agent middleware export either. -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Protecting your agents -Treat a mount like any other sensitive endpoint and protect it with your application’s normal middleware, layered in `app.ts` before the mount it applies to. -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Protecting your agents -There are two checks, and production applications need both: - -1. **Authentication** — who is the caller? -2. **Authorization** — is this caller allowed to access _this conversation id_? - title: Routing | Flue - image: https://flueframework.com/docs/og4.jpg > Protecting your agents - Conversation ids are caller-chosen path segments: without an ownership check, any authenticated user can read another user’s conversation by guessing its id. - title: Routing | Flue - image: https://flueframework.com/docs/og4.jpg > Protecting your agents - -````ts -import { createAgentRouter } from '@flue/runtime/routing'; -import { Hono } from 'hono'; -import { Support } from './agents/support.ts'; -import { canAccessTicket, verifySession } from './shared/auth.ts'; - -const app = new Hono(); - -app.use('/agents/support/*', async (c, next) => { -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Protecting your agents -```ts - const user = await verifySession(c.req.raw); // your application's auth - if (!user) return c.json({ error: 'unauthorized' }, 401); - - // The conversation id is the first path segment after the mount. - const [conversationId] = c.req.path.slice('/agents/support/'.length).split('/'); -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Protecting your agents -```ts - if (!(await canAccessTicket(user, conversationId))) { - return c.json({ error: 'forbidden' }, 403); - } - return next(); -}); -app.route('/agents/support', createAgentRouter(Support)); - -export default app; -```` - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Protecting your agents -This is ordinary Hono composition, so anything your framework supports works here: shared middleware over a broader prefix (`app.use('/agents/*', requireUser)`), bearer tokens, session cookies, signature verification, per-route rate limits. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Protecting your agents - -- **Server-issued ids.** Instead of trusting caller-chosen ids, derive them from the authenticated principal (`user-${user.id}`) or issue them from your own database. The ownership check then becomes a simple equality test. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Mounting a channel -Channel objects expose their own `.route()` factory — a separate API from the agent router, but the same kind of pure, mountable sub-router. It serves the provider’s declared routes relative to the mount point: -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Mounting a channel - -```ts -import { channel as slack } from "./channels/slack.ts"; - -app.route("/channels/slack", slack.route()); -// Slack's Events API endpoint is now POST /channels/slack/events -``` - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Mounting a directory of agents - -```ts - for (const [exportName, agent] of Object.entries(mod)) { - if (typeof agent !== 'function' || !/^[A-Z]/.test(exportName)) continue; // agents are the capitalized exports - app.route(`/agents/${agent.agentName ?? exportName}`, createAgentRouter(agent)); - } -} - -export default app; -``` - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Dispatch-only agents -Registration comes from the `'use agent'` scan, so any registered agent can receive messages through server-side [dispatch(...)](https://flueframework.com/docs/guide/building-agents/) — from a webhook route in `app.ts`, a [channel](https://flueframework.com/docs/guide/channels/), or a - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Dispatch-only agents - -```ts -// registered, but only this verified webhook can reach it. -app.post('/webhooks/billing', async (c) => { - const event = await verifyBillingWebhook(c.req.raw); - const receipt = await dispatch(InvoiceAuditor, { - id: event.invoiceId, - message: { - kind: 'signal', -``` - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Next steps - -- [Agents](https://flueframework.com/docs/guide/building-agents/) — every way to interact with an agent: CLI, HTTP, `dispatch()`, and standalone scripts. -- [Agent SDK](https://flueframework.com/docs/sdk/overview/) — the client that wraps a conversation URL. - -... - -title: Routing | Flue -image: https://flueframework.com/docs/og4.jpg > Next steps - -- [Streaming Protocol](https://flueframework.com/docs/reference/streaming-protocol/) — the wire protocol behind conversation reads. -- [Deploy](https://flueframework.com/docs/guide/deploy/) — build `app.ts` and your agents into a deployable server. - -``` - -**Tool Result:** `TU-0346wYZPUtjuXYXtMW0Qlr` - -``` - -# description: Test agent behavior by running an agent against a live model and asserting on what it does. - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > What an eval is - -- **Evals are nondeterministic.** The same input can produce different wording, a different tool order, occasionally a different outcome. Assert on the behavioral contract — required tool calls, key facts in the reply, the shape of structured data — rather than exact output strings. - title: Evals | Flue - image: https://flueframework.com/docs/og4.jpg > What an eval is -- **Evals spend real tokens and real time.** Every case runs one or more live model turns. Evals therefore live in their own suite, with their own configuration, credentials, timeouts, and run cadence, separate from unit tests. - title: Evals | Flue - image: https://flueframework.com/docs/og4.jpg > What an eval is - Flue has no dedicated eval framework. An eval is a [Vitest](https://vitest.dev) test that drives an agent through the same public surfaces every other caller uses — the in-process [init() handle](https://flueframework.com/docs/reference/agent-api/) or the HTTP conversation surface — and asserts on the result. - title: Evals | Flue - image: https://flueframework.com/docs/og4.jpg > What an eval is - The [vitest-evals](https://flueframework.com/docs/ecosystem/tooling/vitest-evals/) integration layers eval harnesses, judges, and CI reporting on top; see below. - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Set up an eval suite - -```ts -import { defineConfig } from "vitest/config"; - -export default defineConfig({ - test: { - include: ["src/evals/**/*.eval.ts"], - testTimeout: 60_000, - }, -}); -``` - -The `60_000` timeout replaces Vitest’s 5-second default, which a single live model turn can exceed. Add a script so the suite runs with one command: -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Set up an eval suite - -```json -{ - "scripts": { - "evals": "vitest run --config vitest.evals.config.ts" - } -} -``` - -Eval files live under `src/evals/` and are named for the capability or scenario they evaluate — `service-health.eval.ts`, `refund-policy.eval.ts` — not one file per agent. - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Write an eval in-process - -```ts - const reply = await agent.read(receipt, { - onEvent: (chunk) => { - if (chunk.type === 'tool-input') toolsCalled.push(chunk.toolName); - }, - }); - - expect(reply.text).toContain('operational'); - expect(toolsCalled).toContain('get_service_status'); -}); -``` - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Write an eval in-process - -- **Fresh conversation per case.** `init(agent)` without an `id` addresses a new, uniquely named conversation, so cases stay independent — saved conversation history cannot affect other cases. A case that evaluates conversation memory reuses one handle and sends several `dispatch(...)`/`read(...)` pairs through it. - title: Evals | Flue - image: https://flueframework.com/docs/og4.jpg > Write an eval in-process -- **The reply is the assertion target.** `reply.text` is the final assistant text, and `reply.data` carries named [useDataWriter](https://flueframework.com/docs/guide/agent-hooks/) parts — the place to assert on structured results. A failed or aborted run rejects `read()` with `AgentRunError`, which fails the test. - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Write an eval in-process -And the eval imports the agent module directly, so the module must load under plain Vitest: an agent that depends on build-resolved imports, such as a [SKILL.md import](https://flueframework.com/docs/guide/skills/), needs the Flue build and should be evaluated over HTTP instead. -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Evaluate over HTTP -An agent [mounted in app.ts](https://flueframework.com/docs/guide/routing/) can be evaluated through its HTTP surface with the [Flue Agent SDK](https://flueframework.com/docs/sdk/overview/) — the same boundary a deployed application serves, including your route middleware. - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Evaluate over HTTP - -````ts -import { createFlueClient } from '@flue/sdk'; -import { expect, it } from 'vitest'; - -// The agent's mount URL from app.ts; point FLUE_AGENT_URL at a deployment. -const mountUrl = process.env.FLUE_AGENT_URL ?? 'http://127.0.0.1:5173/agents/service-status'; - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Evaluate over HTTP -```ts -it('checks live service status before answering', async () => { - const conversation = createFlueClient({ - url: `${mountUrl}/eval-${crypto.randomUUID()}`, - }); - - const admission = await conversation.send({ - message: { kind: 'user', body: 'Is the checkout service currently operational?' }, - }); -```` - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Evaluate over HTTP - -```ts - expect(text).toContain('operational'); -}); -``` - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Evaluate over HTTP -Prompts are fire-and-forget over HTTP: `send()` admits the message, `wait()` awaits its completion, and `history()` returns the finished conversation — including the assistant reply and its tool-call parts. - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Evaluate over HTTP - -- **In-process (`start()`)** exercises the agent itself — instructions, model, hooks, tools — and needs provider credentials in the test environment. -- **HTTP (`@flue/sdk`)** exercises the agent plus `app.ts` routing and middleware, and needs a running dev server or deployment. - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > vitest-evals -[vitest-evals](https://vitest-evals.sentry.dev/docs) extends Vitest with eval harnesses, LLM judges, normalized reports, and CI reporting. Add Flue’s integration with a [blueprint](https://flueframework.com/docs/cli/add/): - -```sh -flue add tooling vitest-evals -``` - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > vitest-evals -The blueprint creates the eval configuration and scripts from above and generates `src/evals/harness.ts` — a harness that drives one conversation per case through `@flue/sdk` and converts the reply, tool calls, and usage into the normalized `vitest-evals` result. -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > vitest-evals -Setup, generated files, and report commands are documented on the [vitest-evals ecosystem page](https://flueframework.com/docs/ecosystem/tooling/vitest-evals/); a complete runnable project is available in [examples/vitest-evals](https://github.com/withastro/flue/tree/main/examples/vitest-evals). - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > vitest-evals - -```ts -describeEval('service status agent', { harness }, (it) => { - it('checks live service status before answering', async ({ run }) => { - const result = await run('Is the checkout service currently operational?'); - - expect(result.output).toContain('operational'); -``` - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > vitest-evals > Judges -Deterministic assertions cover exact contracts: required tools, prohibited tools, structured output, stable content. For semantic behavior — factual consistency, tone, policy adherence — `vitest-evals` provides **judges**, scorers that grade a result and fail the case below a threshold. - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > vitest-evals > Judges - -```ts - const result = await run('Is the checkout service currently operational?'); - - await expect(result).toSatisfyJudge(FactualityJudge(), { - expected: 'The checkout service is currently operational.', - threshold: 0.6, - }); - }); -}); -``` - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > vitest-evals > Judges -`createJudge(...)` defines custom judges, deterministic or LLM-backed; the built-in `FactualityJudge`, `ToolCallJudge`, and `StructuredOutputJudge` cover the common rubrics. Judge construction and judge-harness adapters are documented in the [vitest-evals docs](https://vitest-evals.sentry.dev/docs). - -... - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Run evals locally and in CI -Locally, in-process suites run with one command once provider credentials are in the environment: - -```sh -pnpm run evals -``` - -HTTP suites additionally need a reachable target: start the application in another terminal first, or set the suite’s URL variable to a deployed environment: -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Run evals locally and in CI - -```sh -FLUE_AGENT_URL=https://preview.example.com/agents/service-status pnpm run evals -``` - -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Run evals locally and in CI -In CI, an eval suite is an ordinary Vitest run — it exits non-zero when a case fails, so it gates a pipeline like any other test job. -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Run evals locally and in CI -Keep it as a separate job from unit tests: live-model runs are slower, spend tokens, and can fail without a code change, so they warrant their own cadence — on merge, on a schedule, or on demand. -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Run evals locally and in CI -Provider credentials come from CI secrets; for HTTP suites, either build and start the application inside the job or target a preview [deployment](https://flueframework.com/docs/guide/deploy/). -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Run evals locally and in CI -For reporting, the vitest-evals blueprint adds an `evals:json` script that writes a `vitest-results.json` artifact. Inspect it locally with `vitest-evals serve vitest-results.json`, or publish it from CI with the `getsentry/vitest-evals` GitHub Action. -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Run evals locally and in CI -Reports can contain prompts, outputs, tool arguments and results, and errors — review retention and access requirements before uploading them. -title: Evals | Flue -image: https://flueframework.com/docs/og4.jpg > Next steps - -- [Vitest Evals](https://flueframework.com/docs/ecosystem/tooling/vitest-evals/) — the blueprint, generated harness, and report commands. -- [Agents](https://flueframework.com/docs/guide/building-agents/) — `start()` and standalone scripts, the same surface evals build on. - -``` - -**Tool Result:** `TU-0346wYZQ53ihGsfj5pXjSM` - -``` - -# description: Build and deploy Flue agents as a Node.js server with Vite. - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg -This guide walks you through creating your first agent, running it locally, and deploying it anywhere you can run Node.js — a VPS, Docker, Railway, Fly.io, or any cloud platform. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg -Flue is a Vite plugin: `vite dev` serves the application locally and `vite build` produces the deployable server artifact. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 1. Set up your project - -```bash -mkdir my-flue-server && cd my-flue-server -npm init -y -npm install @flue/runtime hono valibot -npm install -D @flue/vite @flue/cli vite -``` - -Add the Vite plugin: - -```ts -import { flue } from "@flue/vite"; -import { defineConfig } from "vite"; - -export default defineConfig({ - plugins: [flue()], -}); -``` - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 1. Set up your project -And the scripts: - -```jsonc -{ - "scripts": { - "dev": "vite dev", - "build": "vite build", - }, -} -``` - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 2. Create your first agent -The directive is how an agent joins the application — the build scans your source root for marked modules, every exported function with a capitalized name is an agent, and the function’s name becomes the agent’s durable identity (an optional `Translator.agentName = '...'` string-literal static overrides it). -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 2. Create your first agent - -```typescript -"use agent"; -import { useModel } from "@flue/runtime"; - -export function Translator() { - useModel("openai/gpt-5.5"); - return "Translate the user message into the requested language. Reply with the translation only."; -} -``` - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 2. Create your first agent -Agents that need a filesystem can attach an in-memory [virtual sandbox](https://flueframework.com/docs/guide/sandboxes/) powered by [just-bash](https://github.com/vercel-labs/just-bash) — no container needed. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 3. Create app.ts — the route map -`app.ts` is the only required file. Its default export owns the request pipeline, and every route is mounted explicitly — `app.ts` IS the routing table: -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 3. Create app.ts — the route map - -```typescript -import { createAgentRouter } from "@flue/runtime/routing"; -import { Hono } from "hono"; -import { Translator } from "./agents/translator.ts"; - -const app = new Hono(); - -app.route("/agents/translator", createAgentRouter(Translator)); -app.get("/api/ping", (c) => c.text("pong")); -``` - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 6. Build for production - -```bash -npx vite build -set -a; source .env; set +a -node dist/server.mjs -``` - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 6. Build for production -`vite build` compiles your project into `./dist/server.mjs` without packaging `.env` credentials into the server; the built server reads only the environment supplied when you start it. It uses [Hono](https://hono.dev/) under the hood and listens on port 3000 by default (configurable via `PORT`). -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 6. Build for production -Your project’s `node_modules` are still needed at runtime — the build externalizes your dependencies rather than bundling them. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 6. Build for production -To verify the artifact before deploying, `vite preview` serves the built application (it imports `dist/app.mjs` directly, with production behavior), or run it for real with `node dist/server.mjs`. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Deterministic tool calls -For structured, schema-validated work inside the conversation, give the agent a harness-connected tool with `useTool({ harness: true })`: `run` receives the agent’s runtime (sandbox and model access) and can call back into the model for sub-tasks. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Deterministic tool calls - -```typescript -'use agent'; -import { useModel, useTool } from '@flue/runtime'; -import * as v from 'valibot'; - -export function Reporter() { - useModel('openai/gpt-5.5'); - useTool({ - name: 'compile-report', - description: 'Compile the weekly metrics report.', - input: v.object({ period: v.string() }), -``` - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Subagents - -```typescript -'use agent'; -import { useModel, useSubagent } from '@flue/runtime'; - -function Analyst() { - return 'Focus on quantitative insights, trends, and actionable takeaways.'; -} - -export function Reporter() { - useSubagent({ - name: 'analyst', -``` - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Sandbox context -The agent reads `AGENTS.md` and skills from its sandbox at runtime. With `local()`, that’s your real project root, so any files there are visible. With the virtual sandbox the filesystem starts empty — you’d set up context via `harness.sandbox`. Agents without a sandbox skip workspace discovery entirely. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Using the local sandbox -`local()` is where Node really shines compared to other targets. The agent runs directly against the host filesystem and shell — `cwd` is `process.cwd()`, shell commands go through `child_process`, and `AGENTS.md` and skills are discovered from the project root. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Using the local sandbox -Env exposure is opt-in. By default only shell essentials (`PATH`, `HOME`, locale, etc.) are inherited from `process.env`; anything else — API keys, tokens, deploy credentials — has to be passed explicitly via `local({ env: { ... } })`. That keeps the model’s `bash` tool from seeing host secrets by accident. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Using the local sandbox - -```typescript -"use agent"; -import { useModel, useSandbox } from "@flue/runtime"; -import { local } from "@flue/runtime/node"; - -export function Reviewer() { - useModel("anthropic/claude-sonnet-4-6"); - useSandbox(local()); - return "Review the codebase and identify potential issues in the area the user names."; -} -``` - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Using the local sandbox -The agent reads, searches, and modifies files via its built-in tools — read, write, edit, grep, glob, bash. Anything on `$PATH` (`git`, `npm`, `gh`, `docker`) is reachable from the bash tool. Env vars are opt-in via `local({ env: { ... } })` — pass `process.env.GH_TOKEN`, `process.env.NPM_TOKEN`, etc. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Using the local sandbox > When to use it - -- **Self-hosted coding agents** — review PRs, fix bugs, refactor against the actual repo. -- **File processing** — read documents, transform data, generate reports from local files. -- **Dev tooling** — analyze project structure, run linters, generate boilerplate. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Using the local sandbox > When to use it -No container startup, real project context, fast iteration. If you need a tighter boundary on a specific operation — agent can call it, never sees the underlying secret — wrap it as a custom tool via `useTool(...)` in the agent function. The tool reads `process.env`; the agent only sees the tool’s params and result. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Connecting a remote sandbox -The examples above use either the virtual sandbox or the local sandbox. When you need full isolation per session — each user gets their own Linux environment with git, Node.js, Python, etc. — you want a remote sandbox. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Connecting a remote sandbox > When to use a remote sandbox -A **remote sandbox** takes seconds to start (cached images are faster) and gives each session its own fully isolated environment, which multi-tenant and SaaS deployments need. - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Conversation persistence -On Node.js, canonical agent conversations, attachments, and accepted submissions use in-memory SQLite by default in the built server, so they persist for the lifetime of one process but are lost on restart. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Conversation persistence -(`vite dev` points the same default at a local disk file so history survives reloads within a dev session.) Add `db.ts` when that state must survive restart or support replacement recovery. A shared database does not remove the requirement for one live Node owner per agent instance. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Conversation persistence -See [Database](https://flueframework.com/docs/guide/database/) for `db.ts`, SQLite, Postgres, and custom adapter setup. See [Data Persistence API](https://flueframework.com/docs/reference/data-persistence-api/) for the adapter contract. -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Building and deploying -Flue compiles your project into a Node.js server: - -```bash -# Build -npx vite build - -# Run locally -node dist/server.mjs - -# Run on a custom port -PORT=8080 node dist/server.mjs -``` - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Building and deploying -The built server never runs in local dev mode: developer-only error guidance and the dev SQLite file are wired only through `vite dev`, not through environment variables. -The deployed server exposes exactly the routes `app.ts` mounts. For each mounted agent, relative to its mount: - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Building and deploying -Flue does not add a health endpoint or inspection routes by default. Define a host-required health route in `app.ts` and compose any operator endpoints behind your own authorization. See [Routing](https://flueframework.com/docs/guide/routing/). - -... - -title: Deploy Agents on Node.js | Flue -image: https://flueframework.com/docs/og4.jpg > Building and deploying > Choosing a sandbox strategy - -1. **Empty virtual sandbox** — an agent function with just `useModel(...)`. Fast, cheap, stateless. Good for prompt-and-response agents. -2. **Virtual sandbox with shell setup** — Use `harness.sandbox` to write files and configure the workspace. - title: Deploy Agents on Node.js | Flue - image: https://flueframework.com/docs/og4.jpg > Building and deploying > Choosing a sandbox strategy - Still fast and cheap, good for agents that need small amounts of static context. -3. **Local sandbox** — `useSandbox(local())` in the agent function. Direct host filesystem and shell access. Ideal for self-hosted agents, CI tasks, and dev tooling — anywhere the host environment already provides isolation. - title: Deploy Agents on Node.js | Flue - image: https://flueframework.com/docs/og4.jpg > Building and deploying > Choosing a sandbox strategy - Import `local` from `@flue/runtime/node` and pass `env: { ... }` to expose specific host env vars to the agent’s shell. -4. **Remote sandbox** — Full isolated Linux environment via a sandbox adapter. For multi-tenant agents, coding sandboxes, and anything that needs per-session isolation. - -``` - -**Tool Result:** `TU-0346wYZQTIInQmCs4NbXLK` - -``` - -# description: Build and deploy Flue agents on Cloudflare Workers with Vite. - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg -`flue()` scans your `'use agent'` modules, generates the Worker entry (one Durable Object class per agent), and merges its contributions into your Wrangler config; the Cloudflare - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 3. Create app.ts — the route map -`app.ts` is the only required file. Its default export owns the request pipeline; each mounted agent route resolves the generated binding and forwards to that agent’s Durable Object, and everything else is just a Hono app running in the Worker isolate: - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -Cloudflare requires an explicit migration whenever a Worker adds a Durable Object class. Flue generates the classes and bindings for scanned agents, but your project owns the ordered migration history in `wrangler.jsonc`: -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations - -```jsonc -{ - "$schema": "./node_modules/wrangler/config-schema.json", - "name": "my-flue-worker", - "compatibility_date": "2026-06-01", - "compatibility_flags": ["nodejs_compat"], - "migrations": [ - { "tag": "flue-class-FlueTranslatorAgent", "new_sqlite_classes": ["FlueTranslatorAgent"] }, - ], -``` - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -Class names derive from agent identities (the exported function’s name, or its `agentName` static override), with camel boundaries split for the binding: the `Translator` agent produces the class `FlueTranslatorAgent` and the binding `FLUE_TRANSLATOR_AGENT`, and an `IssueTriage` agent would produce -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -`FlueIssueTriageAgent` and `FLUE_ISSUE_TRIAGE_AGENT`. Flue requires `nodejs_compat` and a `compatibility_date` of `2026-04-01` or newer, and validates both at build time. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -**Adding an agent is a triple**: the `'use agent'` file, the `app.route(...)` mount, and a uniquely tagged migration for its new class. Keep deployed migration entries in order and append, never rewrite. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -Generated Flue agent classes require Durable Object SQLite: introduce them through `new_sqlite_classes`, not legacy `new_classes`. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -Renaming an agent **function** is a storage-identity change — the class name follows the identity, which follows the function name unless an `agentName` static pins it. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -Express an identity change with wrangler-native `renamed_classes` (`{ "from": "FlueOldNameAgent", "to": "FlueNewNameAgent" }`) to keep the deployed Durable Objects. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 4. Configure Durable Object migrations -Renaming the file alone changes nothing, and re-mounting an agent at a different URL is not an identity change — neither needs a migration. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 5. Add your API key -Use the variable name your provider expects — `ANTHROPIC_API_KEY` for Anthropic, `OPENAI_API_KEY` for OpenAI, and so on. Do not commit local secret files. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 5. Add your API key -Alternatively, route model traffic through the [Workers AI binding](https://flueframework.com/docs/guide/models/) (`cloudflare/...` model specifiers) and skip API keys entirely. -For a deployed Worker, add secrets through Wrangler rather than treating a local-development file as production configuration: -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 5. Add your API key - -```bash -npx wrangler secret put ANTHROPIC_API_KEY -``` - -For CI or a managed deployment pipeline, `wrangler deploy --secrets-file ` is also available when your pipeline provides a protected secrets file. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 7. Build and deploy -Flue never rewrites your authored `wrangler.jsonc`. It reads it, layers its contributions (the generated `main`, one Durable Object binding per scanned agent) into a generated, gitignored Vite input config (`.flue-vite.wrangler.jsonc`), and hands that to the Cloudflare plugin. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > 7. Build and deploy -Migration history passes through from your file unchanged. Durable-object bindings whose names collide with Flue’s generated `FLUE_*_AGENT` names are a build error. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending generated Cloudflare Durable Objects -Flue normally owns each generated agent Durable Object class. When an agent needs native Cloudflare Agents SDK capabilities such as `onStart()`, `schedule()`, `scheduleEvery()`, or `queue()`, export a `cloudflare` extension descriptor from its module: - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending generated Cloudflare Durable Objects -This is an advanced Cloudflare-only extension point. Flue applies `base` first, then defines its own Durable Object subclass with the generated binding and class identity. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending generated Cloudflare Durable Objects -For the `Heartbeat` agent, authored Worker code can access the namespace as `env.FLUE_HEARTBEAT_AGENT`, and Wrangler binds that name to `FlueHeartbeatAgent`. Use `base` for native SDK lifecycle hooks and additional named methods. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending generated Cloudflare Durable Objects - -```ts -import * as Sentry from "@sentry/cloudflare"; - -export const cloudflare = extend({ - wrap: (Final) => - Sentry.instrumentDurableObjectWithSentry( - (env: Env) => ({ dsn: env.SENTRY_DSN }), - Final, - ), -}); -``` - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending generated Cloudflare Durable Objects -Both `base` and `wrap` are optional. This module-local export is distinct from the optional source-root `cloudflare.ts` deployment module below. Native SDK callbacks run as Durable Object activity: they do not receive a Flue harness or session automatically. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending the Worker -Add an optional `src/cloudflare.ts` module (path configurable via the `cloudflare` field in `flue.config.ts`) when your deployment needs native Cloudflare capabilities outside Flue’s generated classes. Named exports become top-level Worker exports, which lets the same Worker define application-owned Durable Objects: - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending the Worker - -```jsonc -{ - "durable_objects": { - "bindings": [ - { "name": "SALESFORCE_AUTH_CACHE", "class_name": "SalesforceAuthCache" }, - ], - }, - "migrations": [ - { "tag": "v2", "new_sqlite_classes": ["SalesforceAuthCache"] }, - ], -} -``` - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Hello World > Extending the Worker -Your agents receive the namespace through `env.SALESFORCE_AUTH_CACHE`. Keep bindings, containers, and ordered migration history in Wrangler configuration; `cloudflare.ts` provides the Worker code exports but does not infer deployment topology. -An optional default export adds non-HTTP Worker handlers: - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Connecting a remote sandbox > Setup - -1. Install `@cloudflare/sandbox`: `npm install @cloudflare/sandbox`. -2. Export the Sandbox class from `src/cloudflare.ts`. -3. Declare the Durable Object binding, migration, and container image in your `wrangler.jsonc` at the project root. -4. Commit a `Dockerfile` at the path your `containers[].image` points to. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Connecting a remote sandbox > Example - -```jsonc -{ - "$schema": "./node_modules/wrangler/config-schema.json", - "name": "my-agent", - "compatibility_date": "2026-06-01", - "compatibility_flags": ["nodejs_compat"], - "durable_objects": { - "bindings": [{ "class_name": "Sandbox", "name": "Sandbox" }], - }, - "migrations": [ -``` - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Connecting a remote sandbox > Multiple sandboxes - -```jsonc -{ - "durable_objects": { - "bindings": [ - { "class_name": "PyBoxSandbox", "name": "PyBox" }, - { "class_name": "NodeSandbox", "name": "NodeBox" }, - ], - }, - "migrations": [ - { "tag": "v1", "new_sqlite_classes": ["FlueAssistantAgent"] }, -``` - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Connecting a remote sandbox > Secure egress with outbound Workers -When your agent runs in a container, it may need to call external APIs — GitHub, npm registries, internal services. The traditional approach is to inject API tokens as environment variables, but that means the agent (and the LLM) has direct access to those secrets. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Connecting a remote sandbox > Secure egress with outbound Workers -Cloudflare Sandboxes solve this with [outbound Workers](https://blog.cloudflare.com/sandbox-auth/) — a programmable egress proxy that intercepts outgoing HTTP/HTTPS requests from the container. Secrets are injected at the proxy layer, so the container never sees them. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Conversation persistence -`db.ts` is a Node-only convention — on Cloudflare, Durable Object SQLite is the persistence layer. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Conversation persistence -Filesystem durability remains a separate decision. The default lightweight sandbox uses an in-memory filesystem and must not be treated as durable merely because conversation state is stored in a Durable Object. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Interruption and recovery semantics -A deployment or code update can reset a Durable Object while an operation is running. Flue handles interrupted Cloudflare operations conservatively: - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Interruption and recovery semantics -| Dispatched agent input | Durable delivery and internal deduplication are keyed by submissionId and persisted submission state. Direct and dispatched inputs to one agent instance share one accepted order. Reconciliation uses the same conservative replay rules. | -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Interruption and recovery semantics -Cloudflare direct prompts and dispatched inputs enter one SQLite-backed submission queue owned by the target agent Durable Object. The attached transport observes accepted backend work but does not own it: losing an HTTP response does not cancel the accepted submission. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Interruption and recovery semantics -For jobs that require durable step-level continuation, implement those steps with [Cloudflare Workflows](https://developers.cloudflare.com/workflows/). -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Interruption and recovery semantics > Persisted-format boundary -Flue stamps every Durable Object database with its persisted format version in a one-row `flue_meta` table the first time it opens it, and refuses to open a database stamped by an unknown or newer format version (for example, after rolling back a deploy). -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Interruption and recovery semantics > Persisted-format boundary -There is no in-place format migration: state stamped by a different format version must be cleared, or its class retired. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Interruption and recovery semantics > Persisted-format boundary -KV-backed Durable Object classes remain outside this boundary because Cloudflare cannot convert them to SQLite in place — generated Flue agent classes must be introduced with `new_sqlite_classes`. - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Building and deploying - -```bash -# Local development (reads local variables from .dev.vars or .env) -npx vite dev - -# Build the deployable Worker output -npx vite build - -# Configure a deployed secret interactively, then deploy the built output -npx wrangler secret put ANTHROPIC_API_KEY -npx wrangler deploy -``` - -... - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Observability -Enable Cloudflare’s observability products for the deployed Worker in `wrangler.jsonc`: - -```jsonc -{ - "observability": { - "enabled": true, - "traces": { "enabled": true }, - }, -} -``` - -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Observability -With logs enabled, tool and hook logs from agent work appear in the [Workers Observability](https://developers.cloudflare.com/workers/observability/) dashboard, attributed to the work that wrote them. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Observability -With traces enabled (open beta), each agent response produces one trace — the Durable Object invocation that ran the response end to end, with Workers AI calls and other subrequests as spans inside it. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Observability -With traces enabled, each trace also carries agent-level spans — `invoke_agent`, `chat` per model turn, `execute_tool` per tool call — with conversation content included; [createCloudflareTracing()](https://flueframework.com/docs/guide/cloudflare-target/) covers customizing content capture, and [tracing: -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Observability -false](https://flueframework.com/docs/reference/configuration/) opts out. See Cloudflare’s [Workers Logs](https://developers.cloudflare.com/workers/observability/logs/workers-logs/) and [Traces](https://developers.cloudflare.com/workers/observability/traces/) documentation for sampling, retention, and pricing. -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Observability -For the runtime-level view — token usage, tool payloads, settlements, and exporters like Sentry and OpenTelemetry — see [Observability](https://flueframework.com/docs/guide/observability/). -title: Deploy to Cloudflare | Flue -image: https://flueframework.com/docs/og4.jpg > Observability -For how agent execution maps onto platform invocations, see the [Cloudflare target guide](https://flueframework.com/docs/guide/cloudflare-target/). - -``` - -**Tool Result:** `TU-0346wYZR3WbutJzB37vQgg` - -``` - -# Configure ChatKit over Tilde Global MCP - -## Build the endpoint first - -Start from the [Hello World agent](https://github.com/trytilde/examples/tree/main/hello-world-agent). For a provider-rich implementation, use the [code review bot](https://github.com/trytilde/examples/tree/main/code-review-bot). - -... - -Use Vercel AI SDK and Harness SDK `chatKitEndpoint`. Preserve webhook signature verification, `context.session.history()`, `convertToAiSdkMessages`, streaming, and server-side secrets. - -## Register an agent - -Call `tilde_register_chatkit_agent` with: - -- `team_id` -- `display_name` -- `endpoint_url`: an HTTPS URL in production, or an endpoint path such as `api/agent` for local development -- `local_running_endpoint: true` for a Dev Tunnel endpoint -- optional `concurrency_policy`: `queue`, `interrupt`, or `queue_and_batch` (defaults to `queue`) -- optional `memory_bank_ids` to ingest this agent's conversations continuously - The create response returns the plaintext Tilde API key and webhook signing key once, plus `message_tool_provider_id`. Give both secrets to the human for secure storage in the agent's server environment. Never print them into source, state, logs, or chat history. - -... - -## Enable agent-to-agent messaging - -1. Take `message_tool_provider_id` from the child agent's registration response, or find its `chatkit_agent_message` provider with `tilde_search_enabled_capabilities`. -2. - -... - -Pass `session_id` only to continue an existing child conversation. 4. Immediately call the exposed `wait_for_response` tool with the returned `ticket_id`. 5. Keep the MCP request open. Consume `message_streaming` and `agent_turn_status` progress notifications. -Clients that omit an MCP progress token receive the same structured payload through `tilde.agent_response` logging notifications. 6. Use the final `response` as the canonical persisted ChatKit message. -Terminal `status` is `completed`, `failed`, or `cancelled`; queue notifications report `pending` or `running`, the applied concurrency policy, trigger count, and whether the turn was batched. -Bound tenant, target-agent, and ingress-channel fields are supplied by Tilde and cannot be overridden by the caller. Do not configure the removed pairwise internal-agent ChatKit channel. - -... - -## Configure a ChatKit provider - -Use the Vercel AI Endpoint provider when the user wants to test the agent in [Mission Control](https://api.trytilde.ai/mission-control). - -## Trigger work with Signals - -Signals turn provider events into ChatKit messages. - -1. Call `tilde_list_signal_providers` and inspect the selected provider's signal schemas and authentication requirements. -2. Call `tilde_create_signal_provider` with the provider-specific `body`. -3. Call `tilde_create_signal_rule` with a `body` that selects the event type, target agent, action, and stable session-key mapping. -4. Use one stable session key when related events should continue the same body of work, such as all updates to one Sentry issue or GitHub pull request. -5. Call `tilde_trigger_fake_signal` to test routing where the provider supports it. -6. Inspect execution with `tilde_list_signal_deliveries`. Use `tilde_retry_signal_delivery` only for a failed delivery that is safe to repeat. - Use `tilde_list_signal_provider_instances` and `tilde_list_signal_rules` before updating or deleting resources. Their mutation functions are `tilde_update_signal_provider`, `tilde_delete_signal_provider`, `tilde_update_signal_rule`, and `tilde_delete_signal_rule`. - In application code, handle typed GitHub, Slack, Sentry, and Firecrawl metadata as shown in the [human ChatKit guide](https://trytilde.ai/docs/chatkit). `onUnprocessed` runs once per unprocessed message; later conversions reuse its cached result. - -``` - -**Tool Result:** `TU-0346wYZRXluUcvOZb9lFSY` - -``` - -# Configure local agents with Tilde Dev Tunnels - -## Global MCP step - -Call `tilde_register_chatkit_agent` with: - -- the target `team_id` -- `display_name` -- `endpoint_url` set to the local route path, for example `api/hello-world` -- `local_running_endpoint: true` - Give the returned API key and webhook signing key to the human for secure server-side storage. - -## Local CLI steps - -Ask the user or local coding agent to run: - -```bash theme={"system"} -pnpm add -D @trytilde/cli -pnpm exec tilde auth login -pnpm exec tilde tunnel -- pnpm dev -``` - -Replace `pnpm dev` with the application's normal development command. If the selected workspace is wrong, run `pnpm exec tilde auth set-team`. -The CLI starts a managed Cloudflare tunnel and passes the chosen local port to the process as `PORT` and `TUNNEL_PORT`. Keep the process running while Tilde delivers ChatKit messages, webhooks, and tool invocations. -Signed Harness SDK wrappers such as `chatKitEndpoint` reject ChatKit requests without a valid Tilde signature. That protects the wrapped agent endpoint; it does not secure unrelated routes. -**Warning:** the tunnel exposes every page and API route served by the development process to the public internet. Disable unneeded routes or protect them with authentication. -Test the registered agent in [Mission Control](https://api.trytilde.ai/mission-control). Select the same workspace before starting a session. See the [human Dev Tunnels guide](https://trytilde.ai/docs/dev-tunnels). - -``` - -**Tool Result:** `TU-0346wYZS207ke06T65YaKP` - -``` - -# Export and import Tilde state over Global MCP - -Tilde resource state is portable even though Tilde does not require Terraform. Keep `tilde.state.yaml` beside a custom agent so another workspace can reproduce its agents, ChatKit providers, tools, MCP servers, skills, wikis, memory bindings, reverse proxies, and relationships. - -... - -Curated hosted MCP connections export their stable catalog provider identity and declarative endpoint/authentication configuration. Dynamic OAuth client IDs, token endpoints discovered for that registration, access tokens, and refresh tokens are environment-specific and are not exported. -On import, Tilde repeats discovery and dynamic client registration, then returns a one-time authorization URL. Manual OAuth configuration remains portable, while its user credential is reconnected through the normal pending-credential flow. - -... - -## Export - -1. Call `tilde_export_state` with `format: "yaml"`. -2. Write the returned `state` string unchanged to `tilde.state.yaml`. -3. Review and commit the file with the agent source. - For custom deployed agents, compare the state file and implementation with the [Hello World agent](https://github.com/trytilde/examples/tree/main/hello-world-agent), the [code review bot](https://github.com/trytilde/examples/tree/main/code-review-bot), and the rest of the [examples repository](https://github.com/trytilde/examples). - -## Import - -1. Read the complete state file as text. -2. Call `tilde_validate_state` with `state`, `format: "yaml"`, and any declared string `variables`. Stop if `valid` is false. -3. Call `tilde_plan_state_import` with the identical state, format, and variables. -4. Show the plan to the user. - Do not apply conflicts, destructive changes, or unexpected replacements without approval. -5. Call `tilde_import_state` only after the plan is approved. -6. Poll `tilde_get_state_import` with the returned `import_id` until the status is `applied`, `failed`, or `rolled_back`. -7. Capture generated outputs the first time an applied result returns them. Applied outputs are one-time secrets and are cleared from later summary reads. -8. Save any one-time OAuth authorization URL returned in the import outputs and send it to the user immediately. -9. - -... - -Never call import as a substitute for plan. Use the same exact state and variables for validation, planning, and application. -See the [human portable state guide](https://trytilde.ai/docs/terraform) for dashboard, CLI, multi-environment, and Deploy with Tilde workflows. - -``` - -**Tool Result:** `TU-0346wYZSQ9aYfuj7fuQbqG` - -``` - -# Connect your coding agent - -> Connect a supported coding agent or MCP client to Tilde. -> Connect the client where your agent runs to the global Tilde MCP server. - -... - -## Choose your coding agent - -### OpenClaw - - - - - -... - -### Codex + ChatGPT - - - - - - -### MCP - - - - - - - - - - - - -The global endpoint infers your organization from your Tilde login. Tools that act on a team require a `team_id`. - -``` - -## Assistant - -**Tool Use:** `librarian` - -```json -{ - "query": "In the current withastro/flue repository, explain the development and deployment architecture that matters to an existing TypeScript application adopting Flue: package/runtime boundaries, Vite build transformations, Node and Cloudflare target outputs, persistence and concurrency requirements, testing/eval/observability support, release maturity signals, license, and operational lock-in. Cite authoritative repository files and distinguish implemented behavior from docs/roadmap claims. Focus on current main and current package metadata." -} -``` - -**Tool Use:** `librarian` - -```json -{ - "query": "Across trytilde/harness-sdk and trytilde/examples, explain Tilde's current custom-agent development and deployment architecture: what the open-source Harness SDK implements versus what the hosted Tilde control plane provides, Vercel AI SDK integration, endpoint/signature/history contracts, local tunnel workflow, deployment/platform assumptions, state portability, test/eval/observability support, package/release maturity, license, and operational lock-in. Cite exact authoritative repository files and concrete examples; distinguish implemented SDK behavior from hosted-service documentation claims." -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs/chatkit", - "objective": "Extract the complete human-facing Tilde custom-agent development story, especially code structure with Vercel AI SDK and Harness SDK, endpoint lifecycle/history, local run/test loop, security, concurrency, signals, and production deployment.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://trytilde.ai/docs/terraform", - "objective": "Extract Tilde's practical environment/deployment promotion story, portable state workflow, source control integration, secret outputs, review/apply process, and limitations.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://github.com/trytilde/harness-sdk", - "objective": "Establish the Harness SDK's stated scope, installation, runtime requirements, public API, supported hosts, license, release/version status, and relationship to hosted Tilde.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://github.com/trytilde/examples/tree/main/hello-world-agent", - "objective": "Extract the actual minimal Tilde agent repository structure, development commands, endpoint code, required secrets, tests, and deployment setup.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://github.com/trytilde/examples/tree/main/code-review-bot", - "objective": "Extract the production-shaped Tilde agent architecture, development workflow, integrations, testing, portable state, reverse proxy, deployment setup, and operational requirements.", - "forceRefetch": true -} -``` - -## User - -**Tool Result:** `TU-0346wZD6foCHaJ0kjMsPrs` - -```` -## Adoption architecture - -### Package and runtime boundaries - -Flue is an ESM package family rather than one monolithic SDK: - -- `@flue/runtime`: agent hooks, sessions, routing, durability, tools, and target-specific subpaths. -- `@flue/vite`: compile/build integration. -- `@flue/cli`: local execution, scaffolding, blueprints, and offline docs—not the build system. -- `@flue/sdk` / `@flue/react`: clients for deployed conversations. -- Optional persistence, channel, and OpenTelemetry packages. - -These boundaries are reflected in the [repository package table](https://github.com/withastro/flue/blob/main/README.md#L65-L75) and actual [`@flue/runtime` exports](https://github.com/withastro/flue/blob/main/packages/runtime/package.json#L12-L68), including distinct `./node`, `./cloudflare`, `./routing`, `./adapter`, and internal build-only entrypoints. - -Practical constraints: - -- ESM only. -- Runtime/Vite/CLI packages are currently **2.0.3**. -- Node consumers require **Node ≥22.19**; `@flue/vite` peers on **Vite 8** ([runtime metadata](https://github.com/withastro/flue/blob/main/packages/runtime/package.json#L70-L103), [Vite metadata](https://github.com/withastro/flue/blob/main/packages/vite/package.json#L22-L55)). -- The runtime directly adopts Hono, Pi’s model/provider protocol, Valibot, and MCP client machinery ([dependencies](https://github.com/withastro/flue/blob/main/packages/runtime/package.json#L86-L95)). - -An existing application therefore keeps ordinary TypeScript modules and an explicit `app.ts` router, but Flue must own the agent compilation/runtime path. - -## Vite transformations - -This is implemented build behavior, not merely a documented convention: - -1. Vite scans modules carrying a real directive-prologue `'use agent'`. -2. Capitalized exported functions become agent definitions. -3. The transform appends runtime identity bindings without rewriting the authored function. Durable identity is injected as a build-time string, so minification does not change storage identity ([transform implementation](https://github.com/withastro/flue/blob/main/packages/vite/src/use-agent-transform.ts#L1-L15), [injected imports and bindings](https://github.com/withastro/flue/blob/main/packages/vite/src/use-agent-transform.ts#L39-L77)). -4. Generated virtual modules join the scanned agents, providers, runtime configuration, `app.ts`, and target bootstrap. - -Flue 2.0 explicitly removed `flue dev/build` and file-based route creation: Vite owns dev/build, while `app.ts` owns every HTTP mount. This is recorded as a shipped breaking change, not roadmap material ([changelog](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L28-L35)). - -Build-resolved facilities such as `SKILL.md` imports require this Vite graph; they will not necessarily load under plain Vitest or `ts-node`-style execution ([eval limitation](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/evals.md#L77-L85)). - -## Target outputs - -### Node - -`vite build` emits: - -- `dist/server.mjs`: self-starting HTTP server, defaulting to `PORT=3000`, with graceful signal handling. -- `dist/app.mjs`: non-listening application artifact used by preview or embeddable hosts. - -The production entry is concrete source code ([Node entry](https://github.com/withastro/flue/blob/main/packages/vite/src/bootstrap/node-entry.ts#L1-L30)); artifact-based `vite preview` is listed as shipped in 2.0.0 ([changelog](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L74-L75)). - -### Cloudflare - -Configuration is: - -```ts -plugins: [flue(), cloudflare({ config: flueWorkerConfig() })] -```` - -Flue must come first. The official Cloudflare Vite plugin owns workerd, Wrangler configuration resolution, build output, preview, and deployment. Flue contributes: - -- `virtual:flue/worker`; -- one Durable Object binding/class per scanned agent; -- `nodejs_compat`; -- a minimum compatibility-date validation. - -The user continues to own migrations, R2/container bindings, and other Wrangler configuration ([customizer contract](https://github.com/withastro/flue/blob/main/packages/vite/src/cloudflare-worker-config.ts#L1-L40), [applied fields](https://github.com/withastro/flue/blob/main/packages/vite/src/cloudflare-worker-config.ts#L163-L191)). Flue currently requires a compatibility date of at least `2026-04-01` ([validation](https://github.com/withastro/flue/blob/main/packages/vite/src/cloudflare-worker-config.ts#L194-L218)). - -The generated Worker imports the application and all scanned agents, registers them, exports one Agents-SDK-derived Durable Object class per agent, and optionally registers Workers AI and native tracing ([generator](https://github.com/withastro/flue/blob/main/packages/vite/src/cloudflare-entry.ts#L1-L18), [class generation](https://github.com/withastro/flue/blob/main/packages/vite/src/cloudflare-entry.ts#L53-L96), [generated imports/registration](https://github.com/withastro/flue/blob/main/packages/vite/src/cloudflare-entry.ts#L104-L175)). - -## Persistence and concurrency - -### Node - -The production default is process-local, in-memory SQLite. It provides ordered operation inside one process but loses state on restart. Durable restart recovery requires a Node-only `db.ts` adapter such as SQLite, Postgres, MySQL, MongoDB, libSQL, or Redis. - -A shared database does **not** make active-active replicas safe. Flue requires one live owner per conversation; deployments must use sticky/partitioned routing and avoid overlapping replacement owners ([documented operational contract](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/durability.md#L119-L133)). - -### Cloudflare - -Each agent conversation maps to a Durable Object with SQLite. Required Wrangler migrations must use `new_sqlite_classes`; legacy KV-backed classes cannot be converted in place. This is enforced at runtime, not just documented ([SQLite check](https://github.com/withastro/flue/blob/main/packages/runtime/src/cloudflare/agent-execution-store.ts#L53-L73)). - -Cloudflare supplies structural single ownership. Flue persists conversation, attachment, queue, attempt, abort, and settlement state in DO SQLite and maintains wake-driven supervision ([recovery behavior](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/durability.md#L135-L142)). - -Across targets, processing is exactly-once-recorded but at-least-once-executed; external effects must be idempotent. Runtime source explicitly warns that Cloudflare processing may retry ([dispatch contract](https://github.com/withastro/flue/blob/main/packages/runtime/src/runtime/flue-app.ts#L51-L69)). “Durable tools” checkpoint `step.do` results but still cannot guarantee an external effect occurred only once ([durability semantics](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/durability.md#L65-L94)). - -Sandbox files are independent of conversation persistence; an ephemeral sandbox is rebuilt during recovery unless the application provisions a durable workspace ([boundary](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/durability.md#L144-L150)). - -## Tests, evals, and observability - -Implemented support includes: - -- Vitest unit suites throughout published packages and Cloudflare integration tests in `@flue/vite` ([package scripts](https://github.com/withastro/flue/blob/main/packages/vite/package.json#L30-L35)). -- Public runtime store-contract test utilities for third-party persistence adapters ([runtime exports](https://github.com/withastro/flue/blob/main/packages/runtime/package.json#L53-L64)). -- In-process testing/evals through `start()` + `init()`. -- End-to-end HTTP evals through `@flue/sdk`. -- A `vitest-evals` blueprint/example. - -Flue explicitly says it has **no dedicated eval framework**; Vitest and `vitest-evals` are integration patterns, not a built-in managed evaluator ([eval guide](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/evals.md#L7-L18), [supported boundaries](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/evals.md#L47-L85), [HTTP evaluation](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/evals.md#L86-L126)). - -Observability has two distinct implemented surfaces: - -- Durable, client-facing conversation streams. -- Live, process/isolate-local runtime events via `observe()`. - -Runtime events include model turns, tools, logs, usage/cost, compaction, recovery, and settlement identifiers. They are synchronous, live-only, not replayed, and not aggregated across processes or Durable Objects ([event semantics](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/observability.md#L9-L43), [event inventory](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/observability.md#L45-L68)). - -Export options are OpenTelemetry, Sentry and Braintrust integrations—not a Flue-hosted dashboard ([integrations](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/observability.md#L158-L175)). Cloudflare builds additionally install native tracing by default, becoming effective when Workers Traces is enabled ([generated tracing block](https://github.com/withastro/flue/blob/main/packages/vite/src/cloudflare-entry.ts#L150-L160)). - -## Maturity signals - -Current metadata and changelog indicate a newly stabilized but rapidly changing project: - -- Current packages are **2.0.3**, released 2026-08-04 ([changelog](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L1-L9)). -- 2.0.0 landed only days earlier and replaced major beta architecture: build commands, routing, workflows, agent definitions, tools, persistence format, SDK addressing, and client semantics ([breaking-change section](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L28-L45)). -- 2.0.1–2.0.3 immediately fixed durability hangs, Cloudflare dependency resolution, tracing, and provider behavior ([2.0.1 fixes](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L19-L26), [2.0.3 fix](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L3-L7)). -- Persisted beta stores are rejected and have no migration path ([format change](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L61-L61)). - -Thus “2.0” is released implementation, but compatibility history shows substantial recent churn. Documentation claims around future UI/dev experiences should not be treated as shipped; for example, the changelog calls the browser demo merely the basis for a **future** `flue dev` experience ([changelog](https://github.com/withastro/flue/blob/main/CHANGELOG.md#L44-L44)). - -## License and operational lock-in - -The repository and package metadata use **Apache-2.0** ([root metadata](https://github.com/withastro/flue/blob/main/package.json#L1-L9), [license text](https://github.com/withastro/flue/blob/main/LICENSE#L1-L12)). - -Lock-in differs by target: - -- **Framework/build lock-in:** agent directives, generated identities, virtual Vite modules, persisted record formats, and `app.ts` registration tie the application to Flue’s compiler/runtime. -- **Node:** comparatively portable hosting and interchangeable persistence adapters, but the one-owner-per-conversation rule complicates horizontal scaling. -- **Cloudflare:** strong operational coupling to Workers, Agents SDK, Durable Objects, DO SQLite, Wrangler migrations, compatibility dates, alarms/wakes, Workers AI, and optionally native tracing. Moving these conversations elsewhere requires application-level export/migration; Cloudflare persistence adapters are not substitutable with `db.ts`. -- **Provider/sandbox lock-in:** reduced but not eliminated. Pi provider objects and thin sandbox adapters allow alternate vendors, while Cloudflare-native AI/sandbox/workspace choices deepen platform dependence. -- **Workflow lock-in:** Flue deliberately removed its own workflow engine and expects external systems such as Temporal, Inngest, or Cloudflare Workflows, reducing framework lock-in but transferring durability concerns to that chosen platform ([documented boundary](https://github.com/withastro/flue/blob/main/apps/docs/src/content/docs/guide/durability.md#L152-L162)). - -``` - -**Tool Result:** `TU-0346wZD8QZxwqYoDlTH2N7` - -``` - -## Architecture boundary - -Tilde’s model is **bring-your-own agent runtime, hosted control plane**: - -- Your application owns the model call, prompts, AI loop, and HTTP route. The examples implement these as Next.js handlers using Vercel AI SDK `streamText`—for example, the minimal agent loads hosted history, converts messages, calls OpenAI, and streams a UI response ([route.ts, L21-L57](https://github.com/trytilde/examples/blob/main/hello-world-agent/app/api/hello-world/route.ts#L21-L57)). -- The hosted Tilde service owns or brokers agent registration, channels, sessions/history, Signals ingress/routing, MCP configuration, credentials, reverse proxies, and invocation of the configured endpoint. That division is documented by the code-review flow ([README.md, L25-L51](https://github.com/trytilde/examples/blob/main/code-review-bot/README.md#L25-L51)) and represented declaratively in state files ([sentry state, L138-L173](https://github.com/trytilde/examples/blob/main/sentry-remediation-bot/tilde.state.yaml#L138-L173)). - -The hosted capabilities above are **documentation/state-schema claims**, not implementations present in these repositories. The SDK is a client and endpoint-adapter layer over Tilde APIs; it does not contain the control-plane server. - -## What the Harness SDK actually implements - -The published SDK surface comprises a core API client, React bindings, Vercel-AI server/client adapters, and CLI ([README.md, L5-L17](https://github.com/trytilde/harness-sdk/blob/main/README.md#L5-L17)). Concrete implemented behavior includes: - -- Authenticated HTTP clients for ChatKit, message/event history, MCP, and skills ([client.ts, L7-L25](https://github.com/trytilde/harness-sdk/blob/main/packages/core/src/client.ts#L7-L25)). -- Config normalization, Tilde API defaults, organization subdomains, bearer/API-key authentication, and injectable `fetch` ([config.ts, L20-L75](https://github.com/trytilde/harness-sdk/blob/main/packages/core/src/config.ts#L20-L75)). -- Paginated session messages and event history against hosted `/api/v1/team/...` APIs ([messages.ts, L6-L69](https://github.com/trytilde/harness-sdk/blob/main/packages/core/src/chatkit/messages.ts#L6-L69)). -- Signed ChatKit endpoint handling, request validation, typed provider context, timeout/abort propagation, history access, and structured console logging ([handler.ts, L96-L159](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L96-L159), [L161-L211](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L161-L211), [L315-L370](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L315-L370)). -- MCP URL/client helpers, process-local tools, and signed remote-tool discovery/invocation handlers ([README.md, L50-L105](https://github.com/trytilde/harness-sdk/blob/main/README.md#L50-L105), [L167-L193](https://github.com/trytilde/harness-sdk/blob/main/README.md#L167-L193)). - -It does **not** implement model hosting, a scheduler, durable storage, Signals infrastructure, credential vaulting, hosted MCP providers, sandbox execution, or deployment infrastructure. - -## Vercel AI SDK integration - -The integration is an adapter rather than a proprietary agent framework: - -1. `chatKitEndpoint` verifies and validates Tilde’s request. -2. `context.session.history()` retrieves hosted history. -3. `convertToAiSdkMessages` maps Tilde messages/signals to AI SDK `UIMessage`s. -4. Application code calls normal AI SDK APIs such as `convertToModelMessages`, `streamText`, `stepCountIs`, and `toUIMessageStreamResponse`. -5. `createMCPClient` exposes Tilde’s remote MCP tools as AI SDK tools. - -The production code-review loop demonstrates all of these pieces ([route.ts, L24-L45](https://github.com/trytilde/examples/blob/main/code-review-bot/app/api/code-review/route.ts#L24-L45), [L61-L106](https://github.com/trytilde/examples/blob/main/code-review-bot/app/api/code-review/route.ts#L61-L106)). Typed conversion supports text, reasoning, files, dynamic tools, approvals, sources, and arbitrary data parts ([chatkit-request.ts, L3-L93](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/chatkit-request.ts#L3-L93)); it also has provider-specific handlers for Sentry, GitHub, and Firecrawl signals ([chatkit-message.ts, L343-L386](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/chatkit-message.ts#L343-L386), [L671-L697](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/chatkit-message.ts#L671-L697)). - -## Endpoint, signature, and history contracts - -### Signature - -Inbound requests require: - -- `x-tilde-webhook-id` -- `x-tilde-timestamp` -- `x-tilde-signature` - -The signature is: - -```text -hmac-sha256=hex(HMAC-SHA256(key, timestamp + "." + rawBody)) -``` - -The SDK defaults to a five-minute timestamp tolerance and uses constant-time comparison ([webhook.ts, L4-L19](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/webhook.ts#L4-L19), [L49-L88](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/webhook.ts#L49-L88), [L110-L132](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/webhook.ts#L110-L132)). Tests cover valid, missing, stale, and invalid signatures ([webhook.test.ts, L62-L97](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/test/webhook.test.ts#L62-L97)). - -### Invocation context - -The endpoint additionally requires organization, team, and session headers; user/external-user headers are optional ([handler.ts, L33-L38](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L33-L38), [L161-L205](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L161-L205)). The body is `{ chatId?, messages }`, with strict validation of message roles and parts ([chatkit-request.ts, L83-L125](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/chatkit-request.ts#L83-L125)). - -### History - -History is not sent as the entire request transcript. The handler exposes a session client backed by Tilde’s hosted history API. With no paging options it loads all 100-item pages, sorts by creation time, and removes messages duplicated in the current request ([handler.ts, L215-L265](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L215-L265), [L440-L464](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L440-L464)). Converted AI-SDK representations may also be cached back into ChatKit ([chatkit-message.ts, L567-L586](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/chatkit-message.ts#L567-L586), [L700-L731](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/chatkit-message.ts#L700-L731)). - -## Local tunnel workflow - -The current first-party workflow is: - -```bash -tilde tunnel -- next dev --webpack -p '$TUNNEL_PORT' -``` - -The CLI authenticates with Tilde, obtains a hosted Cloudflare connector token, starts `cloudflared`, selects a local port, proxies the managed ingress port to it, and injects tunnel/port environment variables ([tunnel.ts, L49-L89](https://github.com/trytilde/harness-sdk/blob/main/packages/cli/src/tunnel.ts#L49-L89), [L92-L154](https://github.com/trytilde/harness-sdk/blob/main/packages/cli/src/tunnel.ts#L92-L154)). The SDK’s own Next.js example documents this exact command ([README.md, L47-L61](https://github.com/trytilde/harness-sdk/blob/main/examples/nextjs-agent/README.md#L47-L61)). - -The public examples’ prose sometimes says only “public HTTPS tunnel” or “Tilde development tunnel” ([hello-world README, L82-L84](https://github.com/trytilde/examples/blob/main/hello-world-agent/README.md#L82-L84), [code-review README, L124-L135](https://github.com/trytilde/examples/blob/main/code-review-bot/README.md#L124-L135)). Therefore ordinary tunnels can satisfy reachability, but the managed tunnel command depends on Tilde authentication and Tilde-issued Cloudflare configuration. - -## Deployment and platform assumptions - -The wire-level handler uses standard Fetch `Request`/`Response`, so it is not intrinsically Vercel-only. Nevertheless, the supported examples assume: - -- Next.js route handlers; -- Node 22 for examples; -- Vercel deployment and environment variables; -- AI SDK-compatible streaming; -- provider-specific function-duration limits. - -The minimal guide requires a Vercel account and deploys with `vercel deploy --prod` ([README.md, L10-L16](https://github.com/trytilde/examples/blob/main/hello-world-agent/README.md#L10-L16), [L68-L76](https://github.com/trytilde/examples/blob/main/hello-world-agent/README.md#L68-L76)). The larger examples export `maxDuration = 300` and warn that the Vercel plan must support it ([code-review README, L151-L165](https://github.com/trytilde/examples/blob/main/code-review-bot/README.md#L151-L165)). State explicitly identifies the provider as `chatkit.http-vercel-ai-sdk` ([hello-world state, L9-L17](https://github.com/trytilde/examples/blob/main/hello-world-agent/tilde.state.yaml#L9-L17)). - -Thus portability to another Node/Fetch host looks technically plausible, but these repositories provide no authoritative deployment recipe or support commitment for another platform. - -## State portability - -Tilde resources can be represented as YAML and imported/exported with the CLI ([SDK README, L20-L29](https://github.com/trytilde/harness-sdk/blob/main/README.md#L20-L29)). State can describe agents, channels, providers, Signal rules, MCP servers, credential setup placeholders, and reverse-proxy profiles. References use logical state addresses, allowing IDs to be remapped on import; runtime endpoint IDs and secrets are omitted ([sentry README, L36-L43](https://github.com/trytilde/examples/blob/main/sentry-remediation-bot/README.md#L36-L43)). - -Portability is intentionally incomplete: - -- Endpoint URLs remain deployment-specific variables ([hello-world state, L4-L17](https://github.com/trytilde/examples/blob/main/hello-world-agent/tilde.state.yaml#L4-L17)). -- Generated API keys/signing keys are one-time outputs. -- GitHub App IDs, installation IDs, private keys, webhook secrets, and generated proxy profile IDs cannot be committed in state ([code-review README, L81-L101](https://github.com/trytilde/examples/blob/main/code-review-bot/README.md#L81-L101)). -- Imported resources still target Tilde-specific provider IDs and APIs. - -State therefore supports moving/reconstructing configuration **between Tilde environments**, not moving the whole control plane to another vendor. - -## Testing, evals, and observability - -### Implemented - -The SDK has unit tests, package-wide Vitest scripts, and an MCP E2E suite ([package.json, L10-L22](https://github.com/trytilde/harness-sdk/blob/main/package.json#L10-L22)). Endpoint tests cover signing, validation, timeout/abort behavior, context, history, and typed metadata; the signature cases are concrete examples above. - -Runtime observability consists primarily of: - -- structured endpoint logs with request/session IDs, verification, history-page timings, status, and elapsed time ([handler.ts, L96-L118](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L96-L118), [L379-L404](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/src/handler.ts#L379-L404)); -- application-level AI SDK callbacks such as `onStepFinish`, `onFinish`, `onAbort`, and `onError` ([code-review route, L81-L100](https://github.com/trytilde/examples/blob/main/code-review-bot/app/api/code-review/route.ts#L81-L100)); -- hosted message and event-history read APIs. - -### Not demonstrated - -There is no eval framework, benchmark suite, prompt regression system, tracing exporter, OpenTelemetry integration, dashboard implementation, or documented hosted eval product in these repositories. The examples repository has only a small Sentry session-key regression test script ([package.json, L13-L15](https://github.com/trytilde/examples/blob/main/sentry-remediation-bot/package.json#L13-L15)); the code-review example has no test script ([package.json, L24-L30](https://github.com/trytilde/examples/blob/main/code-review-bot/package.json#L24-L30)). Its production checklist says what operators should monitor, but that is guidance—not supplied observability infrastructure ([README.md, L184-L199](https://github.com/trytilde/examples/blob/main/code-review-bot/README.md#L184-L199)). - -## Maturity and license - -The packages are early-stage: - -- core SDK `0.1.2`; -- Vercel AI Node package `0.2.0`; -- CLI `0.1.0` - ([core package.json, L1-L5](https://github.com/trytilde/harness-sdk/blob/main/packages/core/package.json#L1-L5), [Vercel package.json, L1-L5](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/package.json#L1-L5), [CLI package.json, L1-L5](https://github.com/trytilde/harness-sdk/blob/main/packages/cli/package.json#L1-L5)). - -Publishing does have validation, smoke tests, ordered releases, retry-safe CI, and OIDC plans ([README.md, L235-L263](https://github.com/trytilde/harness-sdk/blob/main/README.md#L235-L263)). Still, the low versions, narrow example set, generated API surface, and explicit warning about Modal’s unstable pre-1.0 API indicate evolving contracts. - -Crucially, “open-source” should not be equated with permissively licensed: - -- `trytilde/examples` is explicitly MIT ([LICENSE, L1-L20](https://github.com/trytilde/examples/blob/main/LICENSE#L1-L20)). -- `trytilde/harness-sdk` has no repository LICENSE file, and published package manifests say `UNLICENSED` ([core package.json, L3-L9](https://github.com/trytilde/harness-sdk/blob/main/packages/core/package.json#L3-L9), [Vercel package.json, L3-L9](https://github.com/trytilde/harness-sdk/blob/main/packages/vercel-ai-node/package.json#L3-L9)). Its source is publicly visible, but the repositories do not grant an open-source license. - -## Operational lock-in - -**Low lock-in:** prompts, model choice, AI SDK loop, application code, and deployed endpoint remain yours. OpenAI is merely the examples’ provider, and the SDK example also supports a caller-selected OpenAI-compatible endpoint ([SDK example README, L3-L8](https://github.com/trytilde/harness-sdk/blob/main/examples/nextjs-agent/README.md#L3-L8)). - -**Material Tilde lock-in:** sessions/history, channels, Signals ingestion and routing, provider normalization, hosted MCP catalogs, credential brokerage, reverse proxies, managed tunnel identities, and state resource types all call Tilde-specific APIs. The code-review agent depends operationally on Tilde to inject GitHub/Modal credentials and proxy network access ([README.md, L37-L51](https://github.com/trytilde/examples/blob/main/code-review-bot/README.md#L37-L51)); Sentry deliberately sends to Tilde’s durable ingress rather than the application ([sentry README, L36-L38](https://github.com/trytilde/examples/blob/main/sentry-remediation-bot/README.md#L36-L38)). - -Replacing Tilde would not require rewriting the model loop, but would require rebuilding those control-plane services and translating the signature, session/history, Signals, MCP, credential, and proxy contracts. The strongest lock-in is therefore **operational control-plane state and brokered integrations**, not the agent’s inference code. - -``` - -**Tool Result:** `TU-0346wZD96umkW8WaxAlAUD` - -``` - -# ChatKit - -> Connect conversations and external events to your agent. -> ChatKit connects an agent endpoint to the places where work begins. It stores sessions and messages, delivers each turn as a signed HTTPS request, and streams the agent's response back to the channel. There are three ways to trigger an agent run through ChatKit: - -1. **Chat providers**: These are first-class integrations with third-party chat providers. -2. **Vercel AI SDK chat provider**: This managed provider exposes your agent through a Vercel AI SDK-compatible endpoint for custom clients. -3. **Signals**: These are events from third-party providers that Tilde delivers to your agent. - -... - -## Set up ChatKit - - - -Wrap your route with `chatKitEndpoint`. It verifies Tilde's signature and gives the handler the current session, new messages, provider metadata, and ChatKit client. -``` -```bash theme={"system"} -pnpm add @ai-sdk/openai ai @trytilde/harness-sdk @trytilde/harness-sdk-vercel-ai-node -``` - -```typescript app/api/agent/route.ts theme={"system"} -import { openai } from "@ai-sdk/openai"; -import { - chatKitEndpoint, - convertToAiSdkMessages, - createClient, -} from "@trytilde/harness-sdk-vercel-ai-node"; -import { consumeStream, convertToModelMessages, streamText } from "ai"; - -export const POST = chatKitEndpoint({ - client: createClient({ - apiKey: process.env.TILDE_API_KEY!, - orgId: process.env.TILDE_ORG_ID!, - teamId: process.env.TILDE_TEAM_ID!, - }), - webhookSigningKey: process.env.TILDE_WEBHOOK_SIGNING_KEY!, - async handler(request, context) { - const history = await context.session.history(); - const messages = await convertToAiSdkMessages({ - messages: [...history.items, ...context.messages], - chatkit: context.chatkit, - }); - const result = streamText({ - abortSignal: request.signal, - messages: await convertToModelMessages(messages), - model: openai("gpt-5.5"), - }); - - return result.toUIMessageStreamResponse({ - consumeSseStream: consumeStream, - originalMessages: messages, - }); - }, -}); -``` - -``` - -... - - - -Open Tilde, select your workspace, and go to **ChatKit** → **Agents**. Register the endpoint and copy the one-time API key and webhook signing key into your app's environment. -``` - -For local development, enable **Local running endpoint** and run the app through a Dev Tunnel. For production, enter the deployed HTTPS endpoint. - -Registration also creates a credentialless **Message agent** tool provider bound to this agent. Add its `message` and `wait_for_response` tools to any Tilde MCP server when another agent should invoke it. - -``` - - -Go to **ChatKit** → **Configure Chat Providers** and choose where people will talk to the agent. Link the provider to your registered agent, then open [Mission Control](https://api.trytilde.ai/mission-control) to start a test session. - - - -### Test your agent in Mission Control -Use [Mission Control](https://api.trytilde.ai/mission-control) to invoke your agent directly and test conversations. Select the correct workspace and agent, then start a session and send a message. - -Mission Control requires the **Vercel AI Endpoint** ChatKit provider to be enabled for your agent. - - -### Provider-specific message metadata -Supported chat providers add validated metadata to the endpoint context. Use the provider-specific property inside your `chatKitEndpoint` handler. - - -GitHub messages expose repository, issue, pull request, comment, and event metadata through `context.github`. -``` - -```typescript app/api/code-review/route.ts theme={"system"} -import { - chatKitEndpoint, - createClient, -} from "@trytilde/harness-sdk-vercel-ai-node"; - -export const POST = chatKitEndpoint({ - client: createClient({ - apiKey: process.env.TILDE_API_KEY!, - orgId: process.env.TILDE_ORG_ID!, - teamId: process.env.TILDE_TEAM_ID!, - }), - webhookSigningKey: process.env.TILDE_WEBHOOK_SIGNING_KEY!, - async handler(_request, context) { - console.log({ - event: context.github?.event, - owner: context.github?.owner, - repo: context.github?.repo, - pullNumber: context.github?.pull_number, - issueNumber: context.github?.issue_number, - }); - - // ...rest of your agent code. - }, -}); -``` - -``` - -... - -``` - -```typescript app/api/slack-agent/route.ts theme={"system"} -import { - chatKitEndpoint, - createClient, -} from "@trytilde/harness-sdk-vercel-ai-node"; - -export const POST = chatKitEndpoint({ - client: createClient({ - apiKey: process.env.TILDE_API_KEY!, - orgId: process.env.TILDE_ORG_ID!, - teamId: process.env.TILDE_TEAM_ID!, - }), - webhookSigningKey: process.env.TILDE_WEBHOOK_SIGNING_KEY!, - async handler(_request, context) { - console.log({ - teamId: context.slack?.team_id, - channelId: context.slack?.channel_id, - threadTimestamp: context.slack?.thread_ts, - userId: context.slack?.user, - }); - - // ...rest of your agent code. - }, -}); -``` - -```` - -... - -## Work with session context -`context.messages` contains the new input for the current turn. Load `context.session.history()` when the model needs the earlier conversation, then convert both collections together. -```typescript theme={"system"} -const history = await context.session.history(); -const messages = await convertToAiSdkMessages({ - messages: [...history.items, ...context.messages], - chatkit: context.chatkit, -}); -```` - -The context also includes `sessionId`, team and organization IDs, the invoking user when known, and typed metadata for supported providers such as `context.slack` and `context.github`. - -## Handle unprocessed content - -`convertToAiSdkMessages` automatically converts standard text and reasoning parts. It also caches transformed message parts for later model requests, improving prompt caching and agent performance. Use `onUnprocessed` for content that needs application-specific handling before it can be sent to a model. - -- `fileUpload` receives each unprocessed file part and its parent message. -- `firecrawl` maps page-monitoring and completed-check signals to typed message converters. -- `github` maps GitHub issue, pull request, and CI signal types to typed message converters. -- `sentry` maps a signal type, such as `sentry.issue.created`, to a typed message converter. -- Return an AI SDK message or part to include it. Return `null` to omit it. -- Handlers can be asynchronous. If a handler throws, message conversion fails. - ChatKit invokes `onUnprocessed` once for each unprocessed message, then caches the result. Subsequent conversions reuse the cached value instead of invoking the handler again. - - - Use `createChatKitAttachmentFilePartHandler` to download ChatKit attachments with Tilde authentication and convert them into model-safe AI SDK file parts. - -```` -```typescript app/api/agent/route.ts theme={"system"} -import type { Client } from "@trytilde/harness-sdk"; -import { - type ChatKitEndpointContext, - convertToAiSdkMessages, - createChatKitAttachmentFilePartHandler, -} from "@trytilde/harness-sdk-vercel-ai-node"; - -async function convertTurn( - client: Client, - context: ChatKitEndpointContext, -) { - const history = await context.session.history(); - - return convertToAiSdkMessages({ - messages: [...history.items, ...context.messages], - chatkit: context.chatkit, - onUnprocessed: { - fileUpload: createChatKitAttachmentFilePartHandler(client, context), - }, - }); -} -```` - -Supported media is downloaded and passed to the model as an inline file. Unsupported stored attachments become a text part containing the file name, media type, and download URL. - -``` - -... - -``` - -```typescript app/api/github-agent/route.ts theme={"system"} -import { - type ChatKitEndpointContext, - convertToAiSdkMessages, - type GitHubSignalByType, -} from "@trytilde/harness-sdk-vercel-ai-node"; -import type { UIMessage } from "ai"; - -type PullRequestOpened = - GitHubSignalByType["github.pull_request.opened"]; - -function pullRequestOpenedMessage( - signal: PullRequestOpened, -): UIMessage { - const { repository, pull_request } = signal.data; - - return { - id: signal.id, - role: "user", - parts: [{ - type: "text", -``` - -... - -```` -```typescript app/api/web-monitor/route.ts theme={"system"} -import { - type ChatKitEndpointContext, - convertToAiSdkMessages, - type FirecrawlSignalByType, -} from "@trytilde/harness-sdk-vercel-ai-node"; -import type { UIMessage } from "ai"; - -type PageChanged = - FirecrawlSignalByType["firecrawl.monitor.page.changed"]; - -function pageChangedMessage(signal: PageChanged): UIMessage { - const { monitor, page } = signal.data; - - return { - id: signal.id, - role: "user", - parts: [{ - type: "text", - text: `Review changes to ${page.url} from monitor ${monitor.id}.`, - }], - }; -} - -async function messagesForFirecrawlTurn( - context: ChatKitEndpointContext, -) { - const history = await context.session.history(); - - return convertToAiSdkMessages({ - messages: [...history.items, ...context.messages], - chatkit: context.chatkit, - onUnprocessed: { - firecrawl: { - "firecrawl.monitor.page.changed": pageChangedMessage, - }, - }, - }); -} -```` - -Firecrawl also exposes `same`, `new`, `removed`, and `error` page events, plus `firecrawl.monitor.check.completed` for the completed check summary. - -``` - -... - -``` - -```typescript app/api/sentry-agent/route.ts theme={"system"} -import { - type ChatKitEndpointContext, - convertToAiSdkMessages, - type SentrySignalByType, -} from "@trytilde/harness-sdk-vercel-ai-node"; -import type { UIMessage } from "ai"; - -type IssueCreated = - SentrySignalByType["sentry.issue.created"]; - -function issueCreatedMessage(signal: IssueCreated): UIMessage { - const { issue } = signal.data.data; - - return { - id: signal.id, - role: "user", - parts: [{ - type: "text", - text: `Investigate ${issue.shortId ?? issue.id}: ${issue.title}`, - }], - }; -} - -async function messagesForSentryTurn( - context: ChatKitEndpointContext, -) { - const history = await context.session.history(); - - return convertToAiSdkMessages({ - messages: [...history.items, ...context.messages], - chatkit: context.chatkit, - onUnprocessed: { - sentry: { -``` - -... - -## Let agents invoke other agents through MCP - -- `message` accepts Vercel AI SDK-compatible UI message parts, persists the inbound ChatKit message, and immediately returns a ticket and session ID. - -... - -## Trigger work from events via Signals - -```typescript app/api/sentry-remediation/route.ts theme={"system"} -import { - chatKitEndpoint, - convertToAiSdkMessages, - createClient, - type SentrySignalByType, -} from "@trytilde/harness-sdk-vercel-ai-node"; -import type { UIMessage } from "ai"; - -type IssueCreatedSignal = SentrySignalByType["sentry.issue.created"]; - -function sentryIssueCreatedMessage(signal: IssueCreatedSignal): UIMessage { - const { issue } = signal.data.data; - - return { - id: signal.id, - role: "user", - parts: [ - { - type: "text", - text: `Investigate Sentry issue ${issue.shortId ?? issue.id}: ${issue.title}`, - }, - ], - }; -} - -export const POST = chatKitEndpoint({ - client: createClient({ - apiKey: process.env.TILDE_API_KEY!, - orgId: process.env.TILDE_ORG_ID!, - teamId: process.env.TILDE_TEAM_ID!, - }), - webhookSigningKey: process.env.TILDE_WEBHOOK_SIGNING_KEY!, - async handler(_request, context) { - const history = await context.session.history(); - const messages = await convertToAiSdkMessages({ - messages: [...history.items, ...context.messages], - chatkit: context.chatkit, - onUnprocessed: { - sentry: { - "sentry.issue.created": sentryIssueCreatedMessage, - }, - }, - }); - - // ...rest of your agent code. - }, -}); -``` - -## ChatKit and memory - -ChatKit preserves the messages inside a session. Memory stores selected knowledge that should be available across sessions, channels, or agents. Use both when an agent needs conversational continuity and longer-lived organizational context. - -``` - -**Tool Result:** `TU-0346wZDAHTj3BzD9umt279` - -``` - -# Terraform - -> Export, share, and reproduce portable Tilde resource state. -> Well, not exactly. Tilde does not require a Terraform provider, but all Tilde resource state is portable. This makes it easy to share a setup and reproduce it across development, staging, and production workspaces. - -## The `tilde.state.yaml` file - -`tilde.state.yaml` describes the desired configuration for resources in a workspace. It can include ChatKit agents and providers, MCP servers, tool providers, skill registries, wikis, memory-bank bindings, reverse proxies, and their relationships. -State files can declare variables for values that change between environments, such as an agent endpoint URL. They do not contain API keys, signing keys, third-party credentials, conversation history, or other runtime content. - -... - -Hosted MCP provider connections preserve their catalog provider identity, endpoint configuration, authentication mode, tool provider, and MCP mappings. API keys, bearer tokens, OAuth client secrets, access tokens, and refresh tokens remain encrypted credential references rather than state values. -OAuth providers that use dynamic client registration must register a new client in the destination environment because the redirect URI and client registration belong to the source environment. Import recreates the provider and returns a one-time authorization URL. - -... - -Commit `tilde.state.yaml` with your application so reviewers can see which Tilde resources it expects. - -## Export state from a workspace - - - -1. Select the workspace you want to export. -2. Go to **Settings** → **Team settings** → **State**. -3. Open the **Export** tab and click **Export**. -``` -Tilde downloads the workspace configuration as `tilde.state.yaml`. -``` - - -`bash theme={"system"} pnpm add -D @trytilde/cli pnpm exec tilde auth login pnpm exec tilde state export ./tilde.state.yaml ` - - - -## Import state manually - -1. Select the destination workspace. -2. Go to **Settings** → **Team settings** → **State**. -3. Open the **Import** tab and upload `tilde.state.yaml`. -4. Provide any variables requested by the file. -5. Review the validation result and resource plan, then apply it. -6. - -... - -You can perform the same workflow from the CLI: - -```bash theme={"system"} -pnpm exec tilde auth login -pnpm exec tilde state import ./tilde.state.yaml ./tilde-state-import-outputs.yaml -``` - -The CLI shows the plan before applying it. Add `--auto-apply` only in a trusted automated workflow where the state change has already been reviewed. - -## Add a Deploy with Tilde button - -Add the button to a project's `README.md` when its repository contains a `tilde.state.yaml` file. -[![Deploy with Tilde](https://api.trytilde.ai/deploy-button.svg)](https://api.trytilde.ai/deploy?repository-url=https%3A%2F%2Fgithub.com%2Ftrytilde%2Fexamples&state-path=hello-world-agent%2Ftilde.state.yaml) -Clicking the button opens Tilde, asks the user to select a workspace, reads the state file from GitHub, collects its variables, and shows the import plan before creating resources. -Use this Markdown and replace both query parameters with your repository and state-file path: - -... - -`repository-url` must point to a GitHub repository over HTTPS. `state-path` must be a relative path to a YAML file, so monorepos can use a value such as `agents/code-review/tilde.state.yaml`. - -## Manage multiple environments - -Keep one reviewed state file as the shared baseline. Use variables for environment-specific endpoints and reconnect credentials separately in each workspace. Import the same state into development, staging, and production, then review each plan before applying it. - -State imports can update or replace existing configuration. Review conflicts, destructive changes, requested variables, and pending credentials before applying a plan. - - -``` - -**Tool Result:** `TU-0346wZDAfiU8OT6NjrEOz4` - -``` - -# trytilde/harness-sdk - -- Page: GitHub repository -- URL: https://github.com/trytilde/harness-sdk -- Stars: 0 -- Forks: 0 -- Default branch: main -- Created: 2026-06-08T14:46:39.000Z -- Commits: 60 - -## Top-level files - -- .agents/skills/ -- .github/workflows/ -- .greptile/ -- examples/nextjs-agent/ -- packages/ -- scripts/ -- specs/ -- test/e2e/ -- .env.e2e.example -- .gitignore -- .sops.yaml -- AGENTS.md -- Makefile -- README.md -- biome.json -- openapi-ts.config.ts -- openapi.cloud.json -- package.json -- pnpm-lock.yaml -- pnpm-workspace.yaml -- secrets.example.yaml -- tsconfig.base.json -- vitest.config.ts -- vitest.e2e.config.ts - -# Tilde Harness SDK - -TypeScript SDK packages for Tilde Harness APIs. - -## Packages - -- `@trytilde/harness-sdk` : core client, MCP helpers, ChatKit helpers, and message history. -- `@trytilde/harness-sdk-react` : React provider and ChatKit hooks. -- `@trytilde/harness-sdk-vercel-ai-node` : ChatKit webhook verification and Vercel AI SDK route helpers. -- `@trytilde/harness-sdk-vercel-ai-react` : React helpers for Vercel AI SDK ChatKit UIs. -- `@trytilde/cli` : Tilde terminal CLI, published with `tilde` and `t` binaries. - -## Install - -```shell -pnpm add @trytilde/harness-sdk @trytilde/harness-sdk-react @trytilde/harness-sdk-vercel-ai-node @trytilde/harness-sdk-vercel-ai-react -pnpm add -D @trytilde/cli -``` - -## CLI - -```shell -tilde auth login -tilde auth whoami -tilde auth set-team -tilde state import ./tilde-state.yaml ./tilde-import-output.json -tilde state import ./tilde-state.yaml ./tilde-import-output.json --auto-apply -tilde state export ./tilde-state.yaml -``` - -... - -## Core Config - -```ts -import { createClient, createConfig } from "@trytilde/harness-sdk"; - -const tilde = createClient( - createConfig({ - orgId: "org-example", - teamId: "team_123", - apiKey: process.env.TILDE_API_KEY, - // Optional. Starts cloudflared for local agents/tools using apiKey. - tunnel: true, - // Optional. Defaults to process.env.TILDE_BASE_API_URL or https://api.trytilde.com. - baseApiUrl: "https://api.trytilde.com", - }), -); -``` - -## MCP Server URL - -```ts -const server = await tilde.mcp.createServer({ - id: "my-agent-tools", - name: "My Agent Tools", - isDynamicToolDiscovery: true -}); - -console.log(server.url); - -await tilde.mcp.addFunction({ - serverId: server.id, - toolSourceTypeId: "tool-source-type", - toolGroupSourceTypeId: "tool-group-source-type", -``` - -... - -`client.mcp.getServerUrl({ id })` returns the raw Streamable HTTP MCP URL for AI SDK clients and other MCP-capable runtimes. - -## MCP Local Tools - -Wrap an existing MCP client to add process-local tools. Local tools are exposed -alongside remote MCP tools, execute in-process, and are split out of `MULTI_EXECUTE_TOOL` calls automatically. - -```ts -import { createMCPClient } from "@ai-sdk/mcp"; -import { wrapMcpClientWithLocalTools } from "@trytilde/harness-sdk"; - -const mcp = await createMCPClient({ - transport: { - type: "http", - url: tilde.mcp.getServerUrl({ id: "my-agent-tools" }) - } -}); - -const wrappedMcp = wrapMcpClientWithLocalTools({ -``` - -... - -## Vercel AI MCP Client - -Use the Vercel AI node package to create an `@ai-sdk/mcp` client with Tilde -MCP URL construction and `x-api-key` authentication. Tools passed in the map are -registered as local tools alongside the remote MCP server tools. - -```ts -import { jsonSchema, tool } from "ai"; -import { createClient } from "@trytilde/harness-sdk"; -import { createMCPClient } from "@trytilde/harness-sdk-vercel-ai-node"; - -const client = createClient({ - orgId: process.env.TILDE_ORG_ID!, - teamId: process.env.TILDE_TEAM_ID!, - apiKey: process.env.TILDE_API_KEY!, -}); -``` - -... - -## Remote Custom Tool Endpoint - -Expose Zod-validated remote tools with signed discovery and invocation -handlers. The invocation URL defaults to the incoming request URL, with -optional `baseUrl` and `endpointPath` overrides for proxies. - -```ts -import { toolEndpoint } from "@trytilde/harness-sdk-vercel-ai-node"; -import { z } from "zod"; - -export const { GET, POST } = toolEndpoint({ - webhookSigningKey: process.env.TILDE_CUSTOM_TOOL_SIGNING_KEY!, - provider: { name: "Example tools", version: "1.0.0" }, - tools: [ - { - id: "greet", - name: "Greet", - description: "Greet a person by name.", - inputSchema: z.object({ name: z.string() }), - outputSchema: z.object({ greeting: z.string() }), - async fn({ name }) { - return { greeting: `Hello, ${name}!` }; - }, - }, - ], -}); -``` - -## React ChatKit Hooks - -```tsx -import { - TildeProvider, - useChatKitSessionEvents, -} from "@trytilde/harness-sdk-react"; - -function Events({ sessionId }: { sessionId: string }) { - const events = useChatKitSessionEvents({ sessionId, pollIntervalMs: 3000 }); - return 
{JSON.stringify(events.items, null, 2)}
; -} - -export function App() { - return ( - - - - ); -} -``` - -... - -## Examples - -- `examples/nextjs-agent` : Next.js agent using Tilde ChatKit signed webhooks, dynamic MCP, and the Vercel AI SDK. - -## Development - -```shell -pnpm install -pnpm sdk:refresh -pnpm lint -``` - -## Publishing - -The public runtime packages are versioned together and published in dependency -order: - -1. `@trytilde/api-client` -2. `@trytilde/harness-sdk` -3. `@trytilde/harness-sdk-vercel-ai-node` - Validate the release tarballs without publishing: - -```shell -pnpm build -pnpm release:validate -pnpm release:smoke -pnpm release:publish -- --dry-run -``` - -The `Publish npm packages` GitHub workflow runs the complete validation suite -and skips package versions that already exist, so a partially completed release -can be retried safely. -The first npm release requires an `NPM_TOKEN` secret because trusted publishing -can only be configured after each package exists. After the first release, -configure each package to trust `trytilde/harness-sdk` and `publish.yml` , then -remove the long-lived token. The workflow already grants the required OIDC -permission. -Package builds use Vite and tests use Vitest. The generated OpenAPI types are internal. Add public APIs through hand-authored wrappers. - -``` - -**Tool Result:** `TU-0346wZDB3mr7DNz5HcIPeR` - -``` - -# Hello World Agent - -The smallest complete Tilde agent: one signed ChatKit endpoint and one Vercel -UI channel. It uses Next.js and the Vercel AI SDK to keep a conversation with -an OpenAI model. -This project is the source for the Tilde [quickstart](https://docs.trytilde.ai/quickstart) . - -## Prerequisites - -- Node.js 22 or newer and pnpm 10. -- A Tilde account and team. -- An OpenAI API key. -- A Vercel account. - -... - -## 2. Create a public endpoint - -The route loads its secrets only when Tilde invokes it, so the first deployment -can build before you configure the environment. - -```shell -vercel deploy -``` - -Your ChatKit endpoint is the deployment URL plus `/api/hello-world` . - -## 3. Import Tilde state - -Use the endpoint from the previous step when Tilde asks for `HELLO_WORLD_CHATKIT_ENDPOINT_URL` . -[Deploy with Tilde](https://api.trytilde.ai/deploy?repository-url=https%3A%2F%2Fgithub.com%2Ftrytilde%2Fexamples&state-path=hello-world-agent%2Ftilde.state.yaml) -The state creates: - -- the **Hello World** HTTP agent; -- a **Hello World UI** ChatKit channel for testing. - Save the one-time `api_key` and `webhook_signing_key` outputs from `chatkit/agent/hello-world` . - -... - -## 4. Configure the environment - -| Variable | Value | -| `OPENAI_API_KEY` | Your OpenAI API key. | -| `OPENAI_MODEL` | Defaults to `gpt-5.4` . | -| `TILDE_API_KEY` | The agent's one-time `api_key` output. | -| `TILDE_BASE_URL` | Defaults to `https://api.trytilde.ai` . | -| `TILDE_ORG_ID` | Your Tilde organization ID. | -| `TILDE_TEAM_ID` | Your Tilde team ID. | - -... - -## 5. Deploy and test - -```shell -vercel deploy --prod -``` - -If the production hostname differs from the first deployment, update `HELLO_WORLD_CHATKIT_ENDPOINT_URL` to the production endpoint and re-import the -state. Open **ChatKit** , select **Hello World UI** , and send: - -``` -Say hello in one sentence. -``` - -For local development, run `pnpm dev` and expose port 3000 through a public -HTTPS tunnel. Update the ChatKit agent endpoint to the tunnel URL plus `/api/hello-world` before testing. - -``` - -**Tool Result:** `TU-0346wZDBY4SYyoJfdIRTGK` - -``` - -# trytilde/examples — code-review-bot - -## Contents - -- app/api/code-review/ -- lib/ -- .env.example -- .gitignore -- README.md -- eslint.config.mjs -- next-env.d.ts -- next.config.ts -- package.json -- pnpm-lock.yaml -- tilde.state.yaml -- tsconfig.json - -# Code Review Bot - -A production-oriented GitHub code review agent built with Next.js, the Vercel -AI SDK, Tilde, and Modal. -Tag the installed GitHub App in a pull request. Tilde turns the GitHub event -into a signed ChatKit message, invokes the Vercel endpoint, exposes an -allowlisted set of GitHub MCP tools, and brokers short-lived access to GitHub -and Modal without giving their long-lived credentials to the model. - -## What It Does - -- Handles full reviews, incremental reviews, and follow-up questions. -- Reads PR metadata, patches, commits, earlier reviews, and repository guidance. -- Clones the PR through Tilde's Git HTTPS reverse proxy. -- Runs bounded repository-native checks in a request-scoped Modal sandbox. - -... - -## Architecture - -``` -sequenceDiagram - participant Developer - participant GitHub - participant Tilde - participant Vercel - participant Modal - - Developer->>GitHub: Tag the bot on a PR - GitHub->>Tilde: GitHub App webhook - Tilde->>Vercel: Signed ChatKit request + typed GitHub metadata - Vercel->>Tilde: Connect to allowlisted MCP server - Vercel->>Tilde: Open Modal gRPC reverse proxy - Tilde->>Modal: Inject Modal credentials - Vercel->>Modal: Create isolated review sandbox - Modal->>Tilde: Clone via Git HTTPS reverse proxy - Tilde->>GitHub: Inject installation token - Vercel->>Tilde: Post review through GitHub MCP tools - Tilde->>GitHub: Inline comments + review summary -``` - -Loading -The model never receives a GitHub installation token or Modal API key. The -ephemeral sandbox configures Git once to rewrite GitHub URLs through Tilde and -adds the Tilde proxy headers to its global Git configuration. Sandbox egress is -restricted to Tilde, and the configuration disappears when the sandbox stops. - -## Prerequisites - -- Node.js 22 or newer and pnpm 10. -- A Tilde account and team. -- A Modal workspace API key. -- A GitHub organization where you can create and install a GitHub App. -- An OpenAI API key. -- A Vercel project for deployment. - -## 1. Install - -```shell -pnpm install -cp .env.example .env.local -``` - -## 2. Import Tilde State - -Set `CODEX_REVIEW_CHATKIT_ENDPOINT_URL` when importing [`tilde.state.yaml`](https://github.com/trytilde/examples/blob/main/code-review-bot/tilde.state.yaml) to the complete endpoint you intend to use. -[Deploy with Tilde](https://api.trytilde.ai/deploy?repository-url=https%3A%2F%2Fgithub.com%2Ftrytilde%2Fexamples&state-path=code-review-bot%2Ftilde.state.yaml) -For local development, use the public URL from your Tilde development tunnel. -Use the deploy button above, or import the file from Mission Control and provide -the variable when prompted. -The state creates: - -- the HTTP/Vercel ChatKit agent; -- pending GitHub and Modal credential setup items; -- GitHub and Modal tool providers; -- a static MCP server containing the GitHub review and Modal inspection - operations used by this agent. - State cannot contain a GitHub App ID, installation ID, private key, webhook - secret, or generated reverse-proxy profile ID. Those are credential-setup - outputs and must not be committed. - -## 3. Complete Credentials - -Open **Settings > Team > Pending credentials** in Tilde. - -1. Complete GitHub setup. Tilde creates a GitHub App from a manifest, asks - where to install it, stores its private key and webhook secret, and creates - GitHub REST and Git HTTPS reverse-proxy profiles. -2. Complete Modal setup with the workspace ID, API key ID, and API key secret. - Tilde creates the Modal gRPC reverse-proxy profile. -3. In the resulting GitHub ChatKit provider, set **Code Review** as the default - agent and restrict the repository allowlist for production. - The GitHub App should be installed only on repositories the bot is allowed to - review. Tilde-generated permissions should be reviewed before installation. - -... - -## 4. Configure Environment - -| Variable | Value | -| `TILDE_API_KEY` | API key output from `chatkit/agent/code-review` | -| `TILDE_WEBHOOK_SIGNING_KEY` | Webhook signing key from the same agent | -| `TILDE_GITHUB_GIT_PROXY_PROFILE_ID` | Profile using provider `github_git_https` | -| `TILDE_MODAL_PROXY_PROFILE_ID` | Profile using provider `modal_sandbox` | -| `TILDE_ORG_ID` | Organization ID from Team > General information | -| `TILDE_TEAM_ID` | Team ID from Team > General information | - -... - -## 5. Run Locally - -```shell -pnpm dev -``` - -Expose port 3000 through the Tilde development tunnel, then set the ChatKit -agent endpoint to: - -``` -https://YOUR_TUNNEL/api/code-review -``` - -Tag the GitHub App in an existing pull request: - -``` -@your-app-name review this PR -``` - -For an explicit complete rerun: - -``` -@your-app-name full review -``` - -... - -## 6. Deploy to Vercel - -Add every value from `.env.example` to the Vercel project. Mark API keys and -signing keys sensitive; IDs, model names, and base URLs do not need to be -secret. - -```shell -vercel deploy --prod -``` - -Update `chatkit/agent/code-review` to the production endpoint and re-import the -state, or edit the endpoint in Mission Control. -The route exports `maxDuration = 300` . Confirm that the selected Vercel plan -supports the required function duration. - -... - -## Production Checklist - -- Limit GitHub App installation and the Tilde repository allowlist. -- Keep the MCP server static; do not enable GitHub mutation tools unrelated to - reviews. -- Configure Git proxy authentication only inside the ephemeral sandbox. -- Use webhook signature verification and reject stale requests. -- Keep sandbox CPU, memory, execution time, output, and idle lifetime bounded. -- Restrict sandbox egress to the configured Tilde reverse-proxy host. -- Do not inject platform credentials into the sandbox. -- Keep request timeout below the hosting platform's hard function limit and - await idempotent MCP and sandbox cleanup. -- Re-read GitHub state after every write. -- Monitor tool errors, model finish reasons, review duration, and sandbox - termination failures. -- Pin dependency versions and review updates to Modal's pre-1.0 JavaScript SDK. - -## Files - -- [`app/api/code-review/route.ts`](https://github.com/trytilde/examples/blob/main/code-review-bot/app/api/code-review/route.ts) : ChatKit - endpoint and Vercel AI SDK loop. -- [`lib/code-review/prompt.ts`](https://github.com/trytilde/examples/blob/main/code-review-bot/lib/code-review/prompt.ts) : review behavior and - output contract. -- [`lib/code-review/sandbox.ts`](https://github.com/trytilde/examples/blob/main/code-review-bot/lib/code-review/sandbox.ts) : Modal lifecycle, - Git proxy setup, and pull-request checkout. -- [`lib/tilde.ts`](https://github.com/trytilde/examples/blob/main/code-review-bot/lib/tilde.ts) : the single configured Harness SDK client. -- [Tilde Harness SDK](https://github.com/trytilde/harness-sdk) : ChatKit, MCP, - reverse-proxy, and typed provider-context integration. -- [`tilde.state.yaml`](https://github.com/trytilde/examples/blob/main/code-review-bot/tilde.state.yaml) : portable Tilde resources. - -... - -## Limitations - -Modal's JavaScript SDK currently marks its underlying gRPC API as unstable. -Pin the SDK and test upgrades before deployment. - -```` - -## Assistant - -**Tool Use:** `shell_command` - -```json -{ - "command": "sed -n '1,220p' package.json && printf '\\n--- apps/dev/package.json ---\\n' && sed -n '1,220p' apps/dev/package.json && printf '\\n--- binding package ---\\n' && sed -n '1,180p' packages/binding-flue/package.json", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -```` - -**Tool Use:** `shell_command` - -```json -{ - "command": "sed -n '1,180p' apps/dev/src/app.ts && printf '\\n--- agent ---\\n' && sed -n '1,180p' apps/dev/src/agents/gherkin-elicitor.ts && printf '\\n--- config ---\\n' && sed -n '1,120p' apps/dev/flue.config.ts && sed -n '1,160p' apps/dev/vite.config.ts", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `shell_command` - -```json -{ - "command": "sed -n '1,240p' packages/binding-flue/src/index.ts && printf '\\n--- capabilities ---\\n' && sed -n '1,220p' packages/binding-flue/src/capabilities.ts && printf '\\n--- local store ---\\n' && sed -n '1,200p' packages/binding-flue/src/local-capture-store.ts", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `shell_command` - -```json -{ - "command": "sed -n '1,220p' CONTEXT.md && printf '\\n--- spec deployment section ---\\n' && sed -n '620,675p' docs/planning/elicitation-kernel/spec.md && printf '\\n--- known gaps ---\\n' && sed -n '1,180p' test/known-gaps.ts", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `shell_command` - -```json -{ - "command": "sed -n '1,180p' apps/dev/test/walking-skeleton.integration.ts && printf '\\n--- build artifact test ---\\n' && sed -n '1,180p' test/build-artifact.test.ts && printf '\\n--- CI ---\\n' && sed -n '1,120p' .github/workflows/ci.yml", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `shell_command` - -```json -{ - "command": "git status --short --branch && printf '\\n--- recent ADR titles ---\\n' && rg -n '^#|^Status:|^## (Decision|Context|Consequences)' docs/adr docs/planning/elicitation-kernel/spec.md | sed -n '1,160p'", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -## User - -**Tool Result:** `TU-0346wblVbGwhMXTxu1qmbp` - -``` -{ - "output": "{\n \"name\": \"brunch-lite\",\n \"private\": true,\n \"type\": \"module\",\n \"description\": \"Elicitation harness — agentic interviewing against pluggable elicitation targets\",\n \"workspaces\": [\"packages/*\", \"apps/*\"],\n \"scripts\": {\n \"lint\": \"oxlint --fix --deny-warnings .\",\n \"lint:check\": \"oxlint --deny-warnings .\",\n \"fmt\": \"oxfmt .\",\n \"fmt:check\": \"oxfmt --check .\",\n \"typecheck\": \"tsc -p tsconfig.json\",\n \"test\": \"bun test\",\n \"build\": \"bun run --filter '@brunch/*' build\",\n \"smoke\": \"bun run lint:check && bun run fmt:check && bun run typecheck && bun test\"\n },\n \"devDependencies\": {\n \"@anthropic-ai/sdk\": \"^0.116.0\",\n \"@types/bun\": \"^1.3.0\",\n \"oxfmt\": \"^0.5.0\",\n \"oxlint\": \"^1.42.0\",\n \"typescript\": \"^5.9.0\",\n \"vite\": \"^8\"\n }\n}\n\n--- apps/dev/package.json ---\n{\n \"name\": \"@brunch/dev\",\n \"version\": \"0.0.0\",\n \"private\": true,\n \"type\": \"module\",\n \"description\": \"The dev/demo vehicle: local dev loop, target gallery, diagnostic probe surface. Not the product.\",\n \"scripts\": {\n \"dev\": \"vite dev\",\n \"build\": \"vite build && vite build --config vite.client.config.ts\"\n },\n \"dependencies\": {\n \"@brunch/binding-flue\": \"workspace:*\",\n \"@brunch/core\": \"workspace:*\",\n \"@brunch/plugin-gherkin\": \"workspace:*\",\n \"@flue/react\": \"^2.0.3\",\n \"@flue/runtime\": \"^2.0.3\",\n \"@flue/sdk\": \"^2.0.3\",\n \"hono\": \"^4.6.0\",\n \"react\": \"^19.0.0\",\n \"react-dom\": \"^19.0.0\",\n \"valibot\": \"^1.4.2\"\n },\n \"devDependencies\": {\n \"@earendil-works/pi-ai\": \"^0.83.0\",\n \"@flue/vite\": \"^2.0.3\",\n \"@types/react\": \"^19.0.0\",\n \"@types/react-dom\": \"^19.0.0\",\n \"vite\": \"^8\"\n }\n}\n\n--- binding package ---\n{\n \"name\": \"@brunch/binding-flue\",\n \"version\": \"0.0.0\",\n \"private\": true,\n \"type\": \"module\",\n \"description\": \"The Flue binding: implements the substrate-capability list and owns the storage-port implementation.\",\n \"exports\": {\n \".\": \"./src/index.ts\"\n },\n \"dependencies\": {\n \"@brunch/core\": \"workspace:*\",\n \"@flue/runtime\": \"^2.0.3\",\n \"valibot\": \"^1.4.2\"\n }\n}\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wblYKVSlMujnM0HrOX` - -``` -{ - "output": "/**\n * The dev app's route map — the \"mount\" half of the thin host (spec §12.1).\n *\n * The dev app is chartered with three roles, none of them \"the product\"\n * (spec §12.5): the local dev loop against every plugin, the colleague-facing\n * target-gallery demo, and the diagnostic probe surface. Milestone one keeps\n * affordance renderers here rather than in a ui package.\n */\n\nimport { readFile } from 'node:fs/promises';\nimport { createAgentRouter } from '@flue/runtime/routing';\nimport { Hono } from 'hono';\nimport { GherkinElicitor } from './agents/gherkin-elicitor.ts';\nimport { assetHandler } from './assets.ts';\nimport { GHERKIN_AGENT_ROUTE } from './routes.ts';\n\nconst app = new Hono();\n\n// One route per target agent. The gallery grows an entry per plugin; gherkin\n// is the tracer that wires end-to-end first (spec §13). The browser and mount\n// share the route constant; Flue still keys storage on the agent's independent,\n// pinned identity.\napp.route(`/agents/${GHERKIN_AGENT_ROUTE}`, createAgentRouter(GherkinElicitor));\n\n// The flue dev controller owns the whole request space — no fall-through to\n// vite's html serving — so the ui is app-served, in dev and in production\n// alike (spec §10, recorded facts).\n//\n// Two different files, because two different builds produce them: in dev, the\n// source `index.html` whose script tag vite resolves live; in production, the\n// client build's emitted `index.html`, whose script tag points at a real\n// bundled asset. `@flue/vite` emits the server environment only, so that\n// client build is a second, plain vite build — without it the ui tree would\n// have no build coverage at all.\nconst uiRoot = new URL(import.meta.env?.DEV === false ? './client/' : '../', import.meta.url);\n\napp.get('/', async (c) => c.html(await readFile(new URL('index.html', uiRoot), 'utf8')));\n\n// Production only: in dev, vite serves the module graph under /src. A\n// wildcard, not `:file` — bundlers may emit nested asset paths.\napp.get('/assets/*', assetHandler(uiRoot));\n\nexport default app;\n\n--- agent ---\n'use agent';\n/**\n * The gherkin elicitor (spec §12.5: one agent per target).\n *\n * Named as a noun — the thing, not the act — and read target-first, so the\n * family sorts together as targets multiply: `gherkin-elicitor`,\n * `assurance-elicitor`.\n *\n * The product is the harness library in a thin host-authored agent — Flue's\n * build-time scan makes the alternative structurally unavailable, since a\n * library cannot ship a pre-registered agent (spec §12.1). So this module is\n * deliberately thin: it mounts harness capability and holds no elicitation\n * semantics of its own.\n *\n * Three recorded Flue constraints are honoured here by construction (spec §10):\n * the `'use agent'` directive is the file's first statement; `agentName` is a\n * pinned string literal, because conversation storage keys on it; and the tool\n * set is static, because prompt-cache economics forbid per-question tool\n * swapping.\n */\n\nimport { useElicitation } from '@brunch/binding-flue';\nimport { gherkin } from '@brunch/plugin-gherkin';\nimport { useModel, type AgentProps } from '@flue/runtime';\nimport * as v from 'valibot';\n\nexport function GherkinElicitor(_props: AgentProps) {\n useModel('anthropic/claude-haiku-4-5');\n return useElicitation(gherkin);\n}\n\n/**\n * Pinned, and never to be edited: conversation storage keys on this literal,\n * so changing it orphans every existing conversation. Flue requires a string\n * literal here because build targets derive durable identifiers from it before\n * any user code runs.\n *\n * Product-prefixed on purpose, and this is the one place the prefix is not\n * cosmetic. Agent identities are global per application, and the September\n * demo shell is chartered to mount this library alongside the Petrinaut\n * libraries — a bare `gherkin-elicitor` could collide with another library's\n * agent, and the collision would land on durable conversation storage.\n *\n * The exported symbol stays the shorter `GherkinElicitor` because it reads\n * better at the mount site; `agentName` exists precisely to let durable\n * identity and source-level name differ.\n */\nGherkinElicitor.agentName = 'brunch-gherkin-elicitor';\n\n/**\n * Session→document binding (spec §9.1, adjudication L4): a new session's\n * `initialData` carries the target-document id, validated once at creation and\n * immutable thereafter — Flue's own lane for a target descriptor. Dispatching\n * to an existing conversation id resumes that session against the current state\n * of its target-document.\n */\nGherkinElicitor.initialData = v.object({\n targetDocumentId: v.pipe(v.string(), v.nonEmpty()),\n});\n\n--- config ---\nimport { defineConfig } from '@flue/runtime/config';\n\nexport default defineConfig({\n target: 'node',\n});\nimport { flue } from '@flue/vite';\nimport { defineConfig } from 'vite';\n\n// No @vitejs/plugin-react: the flue plugin's dev controller owns the whole\n// request space and hands every request to app.ts, with no fall-through to\n// vite's html middleware — so index.html is app-served and react-refresh's\n// preamble injection would never run (recorded Flue fact, spec §10). Vite's\n// core esbuild transform still compiles the .tsx modules.\nexport default defineConfig({\n plugins: [flue()],\n});\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wblbY0gbCrUkZxeF98` - -``` -{ - "output": "/**\n * `@brunch/binding-flue` — the Flue binding.\n *\n * One binding per substrate. It implements the substrate-capability list\n * (spec §10), owns the storage-port implementation (spec §9.6), and is the\n * only shell allowed to know Flue's dialect: **the harness imports no\n * substrate; a binding imports both** (spec §4).\n *\n * Every time mechanism wants to land in here, the second-binding test applies\n * (spec §14.2): genuinely substrate-specific, or mechanism leaking into Flue's\n * dialect?\n */\n\nimport {\n AskInput,\n FreeTextAffordance,\n toolName,\n type FreeTextAffordanceValue,\n type Plugin,\n} from '@brunch/core';\nimport {\n useAgentStart,\n useDataWriter,\n useDelivery,\n usePersistentState,\n useTool,\n} from '@flue/runtime';\n\nexport { CAPABILITIES, type Capability, type Provision } from './capabilities.ts';\nexport { createLocalCaptureStore } from './local-capture-store.ts';\n\n/**\n * Mount the elicitation harness in a Flue agent.\n *\n * Flue has no ask-the-user primitive, so the harness owns the turn-suspension\n * protocol: a `terminate: true` ask tool, the pending affordance in\n * per-session state, and the answer arriving as a fresh dispatch (spec §7.4).\n */\nexport function useElicitation(plugin: Plugin): string {\n const delivery = useDelivery();\n const [pending, setPending] = usePersistentState(\n 'pendingAffordance',\n null,\n );\n const writeAffordance = useDataWriter('affordance', { schema: FreeTextAffordance });\n\n useAgentStart((ctx) => {\n if (delivery.kind !== 'user' || pending === null) return;\n\n setPending(null);\n ctx.append({\n kind: 'signal',\n type: 'affordance-reply-bound',\n tagName: 'affordance-reply-bound',\n body: `The immediately preceding user message is mechanically bound as the reply to this pending affordance:\\n\\n${pending.markdown}`,\n attributes: { affordanceId: pending.id },\n });\n });\n\n useTool({\n name: toolName('ask'),\n description:\n 'Ask one free-text question and suspend this turn for the person’s reply. A second ask in the same tool batch is rejected.',\n input: AskInput,\n output: FreeTextAffordance,\n run({ data, toolCallId }) {\n const affordance: FreeTextAffordanceValue = {\n id: `affordance_${toolCallId}`,\n form: 'free-text',\n markdown: data.question,\n payload: { question: data.question },\n };\n\n setPending((current) => {\n if (current !== null) {\n throw new Error(\n `An interactive affordance is already pending (${current.id}); wait for its reply before asking another question.`,\n );\n }\n return affordance;\n });\n writeAffordance(affordance);\n\n return { output: affordance, terminate: true };\n },\n });\n\n return [\n `You are interviewing someone to elicit ${plugin.targetDomain}.`,\n `Ask one question at a time with ${toolName('ask')}.`,\n 'Continue the conversation after each reply, using the harness-provided reply binding as a mechanical fact.',\n ].join('\\n\\n');\n}\n\n--- capabilities ---\n/**\n * The substrate-capability list (spec §10), recorded as data.\n *\n * This is the core/binding seam, the portability pressure test, and the early\n * smell detector all at once: porting means reimplementing this list, and\n * exotic Flue-shaped entries appearing in it is the smell. Keeping it as a\n * checkable record rather than prose is what lets the second-binding test\n * (spec §14.2) be asked of every future addition — \"genuinely\n * substrate-specific, or mechanism leaking into Flue's dialect?\"\n *\n * Binding-size asymmetry is expected, not failure: each binding absorbs what\n * its substrate lacks or forbids.\n */\n\n/** How a binding satisfies one capability. */\nexport type Provision =\n /** The substrate offers it directly. */\n | 'native'\n /** The substrate lacks or forbids it; the binding supplies it itself. */\n | 'absorbed';\n\nexport interface Capability {\n readonly id: number;\n readonly name: string;\n readonly provision: Provision;\n /** How this binding satisfies it, in Flue's dialect. */\n readonly mechanism: string;\n}\n\nexport const CAPABILITIES: readonly Capability[] = [\n {\n id: 1,\n name: 'Register a tool',\n provision: 'native',\n mechanism: 'defineTool / useTool',\n },\n {\n id: 2,\n name: 'Contribute instructions',\n provision: 'native',\n mechanism: 'render return',\n },\n {\n id: 3,\n name: 'Persist per-conversation state',\n provision: 'native',\n mechanism: 'usePersistentState, atomic with its unit of work',\n },\n {\n id: 4,\n name: 'Emit an affordance payload',\n provision: 'native',\n mechanism: 'data channel + tool output parts',\n },\n {\n id: 5,\n name: 'Suspend for reply',\n provision: 'absorbed',\n mechanism: 'no ask primitive: terminate:true + pending-affordance slot + fresh dispatch',\n },\n {\n id: 6,\n name: 'Private model call',\n provision: 'native',\n mechanism: 'harness.prompt scratch conversation',\n },\n {\n id: 7,\n name: 'Subscribe to the would-stop lifecycle seam',\n provision: 'native',\n mechanism:\n 'useAgentFinish + ctx.append; fires on suspensions, so the pending guard is load-bearing; loop-guarded',\n },\n {\n id: 8,\n name: 'Read the durable entry projection with provenance-discriminating entry kinds',\n provision: 'absorbed',\n mechanism:\n 'no in-process API: public history projection over self-HTTP; `purpose` discriminates provenance',\n },\n {\n id: 9,\n name: 'Inject typed non-user signal entries',\n provision: 'native',\n mechanism: \"ctx.append / dispatch({kind:'signal'}); projects structurally non-user\",\n },\n {\n id: 10,\n name: 'Provide a transactional durable store outside conversation state',\n provision: 'absorbed',\n mechanism:\n 'Flue neither provides nor forbids; the binding owns the storage-port implementation',\n },\n];\n\n--- local store ---\nimport {\n applyCaptureStoreCommand,\n createEmptyCaptureStoreSnapshot,\n parseCaptureStoreSnapshot,\n type CaptureStore,\n type CaptureStoreCommand,\n type CaptureStoreResult,\n type CaptureStoreSnapshot,\n} from '@brunch/core';\nimport { randomUUID } from 'node:crypto';\nimport { mkdir, readFile, rename, rm, writeFile } from 'node:fs/promises';\nimport { dirname, resolve } from 'node:path';\n\nconst writesByPath = new Map>();\n\nclass LocalCaptureStore implements CaptureStore {\n readonly #path: string;\n\n constructor(path: string) {\n this.#path = resolve(path);\n }\n\n async read(): Promise {\n await writesByPath.get(this.#path);\n return this.#readFile();\n }\n\n async execute(command: CaptureStoreCommand): Promise {\n const previous = writesByPath.get(this.#path) ?? Promise.resolve();\n const operation = previous.then(async () => {\n const result = applyCaptureStoreCommand(await this.#readFile(), command);\n if (result.ok) await this.#writeFile(result.snapshot);\n return result;\n });\n const settled = operation.then(\n () => undefined,\n () => undefined,\n );\n writesByPath.set(this.#path, settled);\n void settled.finally(() => {\n if (writesByPath.get(this.#path) === settled) writesByPath.delete(this.#path);\n });\n return operation;\n }\n\n async #readFile(): Promise {\n try {\n return parseCaptureStoreSnapshot(JSON.parse(await readFile(this.#path, 'utf8')));\n } catch (error) {\n if (\n error instanceof Error &&\n 'code' in error &&\n (error as NodeJS.ErrnoException).code === 'ENOENT'\n ) {\n return createEmptyCaptureStoreSnapshot();\n }\n throw error;\n }\n }\n\n async #writeFile(snapshot: CaptureStoreSnapshot): Promise {\n await mkdir(dirname(this.#path), { recursive: true });\n const temporaryPath = `${this.#path}.${randomUUID()}.tmp`;\n try {\n await writeFile(temporaryPath, `${JSON.stringify(snapshot, null, 2)}\\n`, {\n encoding: 'utf8',\n flag: 'wx',\n });\n await rename(temporaryPath, this.#path);\n } finally {\n await rm(temporaryPath, { force: true });\n }\n }\n}\n\nexport const createLocalCaptureStore = (path: string): CaptureStore => new LocalCaptureStore(path);\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wblefITqctRFXexOWS` - -``` -{ - "output": "# Elicitation Kernel\n\nVocabulary for the elicitation-kernel effort: a standalone architecture generalizing brunch's elicitor into agentic interviewing against pluggable elicitation targets.\n\n## Language\n\n### Shells\n\n**Substrate**:\nThe agent framework the system is built on — the Pi family, Flue — including the embedding environment's concerns: deploy target, storage-port implementation, artifact delivery, model/provider. (The retired term \"host\" silently bundled these with interface concerns; they split into substrate and UI. The charter non-goal \"harness-agnostic core\" predates this glossary and reads \"substrate-agnostic\".)\n_Avoid_: harness (for Pi/Flue), platform, host (for the embedding environment)\n\n**UI**:\nThe interface shell: whatever affords user interaction — rendering, input, reply transport. Not bound to GUI or TUI; a chat channel qualifies.\n_Avoid_: host, host-interface, frontend, client\n\n**Harness**:\nThe middle shell and the essence of the effort: the generic capability layer of the elicitation system — mechanism and orchestration (the conversation loop, the `ask` API, capture envelope, issue queue, sweep bookkeeping). Injected into plugins as a narrow context; never owned by them.\n_Avoid_: kernel, core, elicitor (as a shell name — \"elicitor\" may name the whole system). Exempt compound: **kernel card** (below). \"Kernel invariants\" renamed **harness invariants** (spec §14.1).\n\n**Plugin**:\nThe innermost shell: target-defining policy. Declares packs, forms, and validators; composes at authoring time; receives harness capabilities by injection. Mostly policy — mechanism stays in the harness.\n_Avoid_: extension, pack (a pack is a unit *within* a plugin)\n\n**Binding**:\nThe substrate-facing adapter between harness and substrate: implements the harness's named substrate-capability list (tool registration, instruction assembly, persistent state, affordance emission, suspend-for-reply, private model call) in one substrate's dialect. One per substrate; the harness imports no substrate, a binding imports both. Bindings vary in size — each absorbs what its substrate lacks or forbids.\n_Avoid_: adapter (generic), integration, wrapper\n\n### Sessions & durability\n\n**Target-domain**:\nThe artifact family being elicited — what a plugin defines (gherkin scenarios, assurance arguments, BPMN). The family half of the former bare \"target\".\n_Avoid_: target-paradigm; bare \"target\" where family/instance is ambiguous\n\n**Target-document**:\nThe durable unit sessions attach to: one target-domain, its capture store, and its session history. Named by its purpose — its authoritative state is the capture store plus session logs, never the rendered artifact (renders are derived, cacheable, disposable). Endures independently of any session; never locks — completion is a derived status, not a write gate.\n_Avoid_: spec (as the unit name), workpiece, case, target-output\n\n**Session**:\nOne substrate conversation — the full log of entries (user, agent, tool calls, injected state messages), matching Pi's session model. Per-session state is exactly: the evidence log, the swept high-water mark, the pending-affordance slot. Sessions go quiet rather than close; any session is resumable against the current state of its target-document.\n_Avoid_: sitting, conversation (as a distinct concept)\n\n**Capture store**:\nThe durable, session-independent truth of a target-document: captures, issues, events. Written only by atomic sweep application (serialized); statuses and projections derive from it at read time.\n\n**Re-entry briefing**:\nThe state message the harness injects when a session resumes after the world moved: computed facts only — unswept tail, world-moved delta, open issues, pending affordance. Authored on behalf of the user in the transcript (Pi's custom-entry convention) but distinguished from true user entries in the data model, and never citable as capture evidence.\n_Avoid_: sync message, forced re-sweep\n\n### Interaction\n\n**Affordance**:\nA structured interactive element (question form, choice strip, questionnaire) emitted into the conversation stream as a rendered enhancement. Not a state machine — the conversation stays primary, and an affordance's payload is evidence in the session like any other entry.\n_Avoid_: exchange, exchange pair, terminal (brunch's retired turn-by-turn ontology)\n\n**Capture**:\nExtraction of structured evidence — envelope plus plugin-typed payload — from session entries. Produced by sweeps, never written directly during conversation.\n_Avoid_: extraction, harvest\n\n**Sweep**:\nAn idempotent pass over a settled range of session entries that produces captures. Re-sweeping a range never double-captures.\n\n**Settlement**:\nThe agent-judged event marking a range of conversation (a vein closing) ready to sweep. Always range-level, never per-question.\n_Avoid_: exchange completion\n\n**Interpretation render**:\nThe harness-owned affordance form showing current captured state — the harness frames envelope semantics; the plugin's renderer definition (typed against its own payload shapes) supplies the content view when provided, with a harness default (plain JSON view) otherwise.\n_Avoid_: digest (brunch's form)\n\n### Envelope & packs\n\n**Intermediate representation (IR)**:\nThe elicited description a target-document accumulates: the set of active captures, read through the plugin's declared payload type system. Not a second store — every consolidated view (entity graph, net, completion table) is a read-time projection over active captures, and the rendered artifact is one projection of the IR, never the IR itself. Defining a plugin's IR means defining its payload type system.\n_Avoid_: knowledge store, domain model (as a stored unit), staging area\n\n**Capture envelope**:\nThe harness-defined, domain-free wrapper around an opaque plugin payload: harness-minted id, evidence spans, epistemic status, confidence, value-xor-absence, alternatives grouping, one `supersedes` link. The hourglass waist. No stored status — envelope status (`active | superseded | retracted`) derives at read time from links and events.\n\n**Evidence span**:\nA capture's provenance link: a **quoted excerpt** (primary, the model-facing citation currency) plus a **pointer** (session id + entry range, harness-derived — entry identity is harness-side vocabulary only). Anchors only on true user and user-affordance-payload entries.\n\n**Epistemic status**:\n`explicit | inferred | tentative | defaulted | external-lookup` — how a capture's content relates to what the user actually said. Distinct from confidence; excluded from capture identity.\n\n**Absence state**:\nA first-class capture value where an answer would be: `unknown-to-user | not-yet-decided | not-applicable | explicitly-absent | declined | deferred` (`not-mentioned` is a computed fact, not a sweepable capture). Never collapses to null.\n_Avoid_: null, missing (as the stored representation)\n\n**Supersession**:\nThe explicit correction mechanism, single-hop over active heads only. Two channels: the creation-time `supersedes` link (sweep-time correction) and the resolution record (issue-time adjudication). Superseded captures stay visible — corrections don't erase history.\n\n**Resolution record**:\nThe explicit capture-store event that alone closes a `conflicting` issue (and, with no successor capture, expresses retraction). Must cite the true user's utterance as evidence.\n\n**Issue**:\nTyped, stored backpressure to the elicitation controller: `missing / ambiguous / conflicting / invalid / unsupported / unmapped / low-confidence`, with factual attributes. Two producers, namespaced: plugin ops (payload level) and the harness itself (envelope level). Closes only explicitly.\n_Avoid_: advisory (a different thing, below)\n\n**Advisory**:\nA computed, ephemeral, non-blocking fact the harness surfaces to the agent (unaccounted ask, unswept tail, world-moved delta). Never stored in the capture store; never gates anything.\n\n**Pack**:\nA unit within a plugin: **ElicitationPack** (kernel cards, completion contract, clarification hints) or **ProjectionPack** (`project` + `validate`, optional `reconcile`, annotated shapes, typed loss reports). Packs are shapes-to-fill plus behavioral guidance, per Principle v2.\n\n**Kernel card**:\nThe pack-content unit of elicitation guidance: Detects / Goal / contrastive Questions / Artifacts (brunch `BEHAVIORAL_KERNELS.md` lineage — \"kernel\" here names a small unit of behavioral guidance, not a shell; the compound is the glossary's one sanctioned \"kernel\" use). Splits by ownership: domain cards are plugin pack content; a harness-shipped **generic strategy quiver** (cards over envelope vocabulary — conflict, ambiguity, weak evidence) is named in spec §11.5, not designed.\n\n**PluginContext**:\nThe narrow injected context through which a plugin receives harness capabilities (the ask API, envelope, issue queue, sweep bookkeeping). The plugin's entire world at runtime; the four operations remain pure (snapshot-in/deltas-out) regardless.\n\n**Storage port**:\nThe harness-defined contract for the capture store (atomic sweep application, envelope invariants as store-level refusals), implemented by the binding for its deploy target. Plugins are storage-blind. Scope includes the **session-log archive** (archive-on-read; spec §9.6): session logs live with the target-document, retained indefinitely — the substrate's conversation store is the live transport copy, never the provenance record.\n\n### September demo\n\n**Demo shell**:\nThe one-off application built for the 17–18 September demo: consumes the elicitation library (harness + plugin + binding) and the Petrinaut libraries, owns the UI, session persistence, and elicitor runtime. Explicitly disposable — not a product commitment; neither library consumes the other.\n_Avoid_: \"the app\", standalone brunch, demo app (unqualified)\n\n**Artifact boundary**:\nThe decided integration posture between elicitor and Petrinaut (FE-1362): the elicitor emits a versioned net file plus scenario; Petrinaut consumes it through its published parser and import-with-autolayout path. The rejected alternative was library coupling (one library consuming the other).\n_Avoid_: file handoff (undersells it), integration (generic)\n\n**Revision story**:\nThe working-hypothesis demo spine (FE-1363; recommended to PM, not ratified): a sped-up recorded elicitation (conversation, interpretation surface, and growing net visible together) plus a bounded live segment in which a few turns elicit a fact forcing a structural revision of the net, run before/after in Petrinaut.\n_Avoid_: live demo (unqualified — the live part is one bounded segment, not the format)\n\n### Simulation & evaluation\n\n**Situation pack**:\nThe interviewee-side bundle defining a user-to-be-simulated: situation, scenario, and persona — knowledge and motivations, some facts deliberately coloured by the persona's perspective. Private to the agent (or human) playing the user. Invariant: never authored from, or shaped to mirror, the IR — the elicitor's job is to excavate across that wall.\n_Avoid_: fact pack (undersells the persona; collides with the answer key), persona pack (too narrow)\n\n**Answer key**:\nThe modeller-side list of facts the reference net needs, derived from the reference model — the evaluation rubric for what an elicitation should have excavated from a situation pack. Satisfies PRO-99's \"written list of all facts necessary to make the net\". Sits on the elicitor-team side of the wall; never part of the situation pack.\n_Avoid_: fact list (ambiguous with situation-pack content)\n\n**Walking skeleton**:\nA prototype that proves a transport or integration end-to-end on the real substrate (e.g. a real Flue agent + web UI) with stubbed internals.\n\n**Logic-prototype**:\nA prototype that locks down mechanism semantics (e.g. capture sweeps, settlement) in isolation, without the full host substrate.\n\n--- spec deployment section ---\nthe second-binding test keeps passing. **Publishing posture: workspace-internal**; the publishable\nshape is exactly the package boundaries above, but publishing waits on the real name and an\nexternal consumer.\n\n### 12.3 Naming & tool namespacing\n\nArchitectural strings name **identity, not function**: tool prefix derived from the product name —\nprovisionally `bl_*`, never `elicit_*`. All model-facing tools are harness-owned (plugins expose\noperations, not tools); core names operations abstractly, the binding renders substrate tool\nnames. The name-fog eventually resolves every provisional string; nothing bakes \"elicit\" or\n\"brunch\" into structure.\n\n### 12.4 Schemas and the SDK\n\n**Valibot throughout** — Flue locks it at every boundary; a Standard-Schema waist would buy\ncomfort at the cost of a conversion seam that can silently drop constraints (the silent-coercion\nsmell). SDK surface (core's exports): evidence anchoring, capture identity, issue construction,\nschema validation, retries, idempotency, state-delta application, tracing, test fixtures, the\nlocal simulation harness (\"debugging should not require reading an entire agent transcript\"), plus\nthe testing machinery of §14.4 (schema-driven arbitraries, the command alphabet, mutation\noperators, fixture freeze/replay format).\n\n### 12.5 Dev app, deploy, remote parity\n\n- **Dev app chartered with three roles** (roles, not features): the local dev loop against both\n plugins; the colleague-facing **target-gallery demo** (parallel tabbed sessions across targets);\n the **diagnostic probe surface** (provisional affordance renderers now; the exploded-view\n instrumented readout when that fog graduates). One agent per target (`ElicitGherkin`,\n `ElicitAssurance`): static per-agent tool sets, and the shape Cloudflare forces anyway.\n- **UI affordance package deferred**, named as intended: React renderers + reply transport over\n `@flue/react`; non-React hosts build on `@flue/sdk`. Milestone one keeps renderers in the dev\n app.\n- **Milestone one is local-only**, with **remote-parity constraints pinned now** so nothing\n local-only creeps in: one-agent-many-conversations; pinned `agentName`; the storage port owned\n outside the plugin (harness-defined, binding-implemented, §9.6); no dynamic agent creation.\n Deploy-target choice waits on an infra conversation and blocks nothing here.\n- **CI smoke** = `vite build` + the simulation suite (no model key, no flake); an optional\n secret-gated real-model `flue run` smoke once a provider key exists.\n\n### 12.6 Version axes (named, none implemented)\n\nAPI contract / plugin implementation / concept-schema / target-schema / persisted state. A change\nto a field's meaning is not a serializer change; the future migration story must be able to decide\nreuse / mechanical migration / reinterpretation-from-evidence / re-elicit.\n\n## 13. Dev targets and milestone one\n\n**Portfolio**: `plugin-gherkin` (tracer) + `plugin-assurance` (second target; forces the pack swap\nand the evidence-graded envelope); BPMN/process-mining named third; full elicit-lean deferred.\n**Hybrid order**: **both packs are authored before the pack interface freezes** (the two-targets-\non-each-axis rule, applied at design time — the trivial target must not freeze the contract before\nthe hard target has stressed it); **gherkin wires end-to-end first** as the cheap mechanism proof,\nassurance immediately after.\n\n### 13.1 Gherkin (milestone one)\n\n\n--- known gaps ---\n/**\n * The gaps this codebase knows it has.\n *\n * Spec §14.5 names five open verification items. Prose decays: an item nobody\n * runs into is an item nobody closes, and the ones here are exactly the kind\n * that stay invisible — a substrate behaviour nobody has driven, a durability\n * claim nobody has restarted into.\n *\n * So each gap is a record with a `closed` predicate that runs on every `bun\n * test`. Two things follow, and the second is the point:\n *\n * - while a gap is open, it is listed in the run output rather than forgotten;\n * - **when a gap's condition becomes true, the suite goes red** and stays red\n * until someone deletes the entry. Closing a gap by accident is not allowed\n * to pass silently — somebody has to look at it, confirm it, and record it\n * on the ticket that owns it.\n *\n * The failure message is therefore an instruction, not a complaint.\n */\n\nimport { join } from 'node:path';\nimport { filesIn, REPO_ROOT, sourceFiles, workspacePackages } from './workspace.ts';\n\nexport interface KnownGap {\n /** Short stable handle, used in test names. */\n readonly id: string;\n /** Spec section that names the item. */\n readonly spec: string;\n /** The Linear issue that owns closing it. */\n readonly ticket: string;\n /** What is not yet known, in one sentence. */\n readonly gap: string;\n /** What closing it requires — the thing a follow-up slice actually does. */\n readonly closes: string;\n /**\n * True once the gap is demonstrably closed. Kept cheap and structural: this\n * runs on every test invocation, so it may look at the tree but never at a\n * model, a network, or a substrate.\n */\n readonly closed: () => boolean;\n}\n\n/**\n * A gap that a follow-up test closes is closed only when a test carrying the\n * citation `closes-gap: ` actually runs somewhere under `dir`:\n * registering a test and asserting something. Content rather than a filename,\n * because a filename check fails in both directions — `touch`ing the guessed\n * path \"closed\" a gap with nothing verified, while a real closure under any\n * other name stayed \"open\" forever and rotted the banner.\n *\n * The citation is a deliberate token, not any prose mention of the id: a test\n * that merely *talks about* the gap must not close it (the same cry-wolf\n * failure the directive check had with comments that mention `'use agent'`).\n */\nconst closedByTest = (dir: string, gapId: string): boolean =>\n filesIn(join(REPO_ROOT, dir)).some(\n (file) =>\n file.text.includes(`closes-gap: ${gapId}`) &&\n /\\b(?:test|it)\\s*\\(/.test(file.text) &&\n file.text.includes('expect('),\n );\n\nexport const KNOWN_GAPS: readonly KnownGap[] = [\n {\n id: 'restart-durability',\n spec: '§14.5',\n ticket: 'FE-1396',\n gap: 'The capture store survives restart (proven in the ticket-13 prototype), but conversation-store durability with a real db.ts has never been driven across a restart.',\n closes:\n 'A test under apps/dev/test that boots the dev app, holds a conversation, restarts the process, and resumes the same conversation id — citing `closes-gap: `.',\n closed: () => closedByTest('apps/dev/test', 'restart-durability'),\n },\n {\n id: 'compaction-vs-durable-history',\n spec: '§9.7, §14.5',\n ticket: 'FE-1386',\n gap: 'No session has been driven across a compaction boundary, so whether Flue compaction leaves the durable entry projection intact is unverified — and evidence pointers bind to that projection.',\n closes:\n 'A test under packages/binding-flue/test driving a session past compaction and asserting every capture’s evidence pointer still resolves through the session-log archive — citing `closes-gap: `.',\n closed: () => closedByTest('packages/binding-flue/test', 'compaction-vs-durable-history'),\n },\n {\n id: 'history-projection-paging',\n spec: '§14.5',\n ticket: 'FE-1391',\n gap: 'The durable-history projection is read over self-HTTP; paging past ~1000 entries and binding base-URL discovery are both untested.',\n closes:\n 'The binding’s history reader covering a paged projection, tested under packages/binding-flue/test — citing `closes-gap: `.',\n closed: () => closedByTest('packages/binding-flue/test', 'history-projection-paging'),\n },\n {\n id: 'interpretation-render-plugin-seam',\n spec: '§7.6, §14.5',\n ticket: 'FE-1394',\n gap: 'The plugin-supplied renderer seam for the interpretation render has never been exercised, because no real pack exists yet.',\n closes: 'A plugin supplying a renderer definition typed against its own payload shapes.',\n closed: () => {\n // Not a filename check: the seam is exercised once the plugin's source\n // exports a renderer, wherever that export lives — and an empty file at\n // a guessed path exports nothing.\n const plugin = workspacePackages().find((pkg) => pkg.name === '@brunch/plugin-gherkin');\n return (\n plugin !== undefined &&\n sourceFiles(plugin).some((file) =>\n /export\\s+(?:const|function|class)\\s+\\w*[Rr]enderer/.test(file.text),\n )\n );\n },\n },\n];\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wblhIcclqrKPea7ip0` - -``` -{ - "output": "// hermetic-substrate-test: faux-provider\nimport {\n fauxAssistantMessage,\n fauxProvider,\n fauxToolCall,\n type Context,\n} from '@earendil-works/pi-ai';\nimport { toolName } from '@brunch/core';\nimport { createFlueClient } from '@flue/sdk';\nimport { start } from '@flue/runtime/node';\nimport app from '../src/app.ts';\nimport { GherkinElicitor } from '../src/agents/gherkin-elicitor.ts';\nimport { GHERKIN_AGENT_ROUTE } from '../src/routes.ts';\n\nconst ask = toolName('ask');\nconst faux = fauxProvider({\n provider: 'anthropic',\n models: [{ id: 'claude-haiku-4-5' }],\n});\n\nlet replyContext: Context | undefined;\nfaux.setResponses([\n fauxAssistantMessage(\n [fauxToolCall(ask, { question: 'What outcome should the scenario describe?' })],\n { stopReason: 'toolUse' },\n ),\n (context) => {\n replyContext = context;\n return fauxAssistantMessage([fauxToolCall(ask, { question: 'Who initiates that outcome?' })], {\n stopReason: 'toolUse',\n });\n },\n fauxAssistantMessage(\n [\n fauxToolCall(ask, { question: 'What happens first?' }),\n fauxToolCall(ask, { question: 'What happens second?' }),\n ],\n { stopReason: 'toolUse' },\n ),\n fauxAssistantMessage('Waiting for the accepted question to be answered.'),\n]);\n\nconst flue = await start({\n agents: [GherkinElicitor],\n providers: [faux.provider],\n});\n\ntry {\n const fetchApp = ((input: RequestInfo | URL, init?: RequestInit) =>\n Promise.resolve(\n app.fetch(input instanceof Request ? input : new Request(input, init)),\n )) as typeof fetch;\n const conversationId = `walking-skeleton-${crypto.randomUUID()}`;\n const client = createFlueClient({\n url: `http://brunch.test/agents/${GHERKIN_AGENT_ROUTE}/${conversationId}`,\n fetch: fetchApp,\n });\n\n const kickoff = await client.send({\n message: { kind: 'user', body: 'Begin the interview.' },\n initialData: { targetDocumentId: 'walking-skeleton-test' },\n });\n await client.wait(kickoff);\n\n const firstHistory = await client.history();\n const firstParts = firstHistory.messages.flatMap((message) => message.parts);\n const firstAsk = firstParts.find(\n (part) =>\n part.type === 'dynamic-tool' && part.toolName === ask && part.state === 'output-available',\n );\n const firstAskOutput =\n firstAsk?.type === 'dynamic-tool' && firstAsk.state === 'output-available'\n ? firstAsk.output\n : undefined;\n\n const answer = await client.send({\n message: { kind: 'user', body: 'A shopper completes checkout.' },\n });\n await client.wait(answer);\n\n const secondAnswer = await client.send({\n message: { kind: 'user', body: 'The shopper initiates it.' },\n });\n await client.wait(secondAnswer);\n\n const history = await client.history();\n const finalAssistant = [...history.messages]\n .reverse()\n .find((message) => message.role === 'assistant');\n const finalAskParts =\n finalAssistant?.parts.filter((part) => part.type === 'dynamic-tool' && part.toolName === ask) ??\n [];\n\n console.log(\n `WALKING_SKELETON_RESULT ${JSON.stringify({\n boundReplyReachedModel:\n JSON.stringify(replyContext).includes('A shopper completes checkout.') &&\n JSON.stringify(replyContext).includes('affordance-reply-bound'),\n durableOutput:\n JSON.stringify(firstAskOutput).includes('What outcome should the scenario describe?') &&\n JSON.stringify(firstAskOutput).includes('\"form\":\"free-text\"'),\n markdownFloor: firstParts.some(\n (part) =>\n part.type === 'data-affordance' &&\n JSON.stringify(part.data).includes('What outcome should the scenario describe?'),\n ),\n noInstructionWake: !JSON.stringify(history.messages)\n .toLowerCase()\n .includes('instructions updated'),\n secondAskRejected:\n finalAskParts.filter(\n (part) => part.type === 'dynamic-tool' && part.state === 'output-available',\n ).length === 1 &&\n finalAskParts.filter(\n (part) => part.type === 'dynamic-tool' && part.state === 'output-error',\n ).length === 1,\n })}`,\n );\n} finally {\n await flue.stop();\n}\n\n--- build artifact test ---\n/**\n * What the build actually emitted — checked against the artifact, not the source.\n *\n * `test/boundaries.test.ts` catches a misplaced `'use agent'` directive by\n * reading the source. This checks the same property from the other end: that\n * the agent really is registered in the emitted bundle. The distinction earns\n * its keep because the failure mode here is silent — `@flue/vite` drops a\n * module that stops looking like an agent module and the build stays green, so\n * \"it compiled\" says nothing about whether the app has any agents in it.\n *\n * Any future change that quietly stops an agent, its route, or the conversation\n * store from reaching the bundle fails here, whatever the cause: a directive\n * moved, a config path changed, an entry dropped from the scan glob.\n */\n\nimport { beforeAll, describe, expect, test } from 'bun:test';\nimport { existsSync, readdirSync, readFileSync } from 'node:fs';\nimport { join } from 'node:path';\nimport {\n agentModules,\n MODEL_KEY_NAME,\n pinnedIdentities,\n REPO_ROOT,\n workspacePackages,\n} from './workspace.ts';\n\nconst DEV_APP = join(REPO_ROOT, 'apps/dev');\nconst DIST = join(DEV_APP, 'dist');\nconst CLIENT = join(DIST, 'client');\n\n/** Everything the server build emitted, concatenated. */\nlet bundle = '';\n\nbeforeAll(async () => {\n // Build here rather than depending on a prior `bun run build`, so `bun test`\n // alone is a complete signal and CI ordering cannot make this vacuous. The\n // *root* build, not the dev app's own: CI has no separate Build step, so\n // this is where every workspace package's build script gets exercised —\n // building only apps/dev would let the next package's broken build merge\n // green.\n const built = Bun.spawnSync(['bun', 'run', 'build'], {\n cwd: REPO_ROOT,\n env: { ...process.env, NODE_ENV: 'production' },\n });\n if (built.exitCode !== 0) {\n throw new Error(\n `workspace build failed:\\n${built.stdout.toString()}\\n${built.stderr.toString()}`,\n );\n }\n bundle = readdirSync(DIST)\n .filter((entry) => entry.endsWith('.mjs'))\n .map((entry) => readFileSync(join(DIST, entry), 'utf8'))\n .join('\\n');\n});\n\n/** The pinned identity of every agent module in the dev app, read from source. */\nfunction declaredAgentIdentities(): string[] {\n const dev = workspacePackages().find((pkg) => pkg.relPath === 'apps/dev')!;\n return agentModules(dev).flatMap(pinnedIdentities);\n}\n\ndescribe('the emitted server bundle', () => {\n test('exists', () => {\n expect(existsSync(DIST)).toBe(true);\n expect(bundle.length).toBeGreaterThan(0);\n });\n\n test('registers every declared agent under its pinned identity', () => {\n // The check that matters. A `'use agent'` directive that is not the first\n // statement builds green and simply never registers — the app boots with no\n // agents and nothing says so until a conversation fails to start.\n //\n // Asserted against the emitted `__flueBindAgentModule(Fn, { identity })`\n // call rather than the bare string, because the string survives that\n // failure: the `agentName` assignment is still in the bundle as ordinary\n // dead code once the module stops being scanned as an agent.\n const bound = new Set(\n [...bundle.matchAll(/__flueBindAgentModule\\([^)]*identity:\\s*[\"']([^\"']+)[\"']/g)].map(\n (match) => match[1]!,\n ),\n );\n const identities = declaredAgentIdentities();\n expect(identities.length).toBeGreaterThan(0);\n for (const identity of identities) {\n expect({ identity, bound: bound.has(identity) }).toEqual({ identity, bound: true });\n }\n });\n\n test('mounts the agent router and wires the conversation store', () => {\n // Without db.ts reaching the bundle, conversations are process-memory and a\n // restart loses them — a difference invisible until something restarts.\n //\n // Witnessed by strings that exist only in the app's own modules. The\n // obvious witnesses are vacuous: `createAgentRouter` survives in a\n // bootstrap JSDoc comment and `sqlite` in the bootstrap's unconditional\n // default-adapter fallback, so both match even when the mount or db.ts\n // never reach the bundle. (Bare `/agents/` is no better — a bundler\n // region comment for `src/agents/` carries it.)\n expect(bundle).toContain('route(`/agents/'); // app.ts's mount call\n expect(bundle).toContain('BRUNCH_DEV_DB_PATH'); // db.ts's env override\n expect(bundle).toContain('.data-wipe-me'); // db.ts's default store path\n });\n\n test('carries no model key', () => {\n const modelKey = new RegExp(`${MODEL_KEY_NAME}\\\\s*[:=]\\\\s*['\"][^'\"]+['\"]`);\n expect(bundle).not.toMatch(modelKey);\n });\n});\n\ndescribe('the emitted client bundle', () => {\n // `@flue/vite` emits the server environment only, so the ui tree is built by\n // a second plain vite config. Without these, a client-side break would be\n // invisible to CI — the Flue build would go green having never transformed a\n // line of it.\n test('emits html and a bundled entry', () => {\n expect(existsSync(join(CLIENT, 'index.html'))).toBe(true);\n expect(existsSync(join(CLIENT, 'assets/index.js'))).toBe(true);\n });\n\n test('the emitted html points at the built asset, not at source', () => {\n // The failure this catches: shipping the source index.html, whose script\n // tag names a .tsx module nothing serves in production.\n const html = readFileSync(join(CLIENT, 'index.html'), 'utf8');\n expect(html).toContain('/assets/index.js');\n expect(html).not.toContain('.tsx');\n });\n\n test('the entry really bundled its dependencies', () => {\n // A near-empty chunk would mean the entry resolved to nothing.\n const entry = readFileSync(join(CLIENT, 'assets/index.js'), 'utf8');\n expect(entry.length).toBeGreaterThan(10_000);\n });\n});\n\n// The production asset route is tested in `apps/dev/test/assets.test.ts`,\n// against the handler module directly: the emitted server bundle targets\n// node (`node:sqlite`), so it cannot be imported and driven under `bun test`.\n\n--- CI ---\n# The CI smoke (spec §12.5): `vite build` plus the simulation suite — no model\n# key, no substrate, no flake. An optional secret-gated real-model `flue run`\n# smoke is named in the spec and deliberately absent until a provider key\n# exists; the suite asserts that it has not drifted in.\nname: CI\n\non:\n push:\n branches: [main]\n pull_request:\n\njobs:\n smoke:\n runs-on: ubuntu-latest\n steps:\n # Full-SHA pins: org policy refuses tag-pinned actions (the job fails at\n # setup before any step runs). Comments carry the tag each SHA matched.\n - uses: actions/checkout@11d5960a326750d5838078e36cf38b85af677262 # v4\n\n - uses: oven-sh/setup-bun@0c5077e51419868618aeaa5fe8019c62421857d6 # v2\n with:\n bun-version: '1.3.14'\n\n - uses: actions/cache@0057852bfaa89a56745cba8c7296529d2fc39830 # v4\n with:\n path: ~/.bun/install/cache\n key: ${{ runner.os }}-bun-${{ hashFiles('bun.lock') }}\n restore-keys: ${{ runner.os }}-bun-\n\n - run: bun install --frozen-lockfile\n\n - name: Lint\n run: bun run lint:check\n\n - name: Formatting\n run: bun run fmt:check\n\n - name: Typecheck\n run: bun run typecheck\n\n # Reads the repository tree and the harness contract; touches no model\n # and no substrate. Three suites, with different jobs: boundaries makes\n # the spec §4/§12.2 invariants enforceable rather than aspirational;\n # build-artifact checks what was actually emitted, because a Flue build\n # that silently drops an agent still exits 0; known-gaps keeps the spec\n # §14.5 open items visible and goes red when one closes unremarked.\n #\n # The build gate lives inside this step: build-artifact's beforeAll\n # runs the full build (Flue server environment plus the plain client\n # build that @flue/vite does not do) so that `bun test` alone is a\n # complete signal. A separate Build step would build the app a second\n # time for no additional coverage.\n - name: Test\n run: bun test\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wblkuA634jFxIvG1kG` - -``` -{ - "output": "## ln/fe-1390-capture-store...origin/ln/fe-1390-capture-store\n\n--- recent ADR titles ---\ndocs/planning/elicitation-kernel/spec.md:1:# Elicitation Kernel — Specification\ndocs/planning/elicitation-kernel/spec.md:3:Status: draft for review\ndocs/planning/elicitation-kernel/spec.md:15:## 1. Purpose\ndocs/planning/elicitation-kernel/spec.md:32:## 2. Non-goals and seams\ndocs/planning/elicitation-kernel/spec.md:48:## 3. Vocabulary\ndocs/planning/elicitation-kernel/spec.md:65:## 4. Architecture: four shells and a binding\ndocs/planning/elicitation-kernel/spec.md:91:## 5. The capture envelope\ndocs/planning/elicitation-kernel/spec.md:137:### 5.1 Absence states\ndocs/planning/elicitation-kernel/spec.md:178:## 6. Operations, validation strata, issues\ndocs/planning/elicitation-kernel/spec.md:180:### 6.1 Plugin operations\ndocs/planning/elicitation-kernel/spec.md:203:### 6.2 Two validation strata\ndocs/planning/elicitation-kernel/spec.md:218:### 6.3 Issues vs. advisories\ndocs/planning/elicitation-kernel/spec.md:231:### 6.4 Operation cadence is orchestration policy\ndocs/planning/elicitation-kernel/spec.md:239:## 7. Questioning-UX contract\ndocs/planning/elicitation-kernel/spec.md:241:### 7.1 No exchange-pair ontology\ndocs/planning/elicitation-kernel/spec.md:249:### 7.2 Baseline forms and the markdown floor\ndocs/planning/elicitation-kernel/spec.md:262:### 7.3 One live affordance (adjudicated, C6)\ndocs/planning/elicitation-kernel/spec.md:277:### 7.4 Turn suspension, reply binding, and the wake wart (adjudicated, C7)\ndocs/planning/elicitation-kernel/spec.md:299:### 7.5 Transport outcomes (adjudicated, L9)\ndocs/planning/elicitation-kernel/spec.md:307:### 7.6 Interpretation render\ndocs/planning/elicitation-kernel/spec.md:315:### 7.7 Recorded transport facts (Flue)\ndocs/planning/elicitation-kernel/spec.md:324:## 8. Capture mechanics: settlement, sweep, supersession\ndocs/planning/elicitation-kernel/spec.md:326:### 8.1 Settlement: trigger and judgment\ndocs/planning/elicitation-kernel/spec.md:338:### 8.2 Harness-resolved evidence anchoring\ndocs/planning/elicitation-kernel/spec.md:347:### 8.3 Sweep idempotence\ndocs/planning/elicitation-kernel/spec.md:356:### 8.4 Supersession: single-hop, two channels\ndocs/planning/elicitation-kernel/spec.md:368:### 8.5 Resolution records\ndocs/planning/elicitation-kernel/spec.md:374:### 8.6 Unaccounted-ask advisory\ndocs/planning/elicitation-kernel/spec.md:381:### 8.7 Resume-time sweep reconciliation\ndocs/planning/elicitation-kernel/spec.md:387:## 9. Sessions, durability, and the storage port\ndocs/planning/elicitation-kernel/spec.md:389:### 9.1 Durable target-document, transient sessions, sweep as the only bridge\ndocs/planning/elicitation-kernel/spec.md:407:### 9.2 Per-session state and concurrency\ndocs/planning/elicitation-kernel/spec.md:420:### 9.3 Re-entry briefing\ndocs/planning/elicitation-kernel/spec.md:431:### 9.4 Provenance: only the true user's side is evidence\ndocs/planning/elicitation-kernel/spec.md:441:### 9.5 Completion is derived, never a gate\ndocs/planning/elicitation-kernel/spec.md:448:### 9.6 The storage port (adjudicated, C1)\ndocs/planning/elicitation-kernel/spec.md:473:### 9.7 Context compaction vs. the durable log\ndocs/planning/elicitation-kernel/spec.md:499:## 10. The substrate-capability list\ndocs/planning/elicitation-kernel/spec.md:530:## 11. Plugins and packs\ndocs/planning/elicitation-kernel/spec.md:532:### 11.1 What a plugin owns\ndocs/planning/elicitation-kernel/spec.md:542:### 11.2 Pack form and Principle v2\ndocs/planning/elicitation-kernel/spec.md:553:### 11.3 The smallest honest plugin\ndocs/planning/elicitation-kernel/spec.md:560:### 11.4 Pattern guidance (inherited from brunch, as patterns not mechanism)\ndocs/planning/elicitation-kernel/spec.md:568:### 11.5 Generic strategy cards (named, not designed)\ndocs/planning/elicitation-kernel/spec.md:589:## 12. Shipping shape\ndocs/planning/elicitation-kernel/spec.md:591:### 12.1 Root\ndocs/planning/elicitation-kernel/spec.md:599:### 12.2 Package topology (intended structure; nothing scaffolded during the map)\ndocs/planning/elicitation-kernel/spec.md:624:### 12.3 Naming & tool namespacing\ndocs/planning/elicitation-kernel/spec.md:632:### 12.4 Schemas and the SDK\ndocs/planning/elicitation-kernel/spec.md:642:### 12.5 Dev app, deploy, remote parity\ndocs/planning/elicitation-kernel/spec.md:659:### 12.6 Version axes (named, none implemented)\ndocs/planning/elicitation-kernel/spec.md:665:## 13. Dev targets and milestone one\ndocs/planning/elicitation-kernel/spec.md:674:### 13.1 Gherkin (milestone one)\ndocs/planning/elicitation-kernel/spec.md:680:### 13.2 The assurance argument\ndocs/planning/elicitation-kernel/spec.md:700:### 13.3 Derived labels, the ledger, and the validator's honest stance\ndocs/planning/elicitation-kernel/spec.md:718:## 14. Acceptance material\ndocs/planning/elicitation-kernel/spec.md:720:### 14.1 The ten harness invariants (restated in envelope vocabulary; enforced as test properties)\ndocs/planning/elicitation-kernel/spec.md:740:### 14.2 The five proof obligations (contract acceptance criteria)\ndocs/planning/elicitation-kernel/spec.md:748:### 14.3 Gating tests and review vocabulary\ndocs/planning/elicitation-kernel/spec.md:757:### 14.4 Testing strategy\ndocs/planning/elicitation-kernel/spec.md:777:### 14.5 Open verification items (named, with homes)\ndocs/planning/elicitation-kernel/spec.md:793:## Appendix A — Adjudications\ndocs/adr/0001-brunch-is-the-product-name.md:1:# ADR-0001: `brunch` is the product name, and it may appear in structure\ndocs/adr/0001-brunch-is-the-product-name.md:4:Status: accepted\ndocs/adr/0001-brunch-is-the-product-name.md:8:## Context\ndocs/adr/0001-brunch-is-the-product-name.md:32:## Decision\ndocs/adr/0001-brunch-is-the-product-name.md:51:## Why the agent identity carries the product prefix\ndocs/adr/0001-brunch-is-the-product-name.md:65:## Consequences\n", - "exitCode": 0 -} -``` - -## Assistant - -**Tool Use:** `shell_command` - -```json -{ - "command": "rg -n \"BRUNCH_DEV_DB_PATH|sqlite\\(|db\\.ts|dbPath\" apps/dev packages test -g '*.ts' -g '*.json' && printf '\\n--- files ---\\n' && rg --files apps/dev | sort", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `shell_command` - -```json -{ - "command": "sed -n '380,530p' docs/planning/elicitation-kernel/spec.md && sed -n '720,792p' docs/planning/elicitation-kernel/spec.md && printf '\\n--- boundaries ---\\n' && sed -n '1,220p' test/boundaries.test.ts", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/database/", - "objective": "Extract current Flue Node database adapter setup, supported stores, schema/migration ownership, deployment topology, and limits relevant to converting this project's local SQLite persistence into production persistence.", - "forceRefetch": true -} -``` - -**Tool Use:** `read_web_page` - -```json -{ - "url": "https://flueframework.com/docs/guide/deploy/", - "objective": "Extract Flue's framework-level deployment decision tree and target tradeoffs, especially Node vs Cloudflare and constraints that matter to this project's current Node app.", - "forceRefetch": true -} -``` - -## User - -**Tool Result:** `TU-0346wc1p3MauwgskU7O6CJ` - -``` -{ - "output": "test/boundaries.test.ts:342: // `db.ts` — Flue's build-time scan makes shipping a pre-registered agent\ntest/boundaries.test.ts:344: for (const file of ['src/app.ts', 'src/db.ts']) {\napps/dev/src/db.ts:18:export default sqlite(conversationDbPath());\ntest/known-gaps.ts:68: gap: 'The capture store survives restart (proven in the ticket-13 prototype), but conversation-store durability with a real db.ts has never been driven across a restart.',\napps/dev/src/db-path.ts:7: * the exact restart-durability failure `db.ts` exists to prevent. From `src/`\napps/dev/src/db-path.ts:11: * Kept apart from `db.ts` so it stays importable under `bun test`: the\napps/dev/src/db-path.ts:19: // '' through to sqlite(), which opens an anonymous temporary database\napps/dev/src/db-path.ts:21: const override = process.env.BRUNCH_DEV_DB_PATH;\ntest/build-artifact.test.ts:90: // Without db.ts reaching the bundle, conversations are process-memory and a\ntest/build-artifact.test.ts:96: // default-adapter fallback, so both match even when the mount or db.ts\ntest/build-artifact.test.ts:100: expect(bundle).toContain('BRUNCH_DEV_DB_PATH'); // db.ts's env override\ntest/build-artifact.test.ts:101: expect(bundle).toContain('.data-wipe-me'); // db.ts's default store path\napps/dev/test/db-path.test.ts:8: * Tested against `db-path.ts` rather than `db.ts`, because the adapter module\napps/dev/test/db-path.test.ts:23: const originalOverride = process.env.BRUNCH_DEV_DB_PATH;\napps/dev/test/db-path.test.ts:27: if (originalOverride === undefined) delete process.env.BRUNCH_DEV_DB_PATH;\napps/dev/test/db-path.test.ts:28: else process.env.BRUNCH_DEV_DB_PATH = originalOverride;\napps/dev/test/db-path.test.ts:32: delete process.env.BRUNCH_DEV_DB_PATH;\napps/dev/test/db-path.test.ts:43: process.env.BRUNCH_DEV_DB_PATH = './relative/on-purpose.db';\napps/dev/test/db-path.test.ts:48: // sqlite('') would open an anonymous temporary database deleted on close\napps/dev/test/db-path.test.ts:50: process.env.BRUNCH_DEV_DB_PATH = '';\n\n--- files ---\napps/dev/flue.config.ts\napps/dev/index.html\napps/dev/package.json\napps/dev/src/agents/gherkin-elicitor.ts\napps/dev/src/app.ts\napps/dev/src/assets.ts\napps/dev/src/db-path.ts\napps/dev/src/db.ts\napps/dev/src/routes.ts\napps/dev/src/ui/chat.tsx\napps/dev/src/ui/main.tsx\napps/dev/src/ui/styles.css\napps/dev/test/assets.test.ts\napps/dev/test/db-path.test.ts\napps/dev/test/walking-skeleton.integration.ts\napps/dev/test/walking-skeleton.test.ts\napps/dev/vite.client.config.ts\napps/dev/vite.config.ts\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wc1qW3vv33A67vRyQU` - -```` -{ - "output": "\n### 8.7 Resume-time sweep reconciliation\n\nA session ending between settlement judgment and sweep leaves an unswept tail — a computable fact\n(entries above the high-water mark). On resume the harness surfaces it as an advisory (inside the\nre-entry briefing, §9.3) and the agent judges whether to sweep before proceeding.\n\n## 9. Sessions, durability, and the storage port\n\n### 9.1 Durable target-document, transient sessions, sweep as the only bridge\n\n- **Target-document** = one target-domain + its capture store + its session history. Its\n authoritative state is **the capture store plus all session logs — never the render**.\n Projections, renders, and artifacts are strictly derived: cacheable, disposable. Session logs\n are durable truth too: discarding swept logs would dead-end every capture's evidence pointers.\n **Conversations are themselves documents** (amended on review 2026-08-11): each session log is\n kept as reference, indefinitely, and lives **with** the target-document in the same persistence\n home — the storage port's session-log archive (§9.6) — so evidence pointers resolve against\n the target-document's own store, never against whatever the substrate happens to retain.\n- **Session** = one substrate conversation. Sessions **never formally close** — they go quiet and\n stay resumable; \"ended\" would be a fiction the harness cannot verify.\n- **Session→document binding** (adjudicated, L4): a new session's `initialData` carries the\n target-document id (validated once at creation, immutable — Flue's own lane for a target\n descriptor). Dispatching to an existing conversation id resumes that session against the current\n state of its target-document; a new id opens a new session against the named document. Plugin\n choice is conversation-lifetime-immutable for the same reason.\n\n### 9.2 Per-session state and concurrency\n\nStrictly per-session state is **exactly three things**: the evidence log, the swept high-water\nmark, the pending-affordance slot. (The private scratchpad is *not* session state — pattern\nguidance only; its natural Flue home is the `harness.prompt` scratch conversation, §11.4.)\n\nConcurrency is **interleaved-only** for milestone one: the store is serialized (sweeps validate\nand apply atomically — a transactional guarantee, not a session lock); staleness is optimistic —\nthe single-hop supersession refusal doubles as the stale-session guard, and the refusal carries\nthe world-moved facts. Refusal granularity is **whole-sweep atomic**; re-proposing is cheap once\nthe advisory is digested. No locking, no merge, no sync events; true simultaneous-sweep\ncoordination stays fog until a real concurrent consumer appears.\n\n### 9.3 Re-entry briefing\n\nWhen a session resumes after the world moved, the harness injects a **state message** on the\nuser's behalf (Pi's custom-entry convention; on Flue, a typed `kind: 'signal'` entry). Content is\ncomputed facts only: unswept tail, world-moved delta (captures created/superseded and issues\nopened/closed since this session's last sweep; anchor = session start if it never swept), open\nissues, pending unanswered affordance. Advisory-only — the agent weighs; nothing is forced. A\n**minimal user-visible insertion notice** accompanies every injected state message. Ticket 13\nproved the briefing in all three shapes (fresh, resumed, post-restart) and observed it produce\nunscripted conversational conflict-surfacing.\n\n### 9.4 Provenance: only the true user's side is evidence\n\nThe data model **distinguishes true user entries from injected on-behalf-of-user entries**.\nCapture evidence spans anchor only on true user (and user-affordance-payload) entries; injected\nbriefings live in the log honestly but are **never citable as capture evidence** — and on Flue\nthis is mechanically enforced, since signals appear structurally non-user in the entry projection\n(a capture citing an injected entry is refused at validation). Reconciliation with harness invariant 1 (Appendix A,\nC5): user-derived captures cite user entries; `defaulted` / `external-lookup` captures cite a\ndeclared default or documented transformation instead.\n\n### 9.5 Completion is derived, never a gate\n\nA target-document has no lock and no terminal state: completion-contract satisfaction is a\nread-time derived status (§5's derived-status family). A user returning with a correction after\n\"done\" is the motivating story. Semantic completeness and representation completeness remain\nseparate assessments; each issue records its origin.\n\n### 9.6 The storage port (adjudicated, C1)\n\n**The storage port is harness-defined and binding-implemented; plugins are storage-blind.** The\nharness defines the port's contract (the capture-store operations and their envelope invariants,\nenforced as store-level refusals); the binding implements it for its deploy target; the plugin\nnever touches persistence. Reconciliation with the shipping-shape's \"host-owned storage\": the\nsubstrate's *conversation* storage (Flue's `db.ts`) stays host-authored because Flue requires it\nof the consuming app; the harness's *capture store* is the storage port, implemented in\n`packages/binding-flue` (and any future binding). The remote-parity constraint reads accordingly: the\nstorage port is owned **outside the plugin** (§12.5).\n\n**The port's scope is the capture store plus the session-log archive** (amended on review\n2026-08-11): session logs attached to a target-document live with it, retained indefinitely.\nThe mechanism is **archive-on-read** — whenever the binding reads the durable entry projection\n(every sweep, every briefing computation), it retains the entries it read in the\ntarget-document store. At minimum, every entry a capture points to must be retrievable from the\narchive forever; the substrate's conversation store remains the live transport copy, never the\nprovenance record.\n\n**Milestone-one local store**: binding-owned; the format is binding-internal **but constrained** —\nit must provide whole-sweep-atomic application and refusals with serialized writes (adjudicated,\nL13; a flat append-only text file does not qualify unaided). The ticket-13 skeleton's shape (JSON\nfile, tmp+rename atomic, in-process serialization) is the proven floor; it holds the session-log\narchive alongside captures, issues, and events.\n\n### 9.7 Context compaction vs. the durable log\n\nPi-family substrates compact long transcripts, with custom compaction definitions controlling\nwhich entry kinds survive in the context the model re-reads — ordinary user and agent messages\nare normally summarized away. This never touches the spec's durability claims, **provided one\nconstraint holds, stated here as part of the storage contract**:\n\n- **Compaction may shrink what the model re-reads, never what the store can resolve.** Evidence\n pointers and the sweep machinery bind to the **durable entry projection** (capability 8, §10),\n not to the model's context window. A binding must guarantee the durable projection is\n compaction-independent; a substrate whose compaction prunes durable history is a substrate whose\n binding must preserve the pruned entries itself (binding absorption, as with capability 10).\n The session-log archive (§9.6) is that preservation mechanism, already in place: compaction\n cannot remove anything the archive holds.\n- Two existing mechanisms already cushion the model-side loss: **excerpt-primary evidence spans**\n (§5) keep every capture citable and self-contained even where durable access degrades, and the\n **re-entry briefing** (§9.3) already treats \"the model no longer remembers\" as a normal state —\n a compacted session is informationally a resumed one. Per-session harness state (high-water\n mark, pending-affordance slot) lives outside the transcript and cannot be compacted away.\n- If a binding supplies a compaction definition, injected signals and affordance tool parts need\n no protected status: briefings are recomputable facts and affordance identity is durable on\n tool output parts — only true user entries are irreplaceable, and the archive holds those.\n\nWhether Flue's compaction (if and as it ships one) preserves the durable-history projection\nunmodified is **unverified** — named in §14.5.\n\n## 10. The substrate-capability list\n\nThe core/binding seam, the portability pressure test, and the early-smell detector: porting =\nreimplementing this list; exotic Flue-shaped entries appearing here is the smell. **Ten entries**\n(six from the shipping-shape resolution, four added by the sweep-seam skeleton):\n\n| # | Capability | Flue status |\n|---|---|---|\n| 1 | Register a tool | native (`defineTool`/`useTool`) |\n| 2 | Contribute instructions | native (render return) |\n| 3 | Persist per-conversation state | native (`usePersistentState`, atomic with its unit of work) |\n| 4 | Emit an affordance payload | native (data channel + tool output parts) |\n| 5 | Suspend-for-reply | **absorbed**: no ask primitive; `terminate: true` + pending slot + fresh dispatch (§7.4) |\n| 6 | Private model call | native (`harness.prompt` scratch conversation) |\n| 7 | Subscribe to the would-stop lifecycle seam, with same-response signal steering | native (`useAgentFinish` + `ctx.append`; fires on suspensions — pending guard load-bearing; loop-guarded) |\n| 8 | Read the session's durable entry projection, with provenance-discriminating entry kinds | **binding-absorbed**: no in-process API; public history projection over self-HTTP; `purpose` discriminates provenance |\n| 9 | Inject typed non-user signal entries, same-response and as deliveries | native (`ctx.append` / `dispatch({kind:'signal'})`; projects structurally non-user) |\n| 10 | Provide a transactional durable store outside conversation state | **binding-absorbed** entirely (Flue neither provides nor forbids) |\n\nBinding-size asymmetry is expected, not failure: each binding absorbs what its substrate lacks or\nforbids. Core names operations abstractly; the binding renders substrate tool names.\n\n**Recorded Flue facts the implementation must respect**: `@flue/vite` requires vite ^8 and the\n`'use agent'` directive as the file's first statement; `agentName` must be a string literal and\nmust be pinned (conversation storage keys on it); the dev controller owns the whole request space,\nso the ui is a separate app or app-served assets; tool schemas are Valibot, frozen at module load;\ntool names are globally unique per render with reserved names; prompt-cache economics forbid\nper-question tool swapping (one stable tool set + state-driven instructions); subagents are\nconversationally sterile; non-React hosts build on `@flue/sdk`; without `db.ts` conversations are\nprocess-memory (restart loses them; the capture store survives independently — proven, ticket 13).\n\n## 11. Plugins and packs\n### 14.1 The ten harness invariants (restated in envelope vocabulary; enforced as test properties)\n\n1. **No value without provenance.** Every projected value traces to a capture (with evidence\n spans), a declared default, or a documented transformation.\n2. **No silent conflict resolution.** Contradictory active captures resolve only via an explicit\n resolution record or supersession event.\n3. **No silent projection loss.** Relevant active captures that cannot be represented appear in\n the typed loss report.\n4. **Corrections don't erase history.** Superseded captures remain inspectable and never active.\n5. **Retries are semantically idempotent.** A retried operation or re-swept range never creates a\n second user assertion (content-keyed capture identity).\n6. **Issues are namespaced to their producer.** A plugin/target-domain requirement never silently\n becomes a harness-level requirement; harness envelope issues are namespaced to the harness.\n7. **Plugin failures are atomic.** A failed operation leaves no partially applied deltas; sweeps\n apply whole or refuse whole.\n8. **Equivalent state produces equivalent projection.** Projection is a function of the\n capture-store snapshot, never of discovery order.\n9. **Unknown remains distinct from false.** Absence states never collapse to null or negation.\n10. **Explicit remains distinct from inferred and defaulted.** Epistemic status never collapses.\n\n### 14.2 The five proof obligations (contract acceptance criteria)\n\nIndependent variability · semantic conservation · explicit transformation · controlled elicitation\n· local implementation — judged as in the criteria doc, against the hourglass. Companion tests:\n**smallest-honest-plugin** (every contract addition checked against the bar it raises) and its\nsibling the **second-binding test** (every time mechanism wants to land in the binding: \"genuinely\nsubstrate-specific, or mechanism leaking into Flue's dialect?\").\n\n### 14.3 Gating tests and review vocabulary\n\nGating: **reprojection / projector substitution** (capture once, project into materially different\ntargets, verify agreement); **minimal pairs** (\"the budget is / might be €20,000\"); **black-box\nauthoring** (public SDK + docs to a developer who hasn't read core; count concepts, boilerplate,\nescape hatches). Review vocabulary (named smells): opaque payload waist, giant context bag,\nschema-shaped questioning, null collapse, silent coercion/loss, correction-as-duplication, hidden\ntarget leakage.\n\n### 14.4 Testing strategy\n\n**Generation-first fixtures over a deterministic replay driver**; everything runs in plain\n`bun test` — no model, no substrate. Hand-written fixtures are seeds; the corpus is generated:\n\n- Properties come from the **harness contract** — the ten invariants above are literally\n properties; generators come from the **plugin's declarations**, never its implementation\n (`arbitraryFromSchema`: Valibot → fast-check arbitraries), plus negative-space properties for\n plugin code (validators total — never throw, always typed issues; `project` never emits an\n undeclared loss category).\n- Where dynamics are the subject: **model-based command-sequence testing** (`fc.commands`) over\n the envelope-derived alphabet — utter · settle-range · sweep · correct · contradict ·\n reply-with-absence · redirect.\n- Language realism: a **model as offline generator, never CI oracle** — a model plays respondent\n against the plugin's own kernel cards, varied by persona/curveball, plus a mutation library\n generalizing minimal pairs (epistemic-status flips, absence injections, supersession\n injections). Outputs freeze as replayable fixtures; **regenerate when declarations change**.\n- Shrunk counterexamples are minimal pathological conversations: pinned as regressions and read\n first as type-design feedback on envelope/payload types.\n\n### 14.5 Open verification items (named, with homes)\n\n- **Interpretation-render plugin-renderer seam** — exercised once real packs exist (milestone-one\n build, both plugins).\n- **Restart durability of the full stack** — the capture store survives restart (proven, ticket\n 13); conversation-store durability with a real `db.ts` is untested (milestone-one dev app).\n- **Wake-wart residue** — §7.4's no-interpolation ruling removes the cause observed in ticket 10;\n confirm no other instruction-state write path re-triggers advisory wakes (milestone-one binding).\n- **History-projection paging** (>1000 entries) and binding base-URL discovery — binding\n implementation details flagged by ticket 13.\n- **Compaction vs. durable history** (§9.7) — verify that Pi/Flue compaction leaves the durable\n entry projection unmodified (or scope what the binding must preserve itself); no prototype has\n driven a session across a compaction boundary (milestone-one binding).\n\n---\n\n\n--- boundaries ---\n/**\n * The architectural boundaries, as tests rather than as documentation.\n *\n * Spec §4 and §12.2 state the dependency direction as invariants; an invariant\n * nobody can run is a wish. These are the mechanical checks — they read the\n * real tree, so a package added later is governed without opting in.\n *\n * Two of them are load-bearing beyond tidiness, because the Flue build is\n * silent about the failure: a `'use agent'` directive that is not the file's\n * first statement builds green and simply never registers the agent.\n */\n\nimport { describe, expect, test } from 'bun:test';\nimport { readFileSync } from 'node:fs';\nimport { join } from 'node:path';\nimport {\n AGENT_DIRECTIVE_STATEMENT,\n agentModules,\n allDependencies,\n filesIn,\n importedPackages,\n MODEL_KEY_NAME,\n packageOf,\n pinnedIdentities,\n REPO_ROOT,\n sourceFiles,\n testFiles,\n workspacePackages,\n type WorkspacePackage,\n} from './workspace.ts';\n\nconst PACKAGES = workspacePackages();\n\nconst CORE = '@brunch/core';\n/** Any substrate package. The harness may never name one; a binding must. */\nconst SUBSTRATE_SCOPES = ['@flue/', '@earendil-works/'];\n\nconst isSubstrate = (name: string): boolean =>\n SUBSTRATE_SCOPES.some((scope) => name.startsWith(scope));\nconst byRole = (role: string): WorkspacePackage[] =>\n PACKAGES.filter((pkg) => pkg.dir.startsWith(`${role}-`));\n\ntest('every workspace package is one the spec topology names', () => {\n // Derived from the spec's own §12.2 topology block instead of a second\n // hand-written list here. The spec names *intended* structure — some\n // entries are not scaffolded yet — so the direction checked is disk ⊆\n // spec: a package the spec does not name is loud, while an\n // intended-but-unbuilt one is not a failure. (The old hardcoded equality\n // would have failed the next legitimate package instead of governing it.)\n const spec = readFileSync(join(REPO_ROOT, 'docs/planning/elicitation-kernel/spec.md'), 'utf8');\n const topology = /### 12\\.2[^\\n]*\\n[\\s\\S]*?```\\n([\\s\\S]*?)```/.exec(spec)?.[1];\n expect(topology).toBeDefined();\n const named = new Set(\n [...topology!.matchAll(/^((?:packages|apps)\\/[\\w-]+)(?=\\s|$)/gm)].map((match) => match[1]!),\n );\n expect(named.size).toBeGreaterThan(0);\n for (const pkg of PACKAGES) {\n expect({ pkg: pkg.relPath, inSpec: named.has(pkg.relPath) }).toEqual({\n pkg: pkg.relPath,\n inSpec: true,\n });\n }\n});\n\ntest('every package is actually scanned', () => {\n // Without this, a package the file walker misses passes every file-level\n // invariant vacuously — the substrate-import ban, the plugin-resolves-core\n // rule, and the schema-library ban would all iterate an empty list and go\n // green. A silent exemption is worse than no check at all.\n for (const pkg of PACKAGES) {\n expect({ pkg: pkg.relPath, scanned: sourceFiles(pkg).length > 0 }).toEqual({\n pkg: pkg.relPath,\n scanned: true,\n });\n }\n});\n\ndescribe('role prefixes name what a package is architecturally (spec §12.2)', () => {\n test('every package under packages/ is core or carries a role prefix', () => {\n for (const pkg of PACKAGES.filter((p) => p.kind === 'package')) {\n expect(pkg.dir).toMatch(/^(core|plugin-[a-z0-9-]+|binding-[a-z0-9-]+)$/);\n }\n });\n\n test('no package uses an avoided role noun', () => {\n // The glossary's own noun is `binding`; `adapter-*` and `wrapper-*` are\n // avoided terms, and `elicit-*` names function rather than identity.\n for (const pkg of PACKAGES) {\n expect(pkg.dir).not.toMatch(/^(adapter|wrapper|elicit)-/);\n }\n });\n\n test('the manifest name matches the role-prefixed directory', () => {\n for (const pkg of PACKAGES) {\n expect(pkg.name).toBe(`@brunch/${pkg.dir}`);\n }\n });\n});\n\ndescribe('dependency direction (spec §4, §12.2)', () => {\n test('the harness imports no substrate', () => {\n const core = PACKAGES.find((pkg) => pkg.name === CORE);\n expect(core).toBeDefined();\n expect(allDependencies(core!).filter(isSubstrate)).toEqual([]);\n for (const file of sourceFiles(core!)) {\n const substrateImports = importedPackages(file).filter((s) => isSubstrate(packageOf(s)));\n expect({ file: file.relPath, substrateImports }).toEqual({\n file: file.relPath,\n substrateImports: [],\n });\n }\n });\n\n test('the harness depends on no binding and no plugin', () => {\n const core = PACKAGES.find((pkg) => pkg.name === CORE)!;\n for (const dependency of allDependencies(core)) {\n expect(dependency).not.toMatch(/^@brunch\\/(binding|plugin)-/);\n }\n });\n\n test('plugins resolve core only — never the binding, never Flue', () => {\n const plugins = byRole('plugin');\n expect(plugins.length).toBeGreaterThan(0);\n for (const plugin of plugins) {\n const workspaceDeps = allDependencies(plugin).filter((d) => d.startsWith('@brunch/'));\n expect(workspaceDeps).toEqual([CORE]);\n expect(allDependencies(plugin).filter(isSubstrate)).toEqual([]);\n\n for (const file of sourceFiles(plugin)) {\n for (const specifier of importedPackages(file)) {\n const pkg = packageOf(specifier);\n expect(isSubstrate(pkg)).toBe(false);\n if (pkg.startsWith('@brunch/')) expect(pkg).toBe(CORE);\n }\n }\n }\n });\n\n test('a binding imports both', () => {\n const bindings = byRole('binding');\n expect(bindings.length).toBeGreaterThan(0);\n for (const binding of bindings) {\n const deps = allDependencies(binding);\n expect(deps).toContain(CORE);\n expect(deps.some(isSubstrate)).toBe(true);\n }\n });\n\n test('bindings depend on no plugin — the harness discovers plugins, not the substrate', () => {\n for (const binding of byRole('binding')) {\n for (const dependency of allDependencies(binding)) {\n expect(dependency).not.toMatch(/^@brunch\\/plugin-/);\n }\n }\n });\n});\n\ndescribe('the direction is physical, not merely declared', () => {\n // Bun's isolated linker gives each package only what it declares, so a\n // forbidden import cannot even resolve. This asserts that property holds\n // rather than assuming it — a hoisted node_modules would quietly restore\n // every forbidden path.\n const resolvesFrom = (pkg: WorkspacePackage, specifier: string): boolean => {\n try {\n Bun.resolveSync(specifier, pkg.path);\n return true;\n } catch {\n return false;\n }\n };\n\n // Probed with the substrate packages the bindings actually declare, and\n // with every binding by name — derived from the tree, so a new substrate\n // dependency or a second binding is probed without opting in.\n const substratePackages = [\n ...new Set(byRole('binding').flatMap((b) => allDependencies(b).filter(isSubstrate))),\n ];\n\n test('a plugin cannot resolve the substrate or a binding', () => {\n expect(substratePackages.length).toBeGreaterThan(0);\n for (const plugin of byRole('plugin')) {\n for (const specifier of substratePackages) {\n expect({\n plugin: plugin.dir,\n specifier,\n resolves: resolvesFrom(plugin, specifier),\n }).toEqual({ plugin: plugin.dir, specifier, resolves: false });\n }\n for (const binding of byRole('binding')) {\n expect(resolvesFrom(plugin, binding.name)).toBe(false);\n }\n expect(resolvesFrom(plugin, CORE)).toBe(true);\n }\n });\n\n test('core cannot resolve the substrate', () => {\n const core = PACKAGES.find((pkg) => pkg.name === CORE)!;\n for (const specifier of substratePackages) {\n expect({ specifier, resolves: resolvesFrom(core, specifier) }).toEqual({\n specifier,\n resolves: false,\n });\n }\n });\n});\n\ndescribe('Valibot is the schema library at every boundary (spec §12.4)', () => {\n // Flue locks Valibot at every boundary. A Standard-Schema waist would buy\n // comfort at the cost of a conversion seam that can silently drop\n // constraints — the silent-coercion smell.\n const OTHER_SCHEMA_LIBRARIES = [\n 'zod',\n 'yup',\n 'joi',\n 'ajv',\n 'superstruct',\n 'arktype',\n 'io-ts',\n 'runtypes',\n '@sinclair/typebox',\n", - "exitCode": 0 -} -```` - -**Tool Result:** `TU-0346wc1sSzlBgZObWLTQez` - -```` -# description: Configure where Flue durably stores agent conversations, from the in-memory default to SQLite, Postgres, and beyond. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg -This guide covers what Flue stores, how the `db.ts` entry module works, the in-memory default and its limits, the built-in `sqlite()` -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg -adapter, and the ecosystem of adapters for Postgres, libSQL, and other backends. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg -One note up front: the database is a **Node.js** concern. - -... - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The `db.ts` entry module -To choose a database, create a `db.ts` file in your project’s [source directory](https://flueframework.com/docs/guide/project-layout/) and default-export a persistence adapter: -```ts -import { sqlite } from '@flue/runtime/node'; - -export default sqlite('./data/flue.db'); -```` - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The `db.ts` entry module -Like `app.ts`, the `db.ts` entry is discovered by convention — `vite dev`, `vite build`, and `flue run` all resolve it from the source root (`.flue/`, `src/`, or the project root) and connect it at startup. - -... - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The `db.ts` entry module -Flue calls the adapter’s `migrate()` once at boot to create or verify its tables, then awaits `connect()` — so an unreachable or misconfigured database fails at startup, not in the middle of your first conversation. - -... - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The in-memory default -Without a `db.ts`, Flue runs on in-memory SQLite. Everything works — conversations, persisted state, recovery within the process lifetime — but **a restart loses everything**: every conversation, every accepted submission, every piece of state. - -... - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The in-memory default -| Command | Without db.ts | -| vite dev | A cache file (node_modules/.cache/flue/dev.db) — history survives code reloads, resets when the dev server cold-starts. | -| vite build | In-memory — the deployed server keeps state only for the process lifetime. | -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The in-memory default -With a `db.ts`, all three use your adapter, so development runs against the same storage shape as production. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The built-in `sqlite()` adapter -The `sqlite()` adapter ships with the runtime and needs no extra dependencies — it runs on Node’s built-in `node:sqlite` module. Point it at a file path for storage that survives restarts: - -```ts -import { sqlite } from "@flue/runtime/node"; - -export default sqlite("./data/flue.db"); -``` - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The built-in `sqlite()` adapter -The adapter creates the file (and any missing parent directories) on first boot and opens it in WAL mode. Calling `sqlite()` with no argument — or with `':memory:'` — gives you the same in-memory database as the default. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > The built-in `sqlite()` adapter -A file-backed SQLite database covers a single-host deployment: it survives process restarts and redeploys on the same machine, but not the loss of the host itself. When state must survive host loss, or multiple replicas need to share it, use an external database. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -Flue publishes adapters for the major database ecosystems, each available as a [blueprint](https://flueframework.com/docs/cli/add/) — a Markdown implementation guide your coding agent applies, rather than a package installer. The blueprint name is the backend’s lowercase name: - -```sh -flue add database postgres -``` - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -| Backend | Adapter package | -| [Postgres](https://flueframework.com/docs/ecosystem/databases/postgres/) | @flue/postgres | -| [Supabase](https://flueframework.com/docs/ecosystem/databases/supabase/) | @flue/postgres | -| [Turso](https://flueframework.com/docs/ecosystem/databases/turso/) | @flue/libsql |title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -| Backend | Adapter package | -| [Postgres](https://flueframework.com/docs/ecosystem/databases/postgres/) | @flue/postgres | -| [Supabase](https://flueframework.com/docs/ecosystem/databases/supabase/) | @flue/postgres | -| [MySQL](https://flueframework.com/docs/ecosystem/databases/mysql/) | @flue/mysql |title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -| Backend | Adapter package | -| [Postgres](https://flueframework.com/docs/ecosystem/databases/postgres/) | @flue/postgres | -| [Supabase](https://flueframework.com/docs/ecosystem/databases/supabase/) | @flue/postgres | -| [MongoDB](https://flueframework.com/docs/ecosystem/databases/mongodb/) | @flue/mongodb |title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -| Backend | Adapter package | -| [Postgres](https://flueframework.com/docs/ecosystem/databases/postgres/) | @flue/postgres | -| [Supabase](https://flueframework.com/docs/ecosystem/databases/supabase/) | @flue/postgres | -| [Redis](https://flueframework.com/docs/ecosystem/databases/redis/) | @flue/redis | - -... - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -There are no migrations to run by hand with any adapter. `migrate()` provisions Flue’s tables idempotently on first boot, reuses them on restart, and stamps a format version — a database written by an incompatible Flue version refuses to start rather than corrupting state. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -A shared database does **not** enable active-active scaling. A durable external database lets a replacement process recover accepted work and lets replicas share conversation state, but each agent conversation still needs exactly one live Node owner at a time. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Ecosystem adapters -See [Durability](https://flueframework.com/docs/guide/durability/) for the ownership rules and what recovery actually replays. -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Writing a custom adapter -If your backend isn’t in the catalog, you can implement the storage contract yourself. An adapter is an object with `connect()` (returning the three stores — submissions, conversation streams, and attachments), plus optional `migrate()` and `close()`; the types live in `@flue/runtime/adapter`: -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Writing a custom adapter - -```ts -import type { PersistenceAdapter } from '@flue/runtime/adapter'; - -export default { - migrate() { - /* create or verify backing storage */ - }, - connect() { - return { submissionStore, conversationStreamStore, attachmentStore }; - }, - close() { - /* release connections */ - }, -``` - -... - -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Choosing a database -| Situation | Choice | -| Local development | The defaults — add db.ts only to develop against production storage | -| Single-host Node deployment | File-backed sqlite() | -| Cloudflare deployment | Nothing to configure — Durable Object SQLite is automatic | -| A backend not in the catalog | A custom PersistenceAdapter | -title: Database | Flue -image: https://flueframework.com/docs/og4.jpg > Next steps - -- [Durability](https://flueframework.com/docs/guide/durability/) — what recovery replays after an interruption, and the one-live-owner rule. -- [Data Persistence API](https://flueframework.com/docs/reference/data-persistence-api/) — the full adapter and store contracts. - title: Database | Flue - image: https://flueframework.com/docs/og4.jpg > Next steps -- [Postgres](https://flueframework.com/docs/ecosystem/databases/postgres/) and the other ecosystem database pages — per-backend setup, configuration, and caveats. -- [Deploy Agents on Node.js](https://flueframework.com/docs/ecosystem/deploy/node/) — provisioning a database alongside your server. - -``` - -**Tool Result:** `TU-0346wc1u7jQutZpaOA2e1X` - -``` - -# description: Build your Flue application into a deployable artifact and ship it to the Node.js or Cloudflare target. - -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Build with Vite - -1. **Resolves the project.** It discovers [flue.config.ts](https://flueframework.com/docs/reference/configuration/) and locates your entry modules (`app.ts` required; `db.ts` and `cloudflare.ts` optional). -2. - -... - -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Choose a target -Flue builds for two targets: - -- **Node.js** produces a self-starting server you can run anywhere Node runs: a VM, a container, or a managed host. -- **Cloudflare** produces a Worker where each agent runs inside its own Durable Object, with durable state and global addressability out of the box. - title: Deploy | Flue - image: https://flueframework.com/docs/og4.jpg > Choose a target - When `target` is unset, `flue()` auto-detects it from the Vite plugin array: with `@cloudflare/vite-plugin` present the target is `'cloudflare'`, otherwise `'node'`. An explicit [target](https://flueframework.com/docs/reference/configuration/) overrides detection. - title: Deploy | Flue - image: https://flueframework.com/docs/og4.jpg > Deploy on Node.js - `vite build` bundles the application into two Node entries: the self-starting `dist/server.mjs`, and the non-listening `dist/app.mjs` chunk it imports: - -```bash -vite build -node dist/server.mjs -``` - -Three things to know before shipping the artifact: -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Node.js - -- **Environment:** the built server does not load `.env` — supply provider keys and other configuration when you start it. It listens on port `3000` by default; set `PORT` to change it. -- **Dependencies:** application dependencies are externalized, not bundled. - title: Deploy | Flue - image: https://flueframework.com/docs/og4.jpg > Deploy on Node.js - Deploy the artifact alongside its `node_modules`, or in a container that installs them. -- **State:** without a [db.ts](https://flueframework.com/docs/guide/database/) adapter, conversations live in process-local memory and a restart loses them. Configure a durable adapter before deploying anything you care about. - -... - -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Node.js -For runtime details — state and durability, process ownership, multi-replica rules, environment and secrets — see the [Node.js target guide](https://flueframework.com/docs/guide/node-target/). - -... - -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Cloudflare -On Cloudflare, `flue()` cooperates with the official `@cloudflare/vite-plugin`, which owns workerd dev, build output, preview, and deploy. `flue()` must come **before** `cloudflare()` in the plugins array; the wrong order is diagnosed with an error. -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Cloudflare -Flue’s job is generating the Worker inputs the Cloudflare plugin consumes: a Worker entry that registers your scanned agents and exports one Durable Object class per agent, plus your authored `wrangler.jsonc` merged with the generated bindings. Add both generated paths to `.gitignore`: - -... - -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Cloudflare -Two things stay yours to author in `wrangler.jsonc`: the `nodejs_compat` compatibility flag, and the **Durable Object migrations** — an append-only record of your deployments that Flue never writes. -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Cloudflare -Every deployed agent needs a migration entry for its generated class, so adding an agent is always a triple: the agent, its mount in `app.ts` (skip for dispatch-only agents), and a new migration tag: -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Cloudflare - -```jsonc -{ - "name": "my-flue-worker", - "compatibility_date": "2026-06-01", - "compatibility_flags": ["nodejs_compat"], - "migrations": [{ "tag": "v1", "new_sqlite_classes": ["FlueTriageAgent"] }], -} -``` - -... - -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Cloudflare -Build and deploy through the Cloudflare plugin: `vite build`, then deploy against the config it emits into `dist/`. -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Deploy on Cloudflare -For the full walkthrough, see [Deploy Agents on Cloudflare](https://flueframework.com/docs/ecosystem/deploy/cloudflare/); for runtime behavior — generated classes and bindings, durable execution, service bindings — see the [Cloudflare target guide](https://flueframework.com/docs/guide/cloudflare-target/). - -... - -title: Deploy | Flue -image: https://flueframework.com/docs/og4.jpg > Docs Navigation > Sections - -- [Guide](https://flueframework.com/docs/guide/getting-started/) -- [Reference](https://flueframework.com/docs/reference/agent-api/) -- [CLI](https://flueframework.com/docs/cli/overview/) -- [Agent SDK](https://flueframework.com/docs/sdk/overview/) -- [Ecosystem](https://flueframework.com/docs/ecosystem/) - -```` - -## Assistant - -**Tool Use:** `shell_command` - -```json -{ - "command": "nl -ba apps/dev/src/db.ts && printf '\\n--- db path ---\\n' && nl -ba apps/dev/src/db-path.ts && printf '\\n--- project config versions ---\\n' && rg -n '\"(@flue/|ai\"|@trytilde|next|vercel|cloudflare)' package.json apps packages bun.lock | sed -n '1,160p'", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -```` - -**Tool Use:** `shell_command` - -```json -{ - "command": "nl -ba CONTEXT.md | sed -n '1,130p' && printf '\\n--- package/app selected ---\\n' && nl -ba apps/dev/package.json | sed -n '1,100p' && nl -ba apps/dev/src/app.ts | sed -n '1,100p' && nl -ba apps/dev/src/agents/gherkin-elicitor.ts | sed -n '20,110p'", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `shell_command` - -```json -{ - "command": "nl -ba packages/binding-flue/src/capabilities.ts | sed -n '1,150p' && printf '\\n--- binding ask ---\\n' && nl -ba packages/binding-flue/src/index.ts | sed -n '25,120p' && printf '\\n--- local store selected ---\\n' && nl -ba packages/binding-flue/src/local-capture-store.ts | sed -n '1,120p'", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -**Tool Use:** `shell_command` - -```json -{ - "command": "nl -ba docs/planning/elicitation-kernel/spec.md | sed -n '642,661p' && nl -ba test/known-gaps.ts | sed -n '60,118p' && nl -ba .github/workflows/ci.yml | sed -n '1,100p'", - "workdir": "/Users/lunelson/Code/hashintel/brunch-lite" -} -``` - -## User - -**Tool Result:** `TU-0346wcH56DvMLrbCjD29Xd` - -``` -{ - "output": " 1\t/**\n 2\t * The substrate's conversation storage — host-authored because Flue requires\n 3\t * it of the consuming app (spec §9.6, adjudication C1).\n 4\t *\n 5\t * Not to be confused with the capture store: that is the harness's storage\n 6\t * port, harness-defined and implemented in `@brunch/binding-flue`, and plugins are\n 7\t * blind to both. This file holds only the live transport copy of conversations.\n 8\t * The provenance record is the target-document's own session-log archive.\n 9\t *\n 10\t * Without this file conversations are process-memory and a restart loses them\n 11\t * (recorded Flue fact, spec §10). Restart durability of the full stack is an\n 12\t * open verification item (spec §14.5) that this file exists to make testable.\n 13\t */\n 14\t\n 15\timport { sqlite } from '@flue/runtime/node';\n 16\timport { conversationDbPath } from './db-path.ts';\n 17\t\n 18\texport default sqlite(conversationDbPath());\n\n--- db path ---\n 1\t/**\n 2\t * Where the conversation store lives, resolved before the adapter opens it.\n 3\t *\n 4\t * Anchored to this module's location — the way `app.ts` anchors `uiRoot` —\n 5\t * never to the launch directory: a cwd-relative default silently creates a\n 6\t * fresh empty database when the app is launched from anywhere else, which is\n 7\t * the exact restart-durability failure `db.ts` exists to prevent. From `src/`\n 8\t * and from the emitted `dist/` bundle alike, `../.data-wipe-me/` resolves to\n 9\t * the package directory.\n 10\t *\n 11\t * Kept apart from `db.ts` so it stays importable under `bun test`: the\n 12\t * adapter module pulls in `@flue/runtime/node`, which cannot be driven there.\n 13\t */\n 14\t\n 15\timport { fileURLToPath } from 'node:url';\n 16\t\n 17\texport function conversationDbPath(): string {\n 18\t // Truthiness, not nullish, on purpose: a set-but-empty override would pass\n 19\t // '' through to sqlite(), which opens an anonymous temporary database\n 20\t // deleted on close — silently non-durable again.\n 21\t const override = process.env.BRUNCH_DEV_DB_PATH;\n 22\t return override\n 23\t ? override\n 24\t : fileURLToPath(new URL('../.data-wipe-me/conversations.db', import.meta.url));\n 25\t}\n\n--- project config versions ---\nbun.lock:23: \"@flue/react\": \"^2.0.3\",\nbun.lock:24: \"@flue/runtime\": \"^2.0.3\",\nbun.lock:25: \"@flue/sdk\": \"^2.0.3\",\nbun.lock:33: \"@flue/vite\": \"^2.0.3\",\nbun.lock:44: \"@flue/runtime\": \"^2.0.3\",\nbun.lock:238: \"@flue/react\": [\"@flue/react@2.0.3\", \"\", { \"peerDependencies\": { \"@flue/sdk\": \"2.0.3\", \"react\": \">=18\" } }, \"sha512-6Yd5EVUhCFyypFUyZ1RjPhre/NG06nUHPru7wITQnCjzi2syF1U2bP3sl9jJj0cqznHhsXl3fPXU8sPRo/3+DQ==\"],\nbun.lock:240: \"@flue/runtime\": [\"@flue/runtime@2.0.3\", \"\", { \"dependencies\": { \"@earendil-works/pi-agent-core\": \"^0.83.0\", \"@earendil-works/pi-ai\": \"^0.83.0\", \"@hono/node-server\": \"^2.0.3\", \"@modelcontextprotocol/client\": \"2.0.0\", \"@valibot/to-json-schema\": \"^1.3.0\", \"hono\": \"^4.8.3\", \"js-yaml\": \"^5.2.1\", \"ulidx\": \"^2.4.1\", \"valibot\": \"^1.1.0\" } }, \"sha512-RfWyZG9x2hlDb1264XTESX42tzzG3AA8er3XjaTIxIMh28pTD91zKd9Jh6PFXKeTkZegLsGiJKDxmiCddlyeug==\"],\nbun.lock:242: \"@flue/sdk\": [\"@flue/sdk@2.0.3\", \"\", { \"dependencies\": { \"@durable-streams/client\": \"^0.2.6\" } }, \"sha512-ZD5HZGeVxWu0/G6KYrpOh1RGGBpvk/i9QojWMykNzVrH0w4g3nTPdZN9kY4JvYh/+aRtqTrwb3c1Tb3hUm8BIg==\"],\nbun.lock:244: \"@flue/vite\": [\"@flue/vite@2.0.3\", \"\", { \"dependencies\": { \"@flue/runtime\": \"2.0.3\", \"@hono/node-server\": \"^2.0.3\", \"agents\": \"^0.20.1\", \"magic-string\": \"^1.0.0\", \"tinyglobby\": \"^0.2.15\", \"ulidx\": \"^2.4.1\" }, \"peerDependencies\": { \"vite\": \"^8.0.0\" } }, \"sha512-Klrl+vFzp+z9sYQ+yc7k/yxGrjWMvjoeKtzEZ+wgYwzLfai1sR9iYlMrpLg2ORTH8KqZ+kHvKR0Y2l8wHIvSIA==\"],\nbun.lock:420: \"agents\": [\"agents@0.20.1\", \"\", { \"dependencies\": { \"@babel/plugin-proposal-decorators\": \"^8.0.2\", \"@cfworker/json-schema\": \"^4.1.1\", \"@rolldown/plugin-babel\": \"^0.2.3\", \"cron-schedule\": \"^6.0.0\", \"esbuild\": \"^0.28.1\", \"mimetext\": \"^3.0.28\", \"nanoid\": \"^5.1.16\", \"partyserver\": \"^0.5.8\", \"partysocket\": \"1.3.0\", \"yaml\": \"^2.9.0\", \"yargs\": \"^18.0.0\" }, \"peerDependencies\": { \"@ai-sdk/react\": \"^3.0.0 || ^4.0.0\", \"@cloudflare/codemode\": \">=0.5.0\", \"@modelcontextprotocol/client\": \"2.0.0\", \"@modelcontextprotocol/sdk\": \"1.30.0\", \"@modelcontextprotocol/server\": \"2.0.0\", \"@tanstack/ai\": \">=0.10.2 <1.0.0\", \"@x402/core\": \"^2.0.0\", \"@x402/evm\": \"^2.0.0\", \"ai\": \"^6.0.0 || ^7.0.0\", \"chat\": \"^4.29.0\", \"just-bash\": \"^3.0.0\", \"react\": \"^19.0.0\", \"vite\": \">=6.0.0 <9.0.0\", \"zod\": \"^4.0.0\" }, \"optionalPeers\": [\"@ai-sdk/react\", \"@cloudflare/codemode\", \"@tanstack/ai\", \"@x402/core\", \"@x402/evm\", \"ai\", \"chat\", \"just-bash\", \"vite\"], \"bin\": { \"agents\": \"dist/cli/index.js\" } }, \"sha512-HQRYMeZpD3k8djYBH7atRPojZMee3NvmXkzsmMWXfdHZ94vMljmWqSsD1XZd70LovHyQrw6/R81AZZIsRiFM6Q==\"],\napps/dev/package.json:15: \"@flue/react\": \"^2.0.3\",\napps/dev/package.json:16: \"@flue/runtime\": \"^2.0.3\",\napps/dev/package.json:17: \"@flue/sdk\": \"^2.0.3\",\napps/dev/package.json:25: \"@flue/vite\": \"^2.0.3\",\npackages/binding-flue/package.json:12: \"@flue/runtime\": \"^2.0.3\",\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wcH5aLjZifjeDM0vJM` - -``` -{ - "output": " 1\t# Elicitation Kernel\n 2\t\n 3\tVocabulary for the elicitation-kernel effort: a standalone architecture generalizing brunch's elicitor into agentic interviewing against pluggable elicitation targets.\n 4\t\n 5\t## Language\n 6\t\n 7\t### Shells\n 8\t\n 9\t**Substrate**:\n 10\tThe agent framework the system is built on — the Pi family, Flue — including the embedding environment's concerns: deploy target, storage-port implementation, artifact delivery, model/provider. (The retired term \"host\" silently bundled these with interface concerns; they split into substrate and UI. The charter non-goal \"harness-agnostic core\" predates this glossary and reads \"substrate-agnostic\".)\n 11\t_Avoid_: harness (for Pi/Flue), platform, host (for the embedding environment)\n 12\t\n 13\t**UI**:\n 14\tThe interface shell: whatever affords user interaction — rendering, input, reply transport. Not bound to GUI or TUI; a chat channel qualifies.\n 15\t_Avoid_: host, host-interface, frontend, client\n 16\t\n 17\t**Harness**:\n 18\tThe middle shell and the essence of the effort: the generic capability layer of the elicitation system — mechanism and orchestration (the conversation loop, the `ask` API, capture envelope, issue queue, sweep bookkeeping). Injected into plugins as a narrow context; never owned by them.\n 19\t_Avoid_: kernel, core, elicitor (as a shell name — \"elicitor\" may name the whole system). Exempt compound: **kernel card** (below). \"Kernel invariants\" renamed **harness invariants** (spec §14.1).\n 20\t\n 21\t**Plugin**:\n 22\tThe innermost shell: target-defining policy. Declares packs, forms, and validators; composes at authoring time; receives harness capabilities by injection. Mostly policy — mechanism stays in the harness.\n 23\t_Avoid_: extension, pack (a pack is a unit *within* a plugin)\n 24\t\n 25\t**Binding**:\n 26\tThe substrate-facing adapter between harness and substrate: implements the harness's named substrate-capability list (tool registration, instruction assembly, persistent state, affordance emission, suspend-for-reply, private model call) in one substrate's dialect. One per substrate; the harness imports no substrate, a binding imports both. Bindings vary in size — each absorbs what its substrate lacks or forbids.\n 27\t_Avoid_: adapter (generic), integration, wrapper\n 28\t\n 29\t### Sessions & durability\n 30\t\n 31\t**Target-domain**:\n 32\tThe artifact family being elicited — what a plugin defines (gherkin scenarios, assurance arguments, BPMN). The family half of the former bare \"target\".\n 33\t_Avoid_: target-paradigm; bare \"target\" where family/instance is ambiguous\n 34\t\n 35\t**Target-document**:\n 36\tThe durable unit sessions attach to: one target-domain, its capture store, and its session history. Named by its purpose — its authoritative state is the capture store plus session logs, never the rendered artifact (renders are derived, cacheable, disposable). Endures independently of any session; never locks — completion is a derived status, not a write gate.\n 37\t_Avoid_: spec (as the unit name), workpiece, case, target-output\n 38\t\n 39\t**Session**:\n 40\tOne substrate conversation — the full log of entries (user, agent, tool calls, injected state messages), matching Pi's session model. Per-session state is exactly: the evidence log, the swept high-water mark, the pending-affordance slot. Sessions go quiet rather than close; any session is resumable against the current state of its target-document.\n 41\t_Avoid_: sitting, conversation (as a distinct concept)\n 42\t\n 43\t**Capture store**:\n 44\tThe durable, session-independent truth of a target-document: captures, issues, events. Written only by atomic sweep application (serialized); statuses and projections derive from it at read time.\n 45\t\n 46\t**Re-entry briefing**:\n 47\tThe state message the harness injects when a session resumes after the world moved: computed facts only — unswept tail, world-moved delta, open issues, pending affordance. Authored on behalf of the user in the transcript (Pi's custom-entry convention) but distinguished from true user entries in the data model, and never citable as capture evidence.\n 48\t_Avoid_: sync message, forced re-sweep\n 49\t\n 50\t### Interaction\n 51\t\n 52\t**Affordance**:\n 53\tA structured interactive element (question form, choice strip, questionnaire) emitted into the conversation stream as a rendered enhancement. Not a state machine — the conversation stays primary, and an affordance's payload is evidence in the session like any other entry.\n 54\t_Avoid_: exchange, exchange pair, terminal (brunch's retired turn-by-turn ontology)\n 55\t\n 56\t**Capture**:\n 57\tExtraction of structured evidence — envelope plus plugin-typed payload — from session entries. Produced by sweeps, never written directly during conversation.\n 58\t_Avoid_: extraction, harvest\n 59\t\n 60\t**Sweep**:\n 61\tAn idempotent pass over a settled range of session entries that produces captures. Re-sweeping a range never double-captures.\n 62\t\n 63\t**Settlement**:\n 64\tThe agent-judged event marking a range of conversation (a vein closing) ready to sweep. Always range-level, never per-question.\n 65\t_Avoid_: exchange completion\n 66\t\n 67\t**Interpretation render**:\n 68\tThe harness-owned affordance form showing current captured state — the harness frames envelope semantics; the plugin's renderer definition (typed against its own payload shapes) supplies the content view when provided, with a harness default (plain JSON view) otherwise.\n 69\t_Avoid_: digest (brunch's form)\n 70\t\n 71\t### Envelope & packs\n 72\t\n 73\t**Intermediate representation (IR)**:\n 74\tThe elicited description a target-document accumulates: the set of active captures, read through the plugin's declared payload type system. Not a second store — every consolidated view (entity graph, net, completion table) is a read-time projection over active captures, and the rendered artifact is one projection of the IR, never the IR itself. Defining a plugin's IR means defining its payload type system.\n 75\t_Avoid_: knowledge store, domain model (as a stored unit), staging area\n 76\t\n 77\t**Capture envelope**:\n 78\tThe harness-defined, domain-free wrapper around an opaque plugin payload: harness-minted id, evidence spans, epistemic status, confidence, value-xor-absence, alternatives grouping, one `supersedes` link. The hourglass waist. No stored status — envelope status (`active | superseded | retracted`) derives at read time from links and events.\n 79\t\n 80\t**Evidence span**:\n 81\tA capture's provenance link: a **quoted excerpt** (primary, the model-facing citation currency) plus a **pointer** (session id + entry range, harness-derived — entry identity is harness-side vocabulary only). Anchors only on true user and user-affordance-payload entries.\n 82\t\n 83\t**Epistemic status**:\n 84\t`explicit | inferred | tentative | defaulted | external-lookup` — how a capture's content relates to what the user actually said. Distinct from confidence; excluded from capture identity.\n 85\t\n 86\t**Absence state**:\n 87\tA first-class capture value where an answer would be: `unknown-to-user | not-yet-decided | not-applicable | explicitly-absent | declined | deferred` (`not-mentioned` is a computed fact, not a sweepable capture). Never collapses to null.\n 88\t_Avoid_: null, missing (as the stored representation)\n 89\t\n 90\t**Supersession**:\n 91\tThe explicit correction mechanism, single-hop over active heads only. Two channels: the creation-time `supersedes` link (sweep-time correction) and the resolution record (issue-time adjudication). Superseded captures stay visible — corrections don't erase history.\n 92\t\n 93\t**Resolution record**:\n 94\tThe explicit capture-store event that alone closes a `conflicting` issue (and, with no successor capture, expresses retraction). Must cite the true user's utterance as evidence.\n 95\t\n 96\t**Issue**:\n 97\tTyped, stored backpressure to the elicitation controller: `missing / ambiguous / conflicting / invalid / unsupported / unmapped / low-confidence`, with factual attributes. Two producers, namespaced: plugin ops (payload level) and the harness itself (envelope level). Closes only explicitly.\n 98\t_Avoid_: advisory (a different thing, below)\n 99\t\n 100\t**Advisory**:\n 101\tA computed, ephemeral, non-blocking fact the harness surfaces to the agent (unaccounted ask, unswept tail, world-moved delta). Never stored in the capture store; never gates anything.\n 102\t\n 103\t**Pack**:\n 104\tA unit within a plugin: **ElicitationPack** (kernel cards, completion contract, clarification hints) or **ProjectionPack** (`project` + `validate`, optional `reconcile`, annotated shapes, typed loss reports). Packs are shapes-to-fill plus behavioral guidance, per Principle v2.\n 105\t\n 106\t**Kernel card**:\n 107\tThe pack-content unit of elicitation guidance: Detects / Goal / contrastive Questions / Artifacts (brunch `BEHAVIORAL_KERNELS.md` lineage — \"kernel\" here names a small unit of behavioral guidance, not a shell; the compound is the glossary's one sanctioned \"kernel\" use). Splits by ownership: domain cards are plugin pack content; a harness-shipped **generic strategy quiver** (cards over envelope vocabulary — conflict, ambiguity, weak evidence) is named in spec §11.5, not designed.\n 108\t\n 109\t**PluginContext**:\n 110\tThe narrow injected context through which a plugin receives harness capabilities (the ask API, envelope, issue queue, sweep bookkeeping). The plugin's entire world at runtime; the four operations remain pure (snapshot-in/deltas-out) regardless.\n 111\t\n 112\t**Storage port**:\n 113\tThe harness-defined contract for the capture store (atomic sweep application, envelope invariants as store-level refusals), implemented by the binding for its deploy target. Plugins are storage-blind. Scope includes the **session-log archive** (archive-on-read; spec §9.6): session logs live with the target-document, retained indefinitely — the substrate's conversation store is the live transport copy, never the provenance record.\n 114\t\n 115\t### September demo\n 116\t\n 117\t**Demo shell**:\n 118\tThe one-off application built for the 17–18 September demo: consumes the elicitation library (harness + plugin + binding) and the Petrinaut libraries, owns the UI, session persistence, and elicitor runtime. Explicitly disposable — not a product commitment; neither library consumes the other.\n 119\t_Avoid_: \"the app\", standalone brunch, demo app (unqualified)\n 120\t\n 121\t**Artifact boundary**:\n 122\tThe decided integration posture between elicitor and Petrinaut (FE-1362): the elicitor emits a versioned net file plus scenario; Petrinaut consumes it through its published parser and import-with-autolayout path. The rejected alternative was library coupling (one library consuming the other).\n 123\t_Avoid_: file handoff (undersells it), integration (generic)\n 124\t\n 125\t**Revision story**:\n 126\tThe working-hypothesis demo spine (FE-1363; recommended to PM, not ratified): a sped-up recorded elicitation (conversation, interpretation surface, and growing net visible together) plus a bounded live segment in which a few turns elicit a fact forcing a structural revision of the net, run before/after in Petrinaut.\n 127\t_Avoid_: live demo (unqualified — the live part is one bounded segment, not the format)\n 128\t\n 129\t### Simulation & evaluation\n 130\t\n\n--- package/app selected ---\n 1\t{\n 2\t \"name\": \"@brunch/dev\",\n 3\t \"version\": \"0.0.0\",\n 4\t \"private\": true,\n 5\t \"type\": \"module\",\n 6\t \"description\": \"The dev/demo vehicle: local dev loop, target gallery, diagnostic probe surface. Not the product.\",\n 7\t \"scripts\": {\n 8\t \"dev\": \"vite dev\",\n 9\t \"build\": \"vite build && vite build --config vite.client.config.ts\"\n 10\t },\n 11\t \"dependencies\": {\n 12\t \"@brunch/binding-flue\": \"workspace:*\",\n 13\t \"@brunch/core\": \"workspace:*\",\n 14\t \"@brunch/plugin-gherkin\": \"workspace:*\",\n 15\t \"@flue/react\": \"^2.0.3\",\n 16\t \"@flue/runtime\": \"^2.0.3\",\n 17\t \"@flue/sdk\": \"^2.0.3\",\n 18\t \"hono\": \"^4.6.0\",\n 19\t \"react\": \"^19.0.0\",\n 20\t \"react-dom\": \"^19.0.0\",\n 21\t \"valibot\": \"^1.4.2\"\n 22\t },\n 23\t \"devDependencies\": {\n 24\t \"@earendil-works/pi-ai\": \"^0.83.0\",\n 25\t \"@flue/vite\": \"^2.0.3\",\n 26\t \"@types/react\": \"^19.0.0\",\n 27\t \"@types/react-dom\": \"^19.0.0\",\n 28\t \"vite\": \"^8\"\n 29\t }\n 30\t}\n 1\t/**\n 2\t * The dev app's route map — the \"mount\" half of the thin host (spec §12.1).\n 3\t *\n 4\t * The dev app is chartered with three roles, none of them \"the product\"\n 5\t * (spec §12.5): the local dev loop against every plugin, the colleague-facing\n 6\t * target-gallery demo, and the diagnostic probe surface. Milestone one keeps\n 7\t * affordance renderers here rather than in a ui package.\n 8\t */\n 9\t\n 10\timport { readFile } from 'node:fs/promises';\n 11\timport { createAgentRouter } from '@flue/runtime/routing';\n 12\timport { Hono } from 'hono';\n 13\timport { GherkinElicitor } from './agents/gherkin-elicitor.ts';\n 14\timport { assetHandler } from './assets.ts';\n 15\timport { GHERKIN_AGENT_ROUTE } from './routes.ts';\n 16\t\n 17\tconst app = new Hono();\n 18\t\n 19\t// One route per target agent. The gallery grows an entry per plugin; gherkin\n 20\t// is the tracer that wires end-to-end first (spec §13). The browser and mount\n 21\t// share the route constant; Flue still keys storage on the agent's independent,\n 22\t// pinned identity.\n 23\tapp.route(`/agents/${GHERKIN_AGENT_ROUTE}`, createAgentRouter(GherkinElicitor));\n 24\t\n 25\t// The flue dev controller owns the whole request space — no fall-through to\n 26\t// vite's html serving — so the ui is app-served, in dev and in production\n 27\t// alike (spec §10, recorded facts).\n 28\t//\n 29\t// Two different files, because two different builds produce them: in dev, the\n 30\t// source `index.html` whose script tag vite resolves live; in production, the\n 31\t// client build's emitted `index.html`, whose script tag points at a real\n 32\t// bundled asset. `@flue/vite` emits the server environment only, so that\n 33\t// client build is a second, plain vite build — without it the ui tree would\n 34\t// have no build coverage at all.\n 35\tconst uiRoot = new URL(import.meta.env?.DEV === false ? './client/' : '../', import.meta.url);\n 36\t\n 37\tapp.get('/', async (c) => c.html(await readFile(new URL('index.html', uiRoot), 'utf8')));\n 38\t\n 39\t// Production only: in dev, vite serves the module graph under /src. A\n 40\t// wildcard, not `:file` — bundlers may emit nested asset paths.\n 41\tapp.get('/assets/*', assetHandler(uiRoot));\n 42\t\n 43\texport default app;\n 20\t */\n 21\t\n 22\timport { useElicitation } from '@brunch/binding-flue';\n 23\timport { gherkin } from '@brunch/plugin-gherkin';\n 24\timport { useModel, type AgentProps } from '@flue/runtime';\n 25\timport * as v from 'valibot';\n 26\t\n 27\texport function GherkinElicitor(_props: AgentProps) {\n 28\t useModel('anthropic/claude-haiku-4-5');\n 29\t return useElicitation(gherkin);\n 30\t}\n 31\t\n 32\t/**\n 33\t * Pinned, and never to be edited: conversation storage keys on this literal,\n 34\t * so changing it orphans every existing conversation. Flue requires a string\n 35\t * literal here because build targets derive durable identifiers from it before\n 36\t * any user code runs.\n 37\t *\n 38\t * Product-prefixed on purpose, and this is the one place the prefix is not\n 39\t * cosmetic. Agent identities are global per application, and the September\n 40\t * demo shell is chartered to mount this library alongside the Petrinaut\n 41\t * libraries — a bare `gherkin-elicitor` could collide with another library's\n 42\t * agent, and the collision would land on durable conversation storage.\n 43\t *\n 44\t * The exported symbol stays the shorter `GherkinElicitor` because it reads\n 45\t * better at the mount site; `agentName` exists precisely to let durable\n 46\t * identity and source-level name differ.\n 47\t */\n 48\tGherkinElicitor.agentName = 'brunch-gherkin-elicitor';\n 49\t\n 50\t/**\n 51\t * Session→document binding (spec §9.1, adjudication L4): a new session's\n 52\t * `initialData` carries the target-document id, validated once at creation and\n 53\t * immutable thereafter — Flue's own lane for a target descriptor. Dispatching\n 54\t * to an existing conversation id resumes that session against the current state\n 55\t * of its target-document.\n 56\t */\n 57\tGherkinElicitor.initialData = v.object({\n 58\t targetDocumentId: v.pipe(v.string(), v.nonEmpty()),\n 59\t});\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wcH6r2hqVDTUuS3lYy` - -``` -{ - "output": " 1\t/**\n 2\t * The substrate-capability list (spec §10), recorded as data.\n 3\t *\n 4\t * This is the core/binding seam, the portability pressure test, and the early\n 5\t * smell detector all at once: porting means reimplementing this list, and\n 6\t * exotic Flue-shaped entries appearing in it is the smell. Keeping it as a\n 7\t * checkable record rather than prose is what lets the second-binding test\n 8\t * (spec §14.2) be asked of every future addition — \"genuinely\n 9\t * substrate-specific, or mechanism leaking into Flue's dialect?\"\n 10\t *\n 11\t * Binding-size asymmetry is expected, not failure: each binding absorbs what\n 12\t * its substrate lacks or forbids.\n 13\t */\n 14\t\n 15\t/** How a binding satisfies one capability. */\n 16\texport type Provision =\n 17\t /** The substrate offers it directly. */\n 18\t | 'native'\n 19\t /** The substrate lacks or forbids it; the binding supplies it itself. */\n 20\t | 'absorbed';\n 21\t\n 22\texport interface Capability {\n 23\t readonly id: number;\n 24\t readonly name: string;\n 25\t readonly provision: Provision;\n 26\t /** How this binding satisfies it, in Flue's dialect. */\n 27\t readonly mechanism: string;\n 28\t}\n 29\t\n 30\texport const CAPABILITIES: readonly Capability[] = [\n 31\t {\n 32\t id: 1,\n 33\t name: 'Register a tool',\n 34\t provision: 'native',\n 35\t mechanism: 'defineTool / useTool',\n 36\t },\n 37\t {\n 38\t id: 2,\n 39\t name: 'Contribute instructions',\n 40\t provision: 'native',\n 41\t mechanism: 'render return',\n 42\t },\n 43\t {\n 44\t id: 3,\n 45\t name: 'Persist per-conversation state',\n 46\t provision: 'native',\n 47\t mechanism: 'usePersistentState, atomic with its unit of work',\n 48\t },\n 49\t {\n 50\t id: 4,\n 51\t name: 'Emit an affordance payload',\n 52\t provision: 'native',\n 53\t mechanism: 'data channel + tool output parts',\n 54\t },\n 55\t {\n 56\t id: 5,\n 57\t name: 'Suspend for reply',\n 58\t provision: 'absorbed',\n 59\t mechanism: 'no ask primitive: terminate:true + pending-affordance slot + fresh dispatch',\n 60\t },\n 61\t {\n 62\t id: 6,\n 63\t name: 'Private model call',\n 64\t provision: 'native',\n 65\t mechanism: 'harness.prompt scratch conversation',\n 66\t },\n 67\t {\n 68\t id: 7,\n 69\t name: 'Subscribe to the would-stop lifecycle seam',\n 70\t provision: 'native',\n 71\t mechanism:\n 72\t 'useAgentFinish + ctx.append; fires on suspensions, so the pending guard is load-bearing; loop-guarded',\n 73\t },\n 74\t {\n 75\t id: 8,\n 76\t name: 'Read the durable entry projection with provenance-discriminating entry kinds',\n 77\t provision: 'absorbed',\n 78\t mechanism:\n 79\t 'no in-process API: public history projection over self-HTTP; `purpose` discriminates provenance',\n 80\t },\n 81\t {\n 82\t id: 9,\n 83\t name: 'Inject typed non-user signal entries',\n 84\t provision: 'native',\n 85\t mechanism: \"ctx.append / dispatch({kind:'signal'}); projects structurally non-user\",\n 86\t },\n 87\t {\n 88\t id: 10,\n 89\t name: 'Provide a transactional durable store outside conversation state',\n 90\t provision: 'absorbed',\n 91\t mechanism:\n 92\t 'Flue neither provides nor forbids; the binding owns the storage-port implementation',\n 93\t },\n 94\t];\n\n--- binding ask ---\n 25\t usePersistentState,\n 26\t useTool,\n 27\t} from '@flue/runtime';\n 28\t\n 29\texport { CAPABILITIES, type Capability, type Provision } from './capabilities.ts';\n 30\texport { createLocalCaptureStore } from './local-capture-store.ts';\n 31\t\n 32\t/**\n 33\t * Mount the elicitation harness in a Flue agent.\n 34\t *\n 35\t * Flue has no ask-the-user primitive, so the harness owns the turn-suspension\n 36\t * protocol: a `terminate: true` ask tool, the pending affordance in\n 37\t * per-session state, and the answer arriving as a fresh dispatch (spec §7.4).\n 38\t */\n 39\texport function useElicitation(plugin: Plugin): string {\n 40\t const delivery = useDelivery();\n 41\t const [pending, setPending] = usePersistentState(\n 42\t 'pendingAffordance',\n 43\t null,\n 44\t );\n 45\t const writeAffordance = useDataWriter('affordance', { schema: FreeTextAffordance });\n 46\t\n 47\t useAgentStart((ctx) => {\n 48\t if (delivery.kind !== 'user' || pending === null) return;\n 49\t\n 50\t setPending(null);\n 51\t ctx.append({\n 52\t kind: 'signal',\n 53\t type: 'affordance-reply-bound',\n 54\t tagName: 'affordance-reply-bound',\n 55\t body: `The immediately preceding user message is mechanically bound as the reply to this pending affordance:\\n\\n${pending.markdown}`,\n 56\t attributes: { affordanceId: pending.id },\n 57\t });\n 58\t });\n 59\t\n 60\t useTool({\n 61\t name: toolName('ask'),\n 62\t description:\n 63\t 'Ask one free-text question and suspend this turn for the person’s reply. A second ask in the same tool batch is rejected.',\n 64\t input: AskInput,\n 65\t output: FreeTextAffordance,\n 66\t run({ data, toolCallId }) {\n 67\t const affordance: FreeTextAffordanceValue = {\n 68\t id: `affordance_${toolCallId}`,\n 69\t form: 'free-text',\n 70\t markdown: data.question,\n 71\t payload: { question: data.question },\n 72\t };\n 73\t\n 74\t setPending((current) => {\n 75\t if (current !== null) {\n 76\t throw new Error(\n 77\t `An interactive affordance is already pending (${current.id}); wait for its reply before asking another question.`,\n 78\t );\n 79\t }\n 80\t return affordance;\n 81\t });\n 82\t writeAffordance(affordance);\n 83\t\n 84\t return { output: affordance, terminate: true };\n 85\t },\n 86\t });\n 87\t\n 88\t return [\n 89\t `You are interviewing someone to elicit ${plugin.targetDomain}.`,\n 90\t `Ask one question at a time with ${toolName('ask')}.`,\n 91\t 'Continue the conversation after each reply, using the harness-provided reply binding as a mechanical fact.',\n 92\t ].join('\\n\\n');\n 93\t}\n\n--- local store selected ---\n 1\timport {\n 2\t applyCaptureStoreCommand,\n 3\t createEmptyCaptureStoreSnapshot,\n 4\t parseCaptureStoreSnapshot,\n 5\t type CaptureStore,\n 6\t type CaptureStoreCommand,\n 7\t type CaptureStoreResult,\n 8\t type CaptureStoreSnapshot,\n 9\t} from '@brunch/core';\n 10\timport { randomUUID } from 'node:crypto';\n 11\timport { mkdir, readFile, rename, rm, writeFile } from 'node:fs/promises';\n 12\timport { dirname, resolve } from 'node:path';\n 13\t\n 14\tconst writesByPath = new Map>();\n 15\t\n 16\tclass LocalCaptureStore implements CaptureStore {\n 17\t readonly #path: string;\n 18\t\n 19\t constructor(path: string) {\n 20\t this.#path = resolve(path);\n 21\t }\n 22\t\n 23\t async read(): Promise {\n 24\t await writesByPath.get(this.#path);\n 25\t return this.#readFile();\n 26\t }\n 27\t\n 28\t async execute(command: CaptureStoreCommand): Promise {\n 29\t const previous = writesByPath.get(this.#path) ?? Promise.resolve();\n 30\t const operation = previous.then(async () => {\n 31\t const result = applyCaptureStoreCommand(await this.#readFile(), command);\n 32\t if (result.ok) await this.#writeFile(result.snapshot);\n 33\t return result;\n 34\t });\n 35\t const settled = operation.then(\n 36\t () => undefined,\n 37\t () => undefined,\n 38\t );\n 39\t writesByPath.set(this.#path, settled);\n 40\t void settled.finally(() => {\n 41\t if (writesByPath.get(this.#path) === settled) writesByPath.delete(this.#path);\n 42\t });\n 43\t return operation;\n 44\t }\n 45\t\n 46\t async #readFile(): Promise {\n 47\t try {\n 48\t return parseCaptureStoreSnapshot(JSON.parse(await readFile(this.#path, 'utf8')));\n 49\t } catch (error) {\n 50\t if (\n 51\t error instanceof Error &&\n 52\t 'code' in error &&\n 53\t (error as NodeJS.ErrnoException).code === 'ENOENT'\n 54\t ) {\n 55\t return createEmptyCaptureStoreSnapshot();\n 56\t }\n 57\t throw error;\n 58\t }\n 59\t }\n 60\t\n 61\t async #writeFile(snapshot: CaptureStoreSnapshot): Promise {\n 62\t await mkdir(dirname(this.#path), { recursive: true });\n 63\t const temporaryPath = `${this.#path}.${randomUUID()}.tmp`;\n 64\t try {\n 65\t await writeFile(temporaryPath, `${JSON.stringify(snapshot, null, 2)}\\n`, {\n 66\t encoding: 'utf8',\n 67\t flag: 'wx',\n 68\t });\n 69\t await rename(temporaryPath, this.#path);\n 70\t } finally {\n 71\t await rm(temporaryPath, { force: true });\n 72\t }\n 73\t }\n 74\t}\n 75\t\n 76\texport const createLocalCaptureStore = (path: string): CaptureStore => new LocalCaptureStore(path);\n", - "exitCode": 0 -} -``` - -**Tool Result:** `TU-0346wcH9sEIeJxJQiBiuM9` - -``` -{ - "output": " 642\t### 12.5 Dev app, deploy, remote parity\n 643\t\n 644\t- **Dev app chartered with three roles** (roles, not features): the local dev loop against both\n 645\t plugins; the colleague-facing **target-gallery demo** (parallel tabbed sessions across targets);\n 646\t the **diagnostic probe surface** (provisional affordance renderers now; the exploded-view\n 647\t instrumented readout when that fog graduates). One agent per target (`ElicitGherkin`,\n 648\t `ElicitAssurance`): static per-agent tool sets, and the shape Cloudflare forces anyway.\n 649\t- **UI affordance package deferred**, named as intended: React renderers + reply transport over\n 650\t `@flue/react`; non-React hosts build on `@flue/sdk`. Milestone one keeps renderers in the dev\n 651\t app.\n 652\t- **Milestone one is local-only**, with **remote-parity constraints pinned now** so nothing\n 653\t local-only creeps in: one-agent-many-conversations; pinned `agentName`; the storage port owned\n 654\t outside the plugin (harness-defined, binding-implemented, §9.6); no dynamic agent creation.\n 655\t Deploy-target choice waits on an infra conversation and blocks nothing here.\n 656\t- **CI smoke** = `vite build` + the simulation suite (no model key, no flake); an optional\n 657\t secret-gated real-model `flue run` smoke once a provider key exists.\n 658\t\n 659\t### 12.6 Version axes (named, none implemented)\n 660\t\n 661\tAPI contract / plugin implementation / concept-schema / target-schema / persisted state. A change\n 60\t file.text.includes('expect('),\n 61\t );\n 62\t\n 63\texport const KNOWN_GAPS: readonly KnownGap[] = [\n 64\t {\n 65\t id: 'restart-durability',\n 66\t spec: '§14.5',\n 67\t ticket: 'FE-1396',\n 68\t gap: 'The capture store survives restart (proven in the ticket-13 prototype), but conversation-store durability with a real db.ts has never been driven across a restart.',\n 69\t closes:\n 70\t 'A test under apps/dev/test that boots the dev app, holds a conversation, restarts the process, and resumes the same conversation id — citing `closes-gap: `.',\n 71\t closed: () => closedByTest('apps/dev/test', 'restart-durability'),\n 72\t },\n 73\t {\n 74\t id: 'compaction-vs-durable-history',\n 75\t spec: '§9.7, §14.5',\n 76\t ticket: 'FE-1386',\n 77\t gap: 'No session has been driven across a compaction boundary, so whether Flue compaction leaves the durable entry projection intact is unverified — and evidence pointers bind to that projection.',\n 78\t closes:\n 79\t 'A test under packages/binding-flue/test driving a session past compaction and asserting every capture’s evidence pointer still resolves through the session-log archive — citing `closes-gap: `.',\n 80\t closed: () => closedByTest('packages/binding-flue/test', 'compaction-vs-durable-history'),\n 81\t },\n 82\t {\n 83\t id: 'history-projection-paging',\n 84\t spec: '§14.5',\n 85\t ticket: 'FE-1391',\n 86\t gap: 'The durable-history projection is read over self-HTTP; paging past ~1000 entries and binding base-URL discovery are both untested.',\n 87\t closes:\n 88\t 'The binding’s history reader covering a paged projection, tested under packages/binding-flue/test — citing `closes-gap: `.',\n 89\t closed: () => closedByTest('packages/binding-flue/test', 'history-projection-paging'),\n 90\t },\n 91\t {\n 92\t id: 'interpretation-render-plugin-seam',\n 93\t spec: '§7.6, §14.5',\n 94\t ticket: 'FE-1394',\n 95\t gap: 'The plugin-supplied renderer seam for the interpretation render has never been exercised, because no real pack exists yet.',\n 96\t closes: 'A plugin supplying a renderer definition typed against its own payload shapes.',\n 97\t closed: () => {\n 98\t // Not a filename check: the seam is exercised once the plugin's source\n 99\t // exports a renderer, wherever that export lives — and an empty file at\n 100\t // a guessed path exports nothing.\n 101\t const plugin = workspacePackages().find((pkg) => pkg.name === '@brunch/plugin-gherkin');\n 102\t return (\n 103\t plugin !== undefined &&\n 104\t sourceFiles(plugin).some((file) =>\n 105\t /export\\s+(?:const|function|class)\\s+\\w*[Rr]enderer/.test(file.text),\n 106\t )\n 107\t );\n 108\t },\n 109\t },\n 110\t];\n 1\t# The CI smoke (spec §12.5): `vite build` plus the simulation suite — no model\n 2\t# key, no substrate, no flake. An optional secret-gated real-model `flue run`\n 3\t# smoke is named in the spec and deliberately absent until a provider key\n 4\t# exists; the suite asserts that it has not drifted in.\n 5\tname: CI\n 6\t\n 7\ton:\n 8\t push:\n 9\t branches: [main]\n 10\t pull_request:\n 11\t\n 12\tjobs:\n 13\t smoke:\n 14\t runs-on: ubuntu-latest\n 15\t steps:\n 16\t # Full-SHA pins: org policy refuses tag-pinned actions (the job fails at\n 17\t # setup before any step runs). Comments carry the tag each SHA matched.\n 18\t - uses: actions/checkout@11d5960a326750d5838078e36cf38b85af677262 # v4\n 19\t\n 20\t - uses: oven-sh/setup-bun@0c5077e51419868618aeaa5fe8019c62421857d6 # v2\n 21\t with:\n 22\t bun-version: '1.3.14'\n 23\t\n 24\t - uses: actions/cache@0057852bfaa89a56745cba8c7296529d2fc39830 # v4\n 25\t with:\n 26\t path: ~/.bun/install/cache\n 27\t key: ${{ runner.os }}-bun-${{ hashFiles('bun.lock') }}\n 28\t restore-keys: ${{ runner.os }}-bun-\n 29\t\n 30\t - run: bun install --frozen-lockfile\n 31\t\n 32\t - name: Lint\n 33\t run: bun run lint:check\n 34\t\n 35\t - name: Formatting\n 36\t run: bun run fmt:check\n 37\t\n 38\t - name: Typecheck\n 39\t run: bun run typecheck\n 40\t\n 41\t # Reads the repository tree and the harness contract; touches no model\n 42\t # and no substrate. Three suites, with different jobs: boundaries makes\n 43\t # the spec §4/§12.2 invariants enforceable rather than aspirational;\n 44\t # build-artifact checks what was actually emitted, because a Flue build\n 45\t # that silently drops an agent still exits 0; known-gaps keeps the spec\n 46\t # §14.5 open items visible and goes red when one closes unremarked.\n 47\t #\n 48\t # The build gate lives inside this step: build-artifact's beforeAll\n 49\t # runs the full build (Flue server environment plus the plain client\n 50\t # build that @flue/vite does not do) so that `bun test` alone is a\n 51\t # complete signal. A separate Build step would build the app a second\n 52\t # time for no additional coverage.\n 53\t - name: Test\n 54\t run: bun test\n", - "exitCode": 0 -} -``` - -## Assistant - -### Bottom line - -**Keep Flue as this project’s agent substrate.** Tilde is not a like-for-like replacement: Flue supplies the agent runtime, lifecycle, persistence semantics, and deployable server; Tilde supplies a hosted control plane around an agent runtime you build separately—principally with Vercel AI SDK. - -Tilde may later be useful alongside Flue for managed MCP tools, credentials, channels, and event ingress. Re-platforming brunch-lite onto it now would add work without resolving the project’s current risks. - -_Assessment current to 14 August 2026._ - -```diagram -Flue -┌────┐ ┌─────────────────────────┐ ┌──────────────┐ -│ UI │───▶│ Your Flue runtime/server│───▶│ Model + tools│ -└────┘ │ Conversations + recovery│ └──────────────┘ - └────────────┬────────────┘ - ▼ - Your database - -Tilde -┌────────────────┐ ┌────────────────────┐ ┌────────────────────┐ -│ Chat / signals │───▶│ Tilde cloud │───▶│ Your AI SDK endpoint│ -└────────────────┘ │ History, credentials│ │ commonly on Vercel │ - │ tools, routing │ └──────────┬─────────┘ - └────────────────────┘ ▼ - Model + agent loop -``` - -### Comparative assessment - -| Concern | Flue | Tilde | -| --------------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------- | -| **What it is** | Open-source TypeScript agent runtime and application framework. | Hosted agent control plane plus endpoint/client SDKs. | -| **Programming model** | Agent functions and React-like hooks for models, tools, state, lifecycle, data parts, skills and subagents. | Ordinary Vercel AI SDK loops wrapped in a signed `chatKitEndpoint`; Tilde does not own the inference loop. | -| **Local development** | `flue run` for one agent; `vite dev` for the application; in-process execution and HTTP tests. No cloud account required beyond the model provider. | Requires a Tilde workspace, registered endpoint, one-time credentials and usually a managed public Cloudflare tunnel. Mission Control provides a useful remote test UI. | -| **Testing** | Public in-process and HTTP surfaces; Vitest-based eval guidance; typed runtime events and OTel, Sentry and Braintrust integrations. | SDK unit-testability and AI SDK callbacks, but cloud integrations require remote testing. No comparable documented eval or tracing framework. | -| **Conversation durability** | Explicit accepted-work and recovery contract; persistent state is atomic with runtime work. External effects remain at-least-once. | Hosted ChatKit preserves sessions and queues turns, but the documented SDK supplies no Flue-equivalent durable execution or arbitrary atomic per-conversation state. | -| **Deployment** | Builds the actual agent server: Node anywhere or Cloudflare Workers/Durable Objects. | Tilde deploys/configures control-plane resources. Your agent endpoint must be deployed separately; first-party examples assume Next.js/Vercel. | -| **Scaling** | Cloudflare gives structural single ownership. Node requires one live owner per conversation even with a shared database. | Tilde handles ingress and queue policies, while endpoint execution remains subject to the chosen serverless host’s duration and failure model. | -| **Infrastructure as code** | Conventional source, Vite, database and host configuration; Wrangler migrations on Cloudflare. | Strong `tilde.state.yaml` export/plan/import story for Tilde resources, but it excludes secrets, credentials, conversation history and application infrastructure. | -| **Portability** | Apache-2.0; portable Node hosting, with deeper Cloudflare coupling if that target is chosen. | Agent/model code remains yours, but history, signals, credentials, MCP catalog and routing depend on Tilde’s SaaS. | -| **Maturity** | Current 2.0.3 release is substantial but follows a recent architectural rewrite. | Very early: SDK packages are around 0.1–0.2. The public SDK repository is marked `UNLICENSED`; only the examples are MIT. | - -Sources: [Flue durability](https://flueframework.com/docs/guide/durability/), [Node deployment](https://flueframework.com/docs/ecosystem/deploy/node/), [Cloudflare deployment](https://flueframework.com/docs/ecosystem/deploy/cloudflare/), [Tilde ChatKit](https://trytilde.ai/docs/chatkit), [dev tunnels](https://trytilde.ai/docs/llms/dev-tunnels.md), [portable state](https://trytilde.ai/docs/terraform), and the [Tilde Harness SDK](https://github.com/trytilde/harness-sdk). - -### Import for brunch-lite - -The project already isolates Flue correctly rather than allowing it to define the domain model: - -- The substrate-neutral harness and plugin boundary is explicit in [CONTEXT.md](file:///Users/lunelson/Code/hashintel/brunch-lite/CONTEXT.md#L17-L27). -- The ten substrate requirements are recorded in the [Flue capability list](file:///Users/lunelson/Code/hashintel/brunch-lite/packages/binding-flue/src/capabilities.ts#L30-L93). -- The actual agent remains thin in [gherkin-elicitor.ts](file:///Users/lunelson/Code/hashintel/brunch-lite/apps/dev/src/agents/gherkin-elicitor.ts#L22-L59). -- The project already has a hermetic faux-model walking skeleton and emitted-artifact checks. - -That architecture makes a future Tilde binding possible, but it would be substantial. Tilde does not natively replace several capabilities brunch-lite currently obtains from Flue: - -- atomic `usePersistentState`; -- lifecycle hooks and same-response signal injection; -- structured conversation data writers; -- durable accepted-work recovery; -- the current suspend-and-resume protocol. - -Tilde ChatKit history could replace the live conversation transport, and Signals would improve managed event ingress. The capture store would nevertheless remain application-owned: Tilde Memory is not a substitute for brunch-lite’s transactional capture store, evidence archive and whole-sweep refusal semantics. - -#### Recommended course - -1. **Finish milestone one on Flue.** This matches the existing local-only decision in the [spec](file:///Users/lunelson/Code/hashintel/brunch-lite/docs/planning/elicitation-kernel/spec.md#L642-L657). -2. **Deploy the current demo on a single Node host first**, using persistent storage for both SQLite and the JSON capture store. The current application is Node-specific. -3. Before exposing it remotely: - - close the existing [restart-durability gap](file:///Users/lunelson/Code/hashintel/brunch-lite/test/known-gaps.ts#L63-L80); - - add authentication and per-conversation authorization—the current mounted Flue route is public; - - add runtime telemetry; - - settle persisted-state versioning and backup expectations. -4. **Do not select Cloudflare casually.** Flue conversations map well to Durable Objects, but brunch-lite’s target-document spans multiple sessions. Its capture store therefore still needs a separate cross-conversation persistence design, and the current filesystem-backed implementation cannot move unchanged. -5. **Revisit Tilde only when managed integrations become a concrete requirement.** The lowest-risk experiment would be consuming a Tilde-managed MCP server from the existing Flue agent. That tests its strongest proposition—tool and credential brokerage—without replacing the proven runtime. -6. Treat adoption of the Tilde SDK as requiring a **licensing, data-governance and vendor review** while its package remains unlicensed and its SaaS pricing and contracts are still evolving. diff --git a/libs/@hashintel/brunch-agent/docs/research/elicitation/frontier-model-elicitor-failure-catalogue.md b/libs/@hashintel/brunch-agent/docs/research/elicitation/frontier-model-elicitor-failure-catalogue.md index 1f590150b21..df2ebaa9679 100644 --- a/libs/@hashintel/brunch-agent/docs/research/elicitation/frontier-model-elicitor-failure-catalogue.md +++ b/libs/@hashintel/brunch-agent/docs/research/elicitation/frontier-model-elicitor-failure-catalogue.md @@ -476,9 +476,9 @@ each successor performs. [elicitation strategy synthesis](elicitation-strategy-literature.md). - [Research-patterns audit](../../evidence/audits/research-patterns-audit.md), which identifies the novice-human population mismatch and the locally synthesized stopping claims. -- [Elicitation harness specification](../../specs/elicitation-kernel.md) and - [provisional plugin contract](../../specs/plugin-contract.md) for the prevention mechanisms; - these are design authorities, not evidence that the mechanisms work. +- Historical elicitation-kernel and plugin-contract specs (removed 2026-09-07; last copies at + `69c02f69a9:libs/@hashintel/brunch-agent/docs/specs/`) for the prevention mechanisms then + proposed; those files were design hypotheses, not evidence that the mechanisms work. ### Primary-source verification diff --git a/libs/@hashintel/brunch-agent/docs/research/voice-feasibility.md b/libs/@hashintel/brunch-agent/docs/research/voice-feasibility.md deleted file mode 100644 index 57532f1ea93..00000000000 --- a/libs/@hashintel/brunch-agent/docs/research/voice-feasibility.md +++ /dev/null @@ -1,706 +0,0 @@ -# Voice-first elicitation: feasibility against the elicitation kernel - -Resolves FE-1359. Written 2026-08-11 against -[`spec.md`](../specs/elicitation-kernel.md) (draft assembled 2026-08-10, reviewed twice since), -the inbox note [voice-implementation-recommendation-pplx](./voice-implementation-recommendation-pplx.md), -the three prototype branches (`prototype/10-flue-roundtrip`, `prototype/11-capture-sweep`, -`prototype/13-sweep-seam`), and web verification of the provider landscape (sources at the end). - -The spec mentions voice, audio, speech, and modality **zero times**. This is a genuinely new axis, -not an under-specified one. - -## Executive summary - -1. Verdict: **bolt-on with constraints** — but the bolt-on attaches at the **ui shell**, not as a - provider-owned adapter in front of the harness, which is where the inbox note points it. -2. The inbox note's shape is disqualified on its own documented terms: Speech Engine returns **text - only** (so no affordances reach the client), hands your server a flat `{role, content}` history - (so §9.4 provenance cannot survive), exposes **no partial transcripts** (so the live-extraction - beat is unbuildable), and has **no push-to-talk** (so the safe fallback is unavailable). OpenAI and - Google don't admit an external LLM at all; buy standalone streaming ASR and TTS instead. -3. Voice-in over our existing Flue transport is additive: string-only inbound (§7.7) and the - markdown floor (§7.2) already make the kernel modality-agnostic on the input side. -4. Three kernel mechanisms turn out to fit voice by accident: §5.1 already licenses tap-less uis to - yield inferred-only absences, §8.3's content-keyed sweep idempotence already survives a - mid-flight abort, and §7.3's one-live-affordance rule is _strengthened_ by a serial audio channel. -5. The deepest collision is not barge-in — it is that voice makes **endpointing** a ui-shell - responsibility, and the ui is chartered to own no elicitation semantics (§4). Push-to-talk - returns that judgment to the user and dissolves the collision; open-mic does not. -6. "The agent interrupts to clarify" has **no seam at all**: capability 7 is an end-of-agent-turn - hook (§8.1, §10), and nothing in the ten capabilities evaluates anything _during_ the user's turn. -7. Live entity extraction is a second cheap-model pass that fits §11.4's "noticed, not yet asked" - scratchpad, but **not** capability 6 during the user's turn — no dispatch is in flight to host it. -8. Biggest under-rated risk is evidential, not technical: ASR mangles exactly the proper nouns that - get captured. This project's own meeting transcript renders "Petri net"/"Petrinaut" as - **"PetriKnot" 35 times and correctly zero times**. - ---- - -## (a) Collision analysis - -Severity is scored for the September demo, not for the product's long run. - -| # | Collision | Severity | Short resolution | -| --- | ----------------------------------------------------------------------------------- | -------------------------------------- | ------------------------------------------------------------------- | -| C1 | Turn-loop latency vs. the suspend/fresh-dispatch cycle | **High** | Stream first sentence to TTS; keep continuation turns silent | -| C2 | Barge-in vs. dispatch atomicity | Medium | §8.3 idempotence already covers it; verify Flue client-abort | -| C3 | Endpointing becomes a ui responsibility the charter withholds | **High** (conceptual) | Name a _turn shell_ with a one-way valve; push-to-talk collapses it | -| C4 | Agent-initiated interruption has no seam | **High** (for the aspiration) | Implement as forced endpointing in the turn shell, labeled honestly | -| C5 | Structured affordances have no audio form; the markdown floor is not a speech floor | Medium | Add a speech rendition; keep a screen so taps survive | -| C6 | One-live-affordance rule under audio | **None** — it survives and strengthens | No action | -| C7 | ASR-mediated evidence vs. "only the true user's side is evidence" (§9.4) | **High** | Audio pointer on spans, lexicon biasing, visible transcript | -| C8 | TTS must inherit the `purpose`/`display` filter | Low | New explicit clause in the ui contract | -| C9 | Provider-owned conversation vs. single-authority durability (§9.1, §9.6) | **High** | Buy audio primitives, not the conversation | - -### C1 — Turn-loop latency vs. the suspend/fresh-dispatch cycle (High) - -The kernel spends more than one model turn per user-visible question. §7.4 fixes the ask cycle as -`terminate: true` + pending-affordance slot + **the answer arriving as a fresh dispatch**. §8.1 then -adds a would-stop settlement check that "steers a settlement-check signal into a **same-response -continuation turn**." Ticket 10 measured a third turn — the wake wart, one wasted model call per ask -— which §7.4 removes by keeping the pending affordance out of the instructions, but the structural -point stands: a single spoken question can sit behind two or three sequential model invocations plus -a durable-submission round trip. - -In text, a three-second gap between "Send" and the next question is invisible. In voice it is more -than the entire budget. LiveKit's published thresholds: **"under 500ms feels like talking to a -person," "under 1 second feels natural," "over 2 seconds feels broken."** Their component breakdown -for a well-tuned streaming cascade totals roughly 300–600ms — VAD 10–50ms, streaming STT partial -under 100ms, **LLM time-to-first-token 300–800ms (the slowest stage by far)**, TTS first chunk -100–200ms — against 1000–2000ms+ for a naive non-streaming cascade. - -Read our turn structure against that breakdown and the problem states itself: **the budget allows -approximately one LLM time-to-first-token, and the kernel spends one to three sequential model -invocations plus a durable-submission round trip.** The audio stack is not the risk — ElevenLabs -quotes Scribe v2 Realtime at ~150ms, which is noise at this scale. The risk is the kernel's own turn -economy, and it is a design cost we chose for good reasons (harness-owned suspension, agent-judged -settlement) that voice now prices. - -Worth noting too that cascaded-vs-native is not the axis that decides this. Native speech-to-speech -is cited at ~200–300ms in principle, but measured end-to-end time-to-first-audio across 2026 vendors -"clusters between 0.78s (xAI Grok Voice Agent) and 2.98s (Gemini 3.1 Flash Live)" — a slow native -model loses to a good cascade. Vendor and tuning dominate architecture; one production example -(Vapi + AssemblyAI) reports ~465ms end-to-end after tuning. - -Resolutions, in order of leverage: - -- **Speak the first sentence, not the finished turn.** Flue streams text deltas; the TTS sink should - begin on the first sentence boundary. This is the single largest win and it is cheap. -- **Never let the settlement check precede the speech.** §8.1's continuation turn is silent work; if - the ui speaks only text parts and the continuation emits diagnostics (§7.7), the ordering is - already harmless — but it must be verified rather than assumed, because the seam "fires on - suspensions too" (§8.1). -- **Keep asks short.** A pack-level style constraint, not a mechanism change. -- **Consider a filler.** This is the one place the managed path has something we would have to build: - ElevenAgents exposes `soft_timeout_config` (0.5–8.0s, disabled by default) which "fills dead air via - a filler message while your LLM is slow" rather than failing the turn. A hand-rolled equivalent — - speaking an acknowledgement token while the sweep-and-settle turns run — is a few hours' work and - buys back most of the perceptual gap. Worth doing at T1. - -### C2 — Barge-in vs. dispatch atomicity (Medium) - -Barge-in has three distinct cases and only one is interesting. - -1. **User speaks over TTS playback of an already-suspended turn.** Harmless and the common case: the - ask already terminated the turn, so playback is a ui artifact lagging behind a finished dispatch. - The reply is a fresh dispatch exactly as §7.4 specifies. Nothing in the kernel notices. -2. **User speaks while a dispatch is mid-generation.** The harness has a partially emitted turn. - Ticket 01 records Flue's durable-submission contract as "every accepted submission reaches - exactly one durable terminal outcome — completed, failed, or **aborted**," with a retry budget and - a wall-clock timeout "enforced preemptively via the attempt's abort signal." So `aborted` is a - first-class terminal state; what is **unverified** is whether a client can initiate that abort, - and what a second `dispatch` arriving during one in flight does. Both are cheap prototype - questions and both are on the critical path. -3. **User speaks while a tool call is in flight** — the genuinely scary one, because that tool may be - `sweep_range`. Here the kernel is already safe for an unrelated reason: §8.3 makes mechanical - sweep idempotence "**load-bearing, not optional**, under at-least-once tool re-execution (Flue - fact, ticket 13)," with content-keyed capture identity so "re-sweeping a range never - double-captures **and can repair omissions**." An aborted-and-retried sweep is precisely the - at-least-once case the spec already hardened against. Whole-sweep-atomic application (§9.2, §9.6) - closes the other half. - -The residual risk is therefore not corruption but _conversational_ incoherence: an aborted turn -leaves a truncated assistant entry in the durable log that the model will later re-read and that a -capture could, in principle, be anchored near. §9.4 keeps it out of evidence (only true-user entries -are citable), so this is cosmetic. - -### C3 — Endpointing becomes a ui responsibility the charter withholds (High, conceptual) - -This is the deepest collision and it is easy to miss because it looks like plumbing. - -`CONTEXT.md` defines the ui as "the interface shell: whatever affords user interaction — rendering, -input, reply transport. **Not bound to GUI or TUI; a chat channel qualifies.**" §4 sharpens it: "the -ui renders parts and transports replies; **it owns no elicitation semantics**." Three jobs, no -judgment. - -In a text ui the Send button is the endpointer, and the _user_ owns it — deciding that an utterance -is finished is a human act the interface merely records. In voice that judgment moves into software. -Whoever decides "this pause means the answer is over" is making a conversationally consequential -call: cut too early and you truncate a domain expert mid-thought and capture half a fact; cut too -late and the agent feels dead. That is elicitation semantics living in the ui. - -2026 practitioner consensus is emphatic that this, not raw latency, is the hard part — and it is also -where the latency actually goes. Two quantifications worth carrying into the design conversation: "a -silence timeout set to 800ms adds nearly a full second to every single response before the pipeline -even starts," and Vapi's stock endpointing defaults "can add 1.5+ seconds to your response time — -completely negating all your other optimizations." Set against C1's 500ms/1s/2s thresholds, the -endpointing policy is a larger lever than any model choice. The tradeoff is irreducible and stated -plainly in the literature: "a lower threshold or a shorter horizon makes the agent commit to -end-of-turn sooner, which is faster but produces more false interruptions." The industry's answer is -learned turn-detection rather than energy thresholds — Pipecat's SmartTurnAnalyzer, LiveKit's -TurnDetector, semantic VAD that re-listens and issues a resume when the interrupting audio contains no -decipherable words. - -Two consequences for us. Our interview domain is the _worst case_ for acoustic endpointing: a domain -expert describing a plant thinks in long sentences with mid-thought pauses, exactly the signal a -silence threshold misreads. And ElevenLabs' own answer here — `turn_eagerness: patient` alongside -`turn_timeout` (1–30s) — is real prior art worth copying conceptually even if we do not buy the -platform. - -Resolution: **name the responsibility instead of smuggling it.** Add a fifth shell to the -architecture picture — a **turn shell** sitting between ui and substrate — whose whole job is -converting a continuous audio stream into discrete dispatches, and whose contract is a one-way -valve: - -> The turn shell may synthesize user entries and abort dispatches. It may never write to the capture -> store, never interpret an answer, and never be citable as evidence. - -Note what this buys: **push-to-talk is not a fallback, it is the conceptually clean mode.** It -returns endpointing to the user, shrinks the turn shell to a transcription pipe, and leaves §4's -three-job ui charter intact. The inbox note recommends push-to-talk defensively ("it protects the -demo from VAD ambiguity"); the stronger argument is architectural. - -### C4 — Agent-initiated interruption has no seam (High for the aspiration) - -The demo aspires to "the agent interrupts to clarify" during an audio description. Check the -capability list (§10) for a seam that could host that decision: capability 7 is "subscribe to the -**would-stop** lifecycle seam, with same-response signal steering" — an end-of-agent-turn hook. -Capabilities 5 and 9 are suspend-for-reply and signal injection. **Nothing in the ten capabilities -evaluates anything during the user's turn**, and by §7.4's design the turn is _suspended_ while the -user talks — there is no agent running to notice anything. - -So agent-initiated interruption is either an eleventh capability (a during-user-turn evaluation -seam, which would be the first genuinely new mechanism voice demands) or it lives outside the kernel. - -Resolution, and it is a good one: implement interruption as **forced endpointing in the turn shell**. -The same monitor loop that drives live extraction (see (b)) watches the partial transcript and, on -its own heuristic or a cheap-model judgment, decides to close the user's turn early and dispatch the -transcript-so-far. The kernel then sees a perfectly ordinary — merely shorter — user entry, and every -downstream invariant is untouched. What the audience experiences as the agent interrupting is -mechanically the edge deciding the user's turn is over. - -Two honesty obligations. First, this is not agent judgment in the kernel's sense, and the demo -narrative should not imply the interviewing agent is exercising interviewing skill mid-monologue -unless the monitor is actually running a model call with the pack's guidance in it. Second, false -interruption is the named primary failure mode of this feature class in the 2026 literature — acoustic -VAD misfiring on mid-sentence pauses and throat-clears, with semantic VAD and learned turn-detectors -as the current mitigation — and unlike latency it reads as _rudeness_: one badly-timed interrupt in -front of an audience costs more than five seconds of silence would. Building agent-initiated -interruption means deliberately adding a false-positive channel to the one interaction where the -system's credibility is the product. - -Note also what the managed voice platforms do _not_ give you here. Their interruption support is -uniformly user-interrupts-agent — Speech Engine's `AbortSignal`, ElevenAgents' `agent_response_correction` -event for a "truncated response after interruption," Gemini Live's "users can interrupt the model at -any time." Agent-interrupts-user is a different feature and none of the fetched docs offer it. This is -the one demo aspiration where no vendor is carrying any of the weight. - -### C5 — No audio rendering for structured affordances; the markdown floor is not a speech floor (Medium) - -Two separable problems. - -**The epistemic one is already resolved in the spec, and the resolution is a real capability loss.** -§5.1 makes tap-ness a transport fact: the harness defines "a **reserved reply encoding** — a -sentinel-format string the ui emits for structured affordance taps," and only a reply parsing as that -encoding while its affordance is pending counts as transport-explicit; "every other reply is -conversational, and absences read from it carry `epistemic_status: inferred`." It then says the quiet -part out loud: "Structured taps are an **optional ui capability, not a requirement** … A ui that only -affords the markdown floor never produces the encoding and honestly yields inferred-only absences." - -Voice is exactly that ui. **A voice-only elicitation can never produce an `explicit` absence.** -Every "not applicable" spoken aloud is `inferred`, forever, by design. That is honest and -pre-authorized — and it lands squarely on the absence strip, which is one of the demo's showpieces. -The fix is not a spec change but a product decision: **keep a screen.** In a voice+screen hybrid the -affordance still renders, the taps still work, the encoding still fires, and `explicit` survives. -The prototype's `send(choice)` path in -`prototypes/sweep-seam/src/ui/chat.tsx` is already the whole mechanism. - -**The rendering one is a small genuine gap.** §7.2's floor is a _markdown_ floor, and markdown reads -aloud badly — bullets, backticks, tables, and code spans all become noise. Worse, questionnaire -chaining is defined as "**one affordance with multiple steps**, the payload carries all N questions, -**the ui walks them locally** … zero intermediate model turns." Walking N steps serially in audio -means the turn shell must speak Q1, endpoint, speak Q2 — a mini-interviewer in the ui, which is the -§4 breach again. - -Resolutions: add a **speech floor** to the affordance envelope — a plain-prose or SSML rendition -alongside the markdown floor. It is a small, cheap amendment (a concept-schema-axis change, §12.6, -"cheap while the ecosystem is workspace-internal"). And in voice mode, collapse questionnaires to -their floor — speak the set, take prose back, let the model interpret at sweep time — or disable the -form. Do not let the turn shell walk steps. - -### C6 — One live affordance under audio: survives, and strengthens (None) - -Worth stating as a positive finding. §7.3 derives the one-live-affordance rule from transport truth -(the data channel is a last-write-wins "current-affordance surface, not a log") and enforces it as -mechanism: "the ask tool **rejects a second interactive affordance in the same batch**." Audio is -strictly serial — only one question can be in the air — so the audio channel wants exactly the same -rule for independent reasons. - -Reply binding also survives. §7.4 makes binding harness-mechanical precisely because at most one -affordance is pending, "no echo token, and no reliance on the model remembering an id." A spoken -reply that wanders — answering an earlier question, or volunteering three facts and ignoring the one -asked — gets bound to the pending affordance anyway, and that is fine: binding is a hint, not an -interpretation. §7.4 puts interpretation at sweep time "citing the quoted reply text," and §7.5 -already has `redirected` for "cancellation-by-topic-change." Voice produces more wandering replies -than text; the machinery for that was built already. - -### C7 — ASR-mediated evidence (High) - -The kernel's evidentiary claim is unusually strong. §5 makes each evidence span "a **quoted excerpt -plus a pointer**," with the excerpt "primary at proposal time and … the **model-facing citation -currency**." §8.2 has the harness resolve quotes to entries because "the model's quotes were -flawless and its sequence guesses never converged." §9.4 is titled "Provenance: only the true user's -side is evidence." - -Under voice, the durable user entry is not the user's words — it is a machine transcription of them. -Every mechanism keeps working (both model and harness see the same transcript text, so quote -resolution gets _easier_, not harder), while the invariant's plain-English meaning quietly becomes -false. And the failure is not uniform noise: ASR breaks proper nouns and technical vocabulary, which -is precisely the population of things worth capturing. - -The local evidence is stark. This project's own expert-meeting transcript -(`docs/reference/yannis-dora-lu-transcript-2026-08-11.md`), an ASR product's output on exactly the -conversation type the demo is imitating, renders the central domain noun as **"PetriKnot" 35 times -and "Petri net"/"Petrinaut" zero times**, and "STCPN" 14 times where the project's term is SDCPN — -a misreading that propagated into the human-written findings note. A demo that captured from that -transcript would produce evidence-anchored, correctly-swept, perfectly-idempotent captures about a -formalism that does not exist. - -Resolutions, all cheap, and the first two are worth doing even for a demo: - -- **Show the transcript and let the user correct it.** Already the demo's own aspiration ("live - transcription runs"), so it costs nothing extra and it converts the risk into a feature. -- **Bias the ASR with the plugin's vocabulary.** This is a solved, cheap, well-supported feature and - it is the highest-value single mitigation. §13.1 already gives `plugin-gherkin` "a pack-declared - **step-lexicon**"; a target's lexicon _is_ the biasing list. This introduces a new read-only - plugin → turn-shell flow, admissible on the same footing as form tags (the ui already keys rendering - on plugin form tags, §7.2) — it carries no elicitation semantics. Options, with the caveat that all - vendors describe biasing as hints: **Deepgram Nova-3** keyterm prompting (100 terms, no retraining, - ~150ms first partial, mature browser SDKs); **AssemblyAI Universal-Streaming** keyterms (100 terms, - $0.15/hr, the cheapest verified rate, self-reported — so treat sceptically — as 21% more accurate - than Nova-3 on domain terms); **ElevenLabs Scribe v2 Realtime**, which notably biases toward terms - only when actually spoken rather than force-inserting them, unlike Whisper-style prompting that - "often insert[s] prompted terms where they don't belong… especially on ambiguous audio" — a real - distinction, since a forced insertion is _worse_ than a misrecognition when the output becomes - evidence; and **OpenAI**'s `keywords` on a transcription session, documented for "product names, - acronyms, and other literal terms," with "keywords are hints, not required output." - **Unresolved:** two passes over the ElevenLabs docs returned conflicting realtime keyterm caps — - 50 terms × 20 chars on the speech-to-text capability page versus 100 terms × 50 chars elsewhere. - The cap matters for how aggressively a pack lexicon must be pruned, so confirm it before designing - that pruning. Either way a cap exists and a full domain lexicon will exceed it. -- **Mark voice-derived captures**, and require on-screen confirmation before a voice-derived proper - noun reaches `explicit`. -- **Longer-term: add an audio pointer to the evidence span.** Keep the audio, point at it by - timestamp, and the excerpt becomes navigable back to the actual utterance. This is the honest fix - and it is a §12.6 concept-schema-axis change — cheap now, expensive later. - -### C8 — TTS must inherit the display filter (Low) - -§7.7: messages carry `purpose` and `display`, "**the ui must filter on them** (injected signals -arrive `display: 'diagnostic'`)." The speech layer needs the same clause, stated separately, because -the failure mode is loud: §8.1's settlement nudge "is itself a session entry," §9.3's re-entry -briefing is an injected state message, and the prototype ui renders tool parts and sweep JSON -inline. A naive "speak all text" implementation reads the agent's own bookkeeping aloud. - -Also: §9.3 requires "a **minimal user-visible insertion notice**" with every injected state message. -Voice needs an audible equivalent — an earcon, or a screen-only notice in the hybrid shape. Trivial, -but it is a contract clause that currently has no audio answer. - -### C9 — Provider-owned conversation vs. single-authority durability (High) - -This collides with the _recommended architecture_ rather than with voice itself, and it is the one -place I dissent from the inbox note. - -First, a naming correction the note gets wrong and that matters for anyone reading its links. -ElevenLabs currently ships **two** relevant products, and Speech Engine is not a rename of the -older one: - -- **ElevenAgents** (`/docs/eleven-agents/`) is the hosted agent platform, descendant of - "Conversational AI"/"Agents Platform" — confirmed by redirect, `/docs/conversational-ai/overview` - → `/docs/eleven-agents`. Its **Custom LLM** feature is the classic HTTP contract: "it must align - with one of the following OpenAI-compatible request/response structures: Chat Completions API - (`/v1/chat/completions`) [or] Responses API (`/v1/responses`)", replying SSE with - `ChatCompletionChunk` frames terminated by `data: [DONE]`. -- **Speech Engine** (`/docs/overview/capabilities/speech-engine`) is a separate, newer, additive - product and is what the note actually recommends. It is **not** a POST-to-your-endpoint contract: - you attach a server via `elevenlabs.speechEngine.attach()` over a persistent SDK/WebSocket - connection, and your `onTranscript` handler receives the history and session each turn. No required - path or schema; not OpenAI-compatible by requirement. - -Either way the division of labour is the note's: the provider owns audio, turn-taking, and -interruption detection, while "your server provides the LLM logic." Speech Engine "adds voice -capabilities to any chat agent," the SDK "manages conversation turns, so your server only needs to -respond to transcripts," and it cancels an in-flight LLM call "automatically via an `AbortSignal`" — -a positive interruption signal rather than silence inference, which is genuinely nicer than what we -would build. - -It is a clean pattern for a stateless chat agent. Against this kernel, its documented surface is -disqualifying on four counts — and then, decisively, on the demo's own live-transcription aspiration. - -1. **The return channel is text, full stop.** The JS SDK's only outbound path is - `session.sendResponse()`, accepting `string | AsyncIterable`; the docs list no mechanism - for structured data back to the client. But capability 4 is "emit an affordance payload" via "data - channel + tool output parts" (§10), and §7.3 makes durable affordance identity ride the ask tool's - output part. So every choice strip, absence strip, questionnaire and interpretation render needs a - parallel channel to the browser _anyway_ — at which point the provider transports half the - conversation and we transport the other half, with two orderings to reconcile. -2. **The provider's history model cannot represent ours.** `onTranscript(transcript: -TranscriptMessage[], signal, session)` receives the history as `{ role: "user" | "agent"; content: -string }` on every turn. There is no room in that shape for tool parts, affordance output parts, - or — critically — §9.4's distinction between true-user entries and injected on-behalf-of-user - signals, which the kernel needs _mechanically_ ("a capture citing an injected entry is refused at - validation"). Meanwhile §9.1 makes the capture store plus session logs authoritative and §9.6 - binds evidence pointers to the target-document's own archive "so evidence pointers resolve against - the target-document's own store, **never against whatever the substrate happens to retain**." A - provider-held history is a third copy, lossy in exactly the dimension the kernel's provenance - invariant lives in. -3. **Our turn is not one text response.** `terminate: true` mixed batches (§7.7: "mixed batches - suspend correctly when the terminating result is present") and §8.1's same-response continuation - turn mean model work continues _after_ the user-facing answer. Both integrations are - turn-shaped — one `onTranscript` in, one `sendResponse` out; one `/v1/chat/completions` request, - one SSE stream — and neither documents a slot for further model work once the turn's text is - delivered. -4. **The provider becomes the turn shell** — C3's judgment handed to a vendor, behind an extra async - hop. ElevenAgents does expose real controls over that judgment (`turn_timeout` 1–30s, - `turn_eagerness` patient/normal/eager, a `vad_score` event, `user_activity` to suppress - interruption during silence), which is more than nothing. But **push-to-talk / manual turn-end is - not documented in either product** — checked directly against the conversation-flow page — so the - demo-safe fallback is unavailable on this path, and their direction of travel is away from it - (a first-party blog describes "speculative turn-taking" reading conversational flow rather than any - hard threshold). - -And the finding that should settle it: **the agent products expose no partial transcripts.** For -Speech Engine, "the full transcript is passed to `onTranscript` on every turn," with no -intermediate/partial mechanism documented and `"user_transcript"` as the only transcript event; on -ElevenAgents `user_transcript` is explicitly "finalized speech-to-text results." The demo's headline -beat — live transcription with entities appearing as the conversation goes — is not implementable on -the integration the note recommends. Partials exist at ElevenLabs, just one layer down, in the raw -ASR product. - -The same holds for the other vendors, and it is worth stating flatly: **neither OpenAI nor Google -supports putting your own model in a realtime voice session.** OpenAI's docs "provide no information -about using third-party LLMs — all references assume OpenAI's models are in the loop," and -practitioners confirm you cannot reliably load assistant audio or a multi-message history into a -Realtime session. Gemini Live is explicit: "the Live API documentation makes no provision for -substituting an alternative LLM within a session. All reasoning and response generation occurs within -the Gemini model selected at session initialization" — and its half-cascade models, which allowed -swapping _TTS only_, are narrowing rather than expanding. Gemini Live also remains "in Preview." - -Resolution: **buy the provider's audio primitives, not its conversation.** The pieces all exist -standalone; the honest caveat is that **"ASR + your own LLM + TTS" is not a named, documented pattern -at any of these vendors** — you assemble it from parts, which is a modest integration risk rather than -a blocker. - -Input (streaming ASR with partials, push-to-talk, and vocabulary biasing — see C7 for the biasing -comparison): - -- **OpenAI transcription-only Realtime sessions** — `gpt-live-transcribe`, "text from a microphone… - without a spoken assistant response," partials as - `conversation.item.input_audio_transcription.delta` and finals as `…transcription.completed`. - Push-to-talk is first-class and documented in as many words: `turn_detection: null` is "useful for - interfaces where you would like to take granular control over audio input, like push to talk - interfaces," then `input_audio_buffer.commit`. Server VAD defaults to 500ms silence, with - `semantic_vad` available as a middle ground; practitioners raise it to 800ms–1s for interview-shaped - conversations, which is exactly our case. -- **ElevenLabs Scribe v2 Realtime** — client-side or server-side WebSocket streaming, ~150ms, word-level - timestamps, "delivers partial transcripts as you speak and committed transcripts when a speech - segment completes," with manual commit or VAD auto-commit. -- **Deepgram Nova-3 / AssemblyAI Universal-Streaming** — the two best-documented choices for biasing - specifically, and the ones to default to if C7's accuracy spike goes badly (C7). - -Output (streaming TTS from our own text): - -- **ElevenLabs TTS WebSocket** — `/v1/text-to-speech/{voice_id}/stream-input`, built for partial-text - chunk input from an LLM token stream, which is exactly C1's first-sentence-streaming requirement. - Note it does not support the `eleven_v3` model. -- **OpenAI Realtime as a speaker** — a sanctioned trick rather than a product: `response.create` with - `input: []` and `instructions: "Say exactly the following: "`, with OpenAI noting - `gpt-realtime` is good at "reading disclaimer scripts word-for-word." Useful if we are already - holding a Realtime session for transcription. Its documented **out-of-band responses** - (`response.conversation: "none"`) are also the closest vendor analogue to (b)'s side-channel - extraction pass — worth knowing exists, not worth adopting. - -Either sits beneath our existing Flue transport, which the prototype already has working -(`useFlueAgent({ url })` and `agent.sendMessage(text)` in `prototypes/sweep-seam/src/ui/chat.tsx`; -ticket 01 confirms `@flue/sdk`'s `createFlueClient` for non-React hosts). One conversation authority, -one transport, voice strictly additive. - -The honest cost of dissenting from the note: we then own microphone handling, echo cancellation, -endpointing, and interruption plumbing — real engineering the managed path gives away. Push-to-talk -removes nearly all of it, which is the third independent argument for push-to-talk. - ---- - -## (b) The live-extraction beat - -"Entities extracted as the conversation goes, shown in a running list" needs four things beyond an -ASR/TTS adapter: - -1. **Streaming ASR with partial results**, not per-turn finalized transcripts. This is the - requirement that eliminates the managed-agent path outright (C9): Speech Engine hands you "the full - transcript … on every turn" and documents no partials, and ElevenAgents' `user_transcript` is - "finalized speech-to-text results." The standalone STT products do supply them — Scribe v2 Realtime - "delivers partial transcripts as you speak," or - `conversation.item.input_audio_transcription.delta` on an OpenAI transcription session. -2. **A debounced second model pass** over the growing transcript — cheap model, rolling window, - triggered on ~1–2s of silence or ~N new words rather than per partial. Per-partial is both - expensive and visually unstable. -3. **A stable-keyed display list**, so entities do not flicker and reorder as the transcript - revises. This is more of the work than it sounds. -4. **A promotion rule** — what, if anything, carries from this list into the real capture path. - Answer below: nothing automatic. - -### Does it fit capability 6? - -**Not during the user's turn, no.** Capability 6 is "private model call — native (`harness.prompt` -scratch conversation)" (§10), and a `harness.prompt` call is only reachable from inside an agent -render or tool execution. By §7.4's design the turn is _suspended_ while the user speaks: there is no -dispatch in flight to host the call. Ticket 01 adds the matching constraint on the output side — -`useDataWriter` streams data parts "strictly one-way out of the agent," and "a write never -re-renders the agent" — so a data part can carry the running list _while an agent turn is running_ -and cannot otherwise. - -Two placements, and they trade liveness against containment: - -**(1) Per-turn, inside the kernel.** Run extraction as a private model call at the top of the agent's -turn — Flue's `useAgentStart` is the documented async load-data seam (ticket 01) — and stream the -list out as a data part. This fits capability 6 exactly, needs no new capability, and touches the -main loop not at all: it is a side call whose output is display-only. Cost: the list updates at turn -boundaries. For a 5–20s conversational exchange that reads as live; for the demo's _long audio -description of a system_, the panel sits empty for minutes and then fills at once. Which is exactly -the beat the demo wants to avoid. - -**(2) Continuous, outside the kernel.** The turn shell runs the pass over partial transcripts and -renders the list itself. True "as the conversation goes" behaviour, no kernel contact, and it is the -same monitor loop C4's interrupt heuristic needs — one watcher, two outputs (entities noticed, -interrupt-now?). This is the demo answer. - -### The rule that keeps (2) safe - -The spec already has the concept, and it is the right one. §11.4 names "a **private, -non-authoritative scratchpad** for 'noticed, not yet asked' — **not** harness session state." The -running entity list _is_ that scratchpad made visible. Therefore: - -> The extraction pass produces noticing, never capture. Its output never becomes a capture, never -> reaches the model, and is never citable as evidence. Captures still arrive only through -> agent-judged settlement and sweep (§8.1, §8.3). - -And a presentation requirement that follows from it: **the running list must be visually distinct -from the target-document panel.** The prototype already renders those separately (`StorePanel` -polling `/store/:targetId` beside the chat), and that separation is now load-bearing. If a demo -audience reads the live list as "the system captured these," then the product's actual -differentiator — evidence-anchored, agent-judged, idempotent capture — is invisible, and the demo has -accidentally sold a much weaker product that any streaming NER pipeline could deliver. - -There is a real upside available here too. The list is the natural place to show what the kernel can -do that a NER pipeline cannot: an entity moving from _noticed_ to _captured with an epistemic status -and a quoted span_, on screen, when the sweep lands. That transition is the demo's best single beat -and it costs only wiring, since both panels already exist. - ---- - -## (c) Verdict - -**Bolt-on with constraints.** Not an architectural rewrite, and not an unconstrained bolt-on either. - -The case for "not a rewrite" is concrete: every load-bearing kernel mechanism survives voice -unchanged — string-only inbound replies and the ui's `purpose`/`display` filter (§7.7), the markdown -floor and its optional-tap licence (§7.2, §5.1), one live affordance and mechanical reply binding -(§7.3, §7.4), `terminate: true` + fresh dispatch (§7.4), content-keyed sweep idempotence under -at-least-once execution (§8.3), harness-resolved quote anchoring (§8.2), and the private model call -(§10, capability 6). Two of them — §5.1's inferred-only degradation and §8.3's abort tolerance — fit -voice by accident, because both were designed for other reasons that happen to generalize. - -What voice genuinely adds is one new shell responsibility (endpointing, and with it interruption) and -two small envelope additions (a speech rendition beside the markdown floor; an audio pointer on -evidence spans). One capability gap exists and should be left open on purpose: a during-user-turn -evaluation seam. Do not add it for September. - -### Constraints, enumerated - -1. **Voice attaches at the ui/turn shell.** Flue remains the only conversation authority; a provider - supplies ASR and TTS, not the session. Default picks: an OpenAI transcription-only session or - Deepgram/AssemblyAI for input (all three document push-to-talk and keyterm biasing), ElevenLabs' TTS - WebSocket for output. (C9, C7) -2. **Turn-shell one-way valve.** It may synthesize user entries and abort dispatches; it may never - write captures, interpret answers, or be citable as evidence. (C3) -3. **TTS inherits the display filter.** Diagnostics, injected signals, and tool narration are never - spoken; injected briefings get an audible or on-screen insertion notice. (C8, §7.7, §9.3) -4. **Keep a screen.** Voice+screen preserves structured taps and therefore `explicit` absences; - voice-only is honestly inferred-only and must be described that way. (C5, §5.1) -5. **The live entity list is scratchpad**, visually separated from the target-document panel, never - fed to the model, never promoted automatically. (b, §11.4) -6. **Voice-derived captures are marked**; proper nouns get lexicon biasing and on-screen - confirmation before `explicit`. (C7) -7. **Questionnaires collapse to their speech floor in voice mode**, or are disabled there. The turn - shell never walks multi-step forms. (C5, §7.2) -8. **Add a speech rendition** alongside the markdown floor — small §12.6 concept-schema change. (C5) - -### Minimal demo-safe shape - -Ship the lowest tier that tells the story; rehearse the next one behind a toggle. - -- **T0 — push-to-talk voice-in, text-out.** Live partial transcript on screen, affordances rendered - and tappable as today, no TTS, no VAD, no barge-in. The user owns endpointing, so C3 and C4 do not - arise and C1 barely bites. Both candidate STT products support this directly — OpenAI documents - manual turn detection with `input_audio_buffer.commit` as a first-class mode. This already - demonstrates "describe your system out loud and watch it become structure," which is the actual - claim. -- **T1 — add TTS out**, first-sentence streaming, with press-to-talk cancelling playback as the only - barge-in. Still no VAD. -- **T2 — add the continuous extraction pass** and the running entity list, with the noticed → - captured transition wired as the showpiece beat. -- **T3 — open mic + agent-initiated interruption.** Provider VAD or turn-detection model, forced - endpointing for interrupts. Stretch only; demo behind a toggle and rehearse T1 as the fallback in - the same session. - -The honest read is that **T0–T2 delivers the demo's narrative and T3 delivers its adjectives.** -"Interrupts to clarify" is the most fragile item on the aspiration list and the least load-bearing -for the argument the demo is making. - -### What to prototype first - -One spike, three numbers, on the existing `prototype/13-sweep-seam` branch rather than anything new. - -1. **Measure the loop.** Instrument end-to-end wall clock for one ask cycle: user dispatch → model → - ask tool `terminate` → part on the client, including §8.1's settlement continuation turn. Then add - a streaming-ASR mic and a TTS sink at the two edges of `chat.tsx`'s `send()` and text-part render. - The number that decides the demo is time-to-first-audio after the user stops speaking, read against - LiveKit's thresholds: under 1s is natural, over 2s "feels broken." Given that a single LLM - time-to-first-token is 300–800ms and our cycle contains one to three of them plus a - durable-submission hop, the honest prior is that we land past 2s on the first attempt. If tuning - cannot get it under that, T0 (silent, text-out) becomes the _right_ answer rather than the safe one. - This retires the biggest risk because it is the only one that can invalidate the whole aspiration. -2. **Measure domain-term accuracy**, with and without lexicon biasing, on real audio — the - Yannis/Dora recording if it exists, where the current transcript scores 0/35 on the project's own - central noun. This retires the risk that the demo captures confident nonsense. -3. **Answer two Flue questions** (cheap, half a day): can a client abort an in-flight submission, and - what happens when a second `dispatch` arrives while one is in flight? Both are needed for any - barge-in beyond press-to-talk-cancels-playback. - -### Effort estimate - -Labeled explicitly as an estimate: one engineer, **on top of a working kernel loop**, and excluding -the Petri-net projection and residual-questions render (those are plugin work, not voice work). - -| Tier | Estimate | -| ------------------------------------------- | ----------------------------------------- | -| T0 (push-to-talk voice-in, live transcript) | 2–4 days | -| T0 + T1 (TTS out, playback cancel) | ~1 week | -| T0–T2 (+ live extraction panel) | 1.5–2 weeks | -| T3 (open mic, agent interruption) | +3–4 weeks, with an unbounded tuning tail | - -The dominant caveat is not about voice at all. **This repository currently contains no product -code** — `main` holds a spec, a map, thirteen resolved tickets and `CONTEXT.md`; the only executable -artifacts are the three prototype branches. In a five-week window the kernel's milestone one is the -critical path, and T3's tuning tail would consume it. Recommended commitment: **T0 and T1 in scope, -T2 as the stretch that most improves the demo per day spent, T3 explicitly out** — revisited only if -the kernel loop is demonstrably done with two weeks to spare. - ---- - -## Sources - -Spec and repo (primary): - -- [`spec.md`](../specs/elicitation-kernel.md) §4, §5, §5.1, §7.2–§7.7, §8.1–§8.3, §9.1–§9.6, §10, - §11.4, §12.6, §13.1 -- [`CONTEXT.md`](../../CONTEXT.md) — ui-shell definition -- [`issues/01-flue-architecture-deep-read.md`](../archive/elicitation-kernel/issues/01-flue-architecture-deep-read.md) - — durable-submission terminal outcomes and abort signal; `useDataWriter` one-way; `useAgentStart` - load-data seam; `@flue/sdk` for non-React hosts -- [`issues/10-walking-skeleton-flue-roundtrip.md`](../archive/elicitation-kernel/issues/10-walking-skeleton-flue-roundtrip.md) - — turn suspension proven, wake wart, update-in-place data channel -- `prototypes/sweep-seam/src/ui/chat.tsx` on `prototype/13-sweep-seam` — the existing reply - transport (`useFlueAgent`, `agent.sendMessage(text)`), tap-as-string, `StorePanel` -- [`docs/reference/yannis-dora-lu-transcript-2026-08-11.md`](../reference/yannis-dora-lu-transcript-2026-08-11.md) - — the ASR-fidelity evidence - -Provider and practice (web, fetched 2026-08-11): - -- [`docs/research/voice-implementation-recommendation-pplx.md`](./voice-implementation-recommendation-pplx.md) - — the prior recommendation this document refines and partly dissents from -- [ElevenLabs Speech Engine overview](https://elevenlabs.io/docs/overview/capabilities/speech-engine) - — "adds voice capabilities to any chat agent"; "your server provides the LLM logic"; SDK "manages - conversation turns"; interruption cancels the in-flight LLM request "via an `AbortSignal`" -- [Speech Engine JavaScript SDK reference](https://elevenlabs.io/docs/eleven-api/resources/libraries/speech-engine/javascript-sdk-reference) - — `onTranscript(transcript: TranscriptMessage[], signal, session)` with - `{ role: "user" | "agent"; content: string }`; `session.sendResponse(string | AsyncIterable)`; - "the full transcript is passed to `onTranscript` on every turn"; no partial transcripts; "no - explicit push-to-talk or turn-initiation API exists"; no structured data channel to the client -- [ElevenLabs speech-to-text](https://elevenlabs.io/docs/capabilities/speech-to-text) — Scribe v2 - Realtime, "Low latency (~150ms)", "precise word-level timestamps", keyterm prompting (realtime: 50 - terms × 20 chars; batch: 1000 × 50); links to a client-side-streaming WebSocket guide -- [ElevenAgents custom LLM](https://elevenlabs.io/docs/eleven-agents/customization/llm/custom-llm) — - the OpenAI-compatible contract: "must align with one of the following OpenAI-compatible - request/response structures: Chat Completions API (`/v1/chat/completions`) [or] Responses API - (`/v1/responses`)", SSE with `ChatCompletionChunk` frames and `data: [DONE]`; request fields - `messages`, `model`, `temperature`, `max_tokens`, `stream`, `tools`, `elevenlabs_extra_body`; no - `conversation_id` documented. Turn controls (`turn_timeout` 1–30s, `turn_eagerness`, - `soft_timeout_config`, `user_activity`, `vad_score`, `agent_response_correction`) from the same - product's conversation-flow docs; **push-to-talk / manual turn-end not documented** (checked - directly). Naming confirmed by redirect: `/docs/conversational-ai/overview` → `/docs/eleven-agents` -- ElevenLabs realtime STT — [client-side streaming](https://elevenlabs.io/docs/eleven-api/guides/how-to/speech-to-text/realtime/client-side-streaming), - [server-side streaming](https://elevenlabs.io/docs/eleven-api/guides/how-to/speech-to-text/realtime/server-side-streaming), - [capability overview](https://elevenlabs.io/docs/capabilities/speech-to-text) — Scribe v2 Realtime, - "~150ms", word-level timestamps, "delivers partial transcripts as you speak and committed - transcripts when a speech segment completes", manual or VAD-based commit. **Keyterm cap unresolved: - 50 × 20 chars on one page, 100 × 50 chars on another** -- [ElevenLabs TTS WebSocket](https://elevenlabs.io/docs/api-reference/text-to-speech/v-1-text-to-speech-voice-id-stream-input) - — `/v1/text-to-speech/{voice_id}/stream-input`, built for partial-text chunks from a token stream; - no `eleven_v3` support -- [OpenAI Realtime guide](https://developers.openai.com/api/docs/guides/realtime) — models - `gpt-realtime-2.1`, `gpt-realtime-translate`, `gpt-live-transcribe`; GA-vs-preview per model **not - confirmed**; no documented pattern for an external LLM in-session -- [OpenAI realtime transcription guide](https://developers.openai.com/api/docs/guides/realtime-transcription) - — transcription-only sessions on `gpt-live-transcribe`; - `conversation.item.input_audio_transcription.delta` / `.completed`; manual turn detection - (`turn_detection: null` "useful for… push to talk interfaces", then `input_audio_buffer.commit`); - `keywords` biasing "for product names, acronyms, and other literal terms", "hints, not required - output". (A second research pass did not find the `keywords` field; the quote above is from a direct - fetch of this guide.) -- [OpenAI out-of-band responses cookbook](https://developers.openai.com/cookbook/examples/realtime_out_of_band_transcription) - — `response.conversation: "none"` for side processing; and the "say exactly the following" - text-in/audio-out pattern from the Realtime conversations docs -- [Latent Space, OpenAI Realtime deep-dive](https://latent.space/p/realtime-api) — "it is currently - not possible… to retrieve the conversation context via the OpenAI Realtime API, to load 'assistant' - audio messages into the context, or to load a multiple-message history reliably"; endpointing - practice (500ms default, 800ms–1s for interview bots) -- [Gemini Live API](https://ai.google.dev/gemini-api/docs/live-api) — "The Live API is in Preview"; - "users can interrupt the model at any time"; transcripts of both input and output; function calling; - **no provision for substituting an alternative LLM** — "all reasoning and response generation occurs - within the Gemini model selected at session initialization"; native-audio models are audio-output - only; half-cascade (TTS-swap) availability narrowing. Manual-VAD/push-to-talk equivalent **not found** -- [LiveKit, sequential pipeline architecture](https://livekit.com/blog/sequential-pipeline-architecture-voice-agents) - — "under 500ms feels like talking to a person", "under 1 second feels natural", "over 2 seconds feels - broken"; cascade breakdown (VAD 10–50ms, STT partial <100ms, LLM TTFT 300–800ms, TTS 100–200ms; - ~300–600ms streaming total vs 1000–2000ms+ naive); native S2S ~200–300ms -- Turn-taking and semantic VAD (2026 practitioner sources): - [inworld.ai on semantic VAD](https://inworld.ai/resources/what-is-semantic-vad), - [gradium.ai](https://gradium.ai/content/semantic-vad-voice-agents-turn-detection-2026), - [futureagi.com](https://futureagi.com/blog/voice-ai-barge-in-turn-taking-2026) — the 800ms-timeout - and Vapi 1.5s+ figures, the faster-endpointing/more-false-interruptions tradeoff, Pipecat - SmartTurnAnalyzer / LiveKit TurnDetector -- Vendor latency comparisons (secondary, treat as indicative): QubitTool's April 2026 round-up - (end-to-end TTFA clustering 0.78s–2.98s; per-component figures), - [AssemblyAI on Vapi tuning](https://assemblyai.com/blog/how-to-build-lowest-latency-voice-agent-vapi) - (~465ms end-to-end) -- Biasing options: [Deepgram keyterm prompting](https://developers.deepgram.com/docs/keywords) - (Nova-3, 100 terms), [AssemblyAI streaming keyterms](https://assemblyai.com/blog/streaming-keyterms-prompting) - (100 terms, $0.15/hr, self-reported 21% over Nova-3 — vendor claim, not independently verified) - -Still unverified after this pass: per-model GA-vs-preview status on OpenAI Realtime; Gemini Live's -push-to-talk equivalent and session limits; the ElevenLabs realtime keyterm cap (two conflicting -numbers); and ElevenLabs Scribe base pricing. None of these change the recommendation. One claim in -C4 — that a badly-timed interrupt costs more in front of an audience than silence does — is -presentational judgment, not a sourced finding. diff --git a/libs/@hashintel/brunch-agent/docs/research/voice-implementation-recommendation-pplx.md b/libs/@hashintel/brunch-agent/docs/research/voice-implementation-recommendation-pplx.md deleted file mode 100644 index 2096abb88f2..00000000000 --- a/libs/@hashintel/brunch-agent/docs/research/voice-implementation-recommendation-pplx.md +++ /dev/null @@ -1,44 +0,0 @@ -## Recommendation - -Use **ElevenLabs Speech Engine** first if your elicitation agent already has bespoke orchestration, state, tools, and an LLM loop. It is explicitly designed to put voice around an existing chat agent: ElevenLabs handles browser audio, transcription, TTS, connection lifecycle, turn-taking, and interruption detection, while your server receives transcripts plus history and streams text back. In TypeScript, an interruption aborts the in-flight LLM operation through an `AbortSignal`. [elevenlabs](https://elevenlabs.io/docs/overview/capabilities/speech-engine) - -That fits your concern particularly well: your demo remains a text-/event-driven elicitation agent internally, and voice becomes an adapter at the edge. The trade-off is a cascaded pipeline—ASR → your model/agent → TTS—so it will generally have less native conversational prosody and potentially more latency than a true speech-to-speech model. - -## Assessment of the options - -| Option | Fit for your demo | What you still own | -| ---------------------------- | ------------------------------------------------------------------------------------------------------ | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | -| **ElevenLabs Speech Engine** | **Best initial choice** if you need your own elicitation logic, model choice, tools, and state machine | Your agent endpoint and streaming textual response; not audio turn-taking/interruption plumbing. [elevenlabs](https://elevenlabs.io/docs/overview/capabilities/speech-engine) | -| **Gemini Live API** | Strong native-audio alternative if conversational quality itself is central to the demo | A stateful WebSocket integration and your tool/orchestration boundary. It supports barge-in, transcripts, proactive-audio controls, and function calling, but remains preview. [ai.google](https://ai.google.dev/gemini-api/docs/live-api) | -| **OpenAI Realtime** | Strong option if you are happy to place the conversational model directly in OpenAI’s Realtime session | Some integration semantics remain—especially if you choose WebSockets rather than WebRTC. OpenAI recommends WebRTC for browser audio; with WebSockets, you own playback and explicit response truncation on interruptions. [platform.openai](https://platform.openai.com/docs/guides/realtime-conversations) | -| **xAI Grok Voice** | Worth a spike, especially if you want native speech-to-speech plus tool/MCP support | A realtime integration and evaluation of quality/reliability for your particular elicitation style. It has server VAD, adjustable silence/prefix padding, browser ephemeral tokens, and tool support. [docs.x](https://docs.x.ai/developers/model-capabilities/audio/speech-to-speech) | - -## Corrections to the note - -- I would not base a plan on **“GPT-Live-1”** as an available public API target. The current public OpenAI API documentation describes `gpt-realtime` / `gpt-realtime-mini` through the Realtime API, with WebRTC or WebSocket connections, VAD, interruptions, and function calling. [platform.openai](https://platform.openai.com/docs/guides/realtime-conversations) -- **Gemini Live** is publicly usable in preview, not merely nominally available. It is a native streaming voice/vision API over a stateful WebSocket and exposes interruption (“barge-in”), transcription, tool use, and response-timing controls. Preview still matters: treat it as a demo dependency, pin model versions, and retain a fallback. [ai.google](https://ai.google.dev/gemini-api/docs/live-api) -- **ElevenLabs Conversational AI is not limited to support/sales.** Their fully hosted product may be positioned that way, but Speech Engine is specifically for developers attaching voice to a custom agent and retaining control over model, routing, context, and tools. [elevenlabs](https://elevenlabs.io/docs/overview/capabilities/speech-engine) -- xAI’s protocol is **OpenAI-Realtime-shaped**, but not something I would call drop-in compatible. Its docs use familiar events such as `session.update`, `conversation.item.create`, and `response.create`, but add xAI-specific behavior—including remote MCP tools and `force_message`. Keep a thin provider adapter rather than assuming protocol portability. [docs.x](https://docs.x.ai/developers/model-capabilities/audio/speech-to-speech) - -## Suggested demo shape - -```text -Browser - ↕ managed voice transport / turn-taking -ElevenLabs Speech Engine - ↕ transcript + history / streamed response -Your elicitation service - ├─ elicitation state machine - ├─ agent / LLM calls - ├─ tool calls and persistence - └─ structured event log + transcript -``` - -Keep the **authoritative elicitation state in your backend**, not in the voice provider’s conversation history. Treat each voice turn as an input event carrying: transcript, timestamps, confidence if available, interruption/cancellation status, and a monotonically increasing turn ID. On barge-in, abort the current agent generation and invalidate any subsequent TTS chunks from that turn. - -## Practical approach - -1. Build the demo with **ElevenLabs Speech Engine + your existing text agent**. -2. Use WebRTC in the browser when the provider supports it; it avoids much of the brittle client audio work and generally gives better media handling. OpenAI explicitly recommends WebRTC for browser output, and ElevenLabs’ voice SDK uses WebRTC by default. [platform.openai](https://platform.openai.com/docs/guides/realtime-conversations) -3. Run one short A/B spike against **Gemini Live native audio** only if the demo’s value depends on the agent sounding unusually socially fluent—acknowledgements, hesitation, overlap, and nuanced interruption behavior. -4. Keep a visible transcript and a push-to-talk fallback. It protects the demo from VAD ambiguity and lets you present the elicitation mechanics even if open-mic voice behavior is imperfect. OpenAI’s own documentation notes that push-to-talk can avoid VAD failures and feel responsive. [platform.openai](https://platform.openai.com/docs/guides/realtime-conversations) diff --git a/libs/@hashintel/brunch-agent/docs/specs/README.md b/libs/@hashintel/brunch-agent/docs/specs/README.md new file mode 100644 index 00000000000..cd13dcf6d34 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/specs/README.md @@ -0,0 +1,18 @@ +# Specs (historical) + +These files are prior design hypotheses, not the current harness contract. Live authority is +root [`MISSION.md`](../../MISSION.md) and the future spine [`MISSION.next.md`](../../MISSION.next.md). +Domain language lives in [`CONTEXT.md`](../../CONTEXT.md). Package topology and Flue routing live +under [`docs/reference/architecture/`](../reference/architecture/). + +Remaining files: + +- [`petrinaut-integration.md`](petrinaut-integration.md) — historical Petrinaut attach hypothesis; + the live door is the Mission 5 browser Flue `ChatTransport` at `/agents/chat/:instanceId`. +- [`petrinaut-batched-construction-tools.md`](petrinaut-batched-construction-tools.md) — unselected + `pn_read` / `pn_edit` candidate; Mission 7 owns carrier repair and first nested mutation, + Mission 9 owns whether a batch tool is later earned. + +The YAML/plugin, three-register IR, capture-envelope, and completion-algebra specs were removed +on 2026-09-07. Last living copies and the retirement record are at commit `69c02f69a9` and +[`docs/archive/specs/README.md`](../archive/specs/README.md). diff --git a/libs/@hashintel/brunch-agent/docs/specs/elicitation-completion.md b/libs/@hashintel/brunch-agent/docs/specs/elicitation-completion.md deleted file mode 100644 index 3a20ca18d17..00000000000 --- a/libs/@hashintel/brunch-agent/docs/specs/elicitation-completion.md +++ /dev/null @@ -1,120 +0,0 @@ -# Spec: completion — the invariants `evaluateCompletion` must satisfy - -Status: **provisional**, rewritten 2026-08-25 under -[ADR-0006](../adr/0006-plugins-per-target-formalism.md); FE-1402 owns it. The previous draft, -with its CPS `DemandTable` and `where`-scoped clause vocabulary, is archived at -[`elicitation-completion-2026-08-25-full-draft.md`](../archive/specs/elicitation-completion-2026-08-25-full-draft.md); -the FE-1402 [rehearsal](../evidence/design/elicitation-completion-rehearsal.md) is a -golden-fixture candidate once re-expressed at kind level, not authority. - -## The function - -```text -evaluateCompletion(model, mustKnowRows) -> CompletionReport -``` - -`model` is the register-2 derived model at one target-document revision -([ADR-0003](../adr/0003-three-register-ir.md)). `mustKnowRows` is the parsed `## Must know` -table of one plugin file at one plugin version, with the static floor stated under it -([`plugin-sdcpn/plugin.yaml`](../../packages/plugin-sdcpn/plugin.yaml) is the exemplar). The function is pure and reads nothing -else: not the transcript, conversation fluency, turn count, delivery state, session state, or a -deferral report. Each numbered statement below is a test the implementation must pass; the -[plain rendering](../evidence/design/elicitation-completion-plain.md) explains the same -rules in a second register. - -## Shape of the answer - -1. **A derived boolean plus an evidence-bearing report; never a gate, never a lifecycle status.** - `complete` is recomputed on every read (kernel §9.5). The report lists, per failing demand, the - node, slot, requirement, actual state, diagnostic, and supporting capture ids reached through - register-2 support links. Diagnostics explain the boolean; they are not a second public status - vocabulary, and no `complete` value is ever persisted or locks the document. -2. **Version-bound.** The report carries the plugin version and the target-document revision it - read. Model state from one revision is never evaluated against rows from another; the caller - retries on mismatch (`version-mismatch`). - -## The rule - -3. **Static floor first, as counts only.** Before objective-relative depth counts at all, the - model must contain the floor the plugin states (for SDCPN: ≥1 `objective`, ≥2 `entity-type`, - ≥1 `activity`, ≥1 `ordering/flow` with order spelled out). A floor check is a count of nodes - of a kind; it assigns no precision and manufactures no evidence. Failing the floor fails - completion regardless of any slot's quality. -4. **Presence is separate from slot quality.** Whether a node exists and whether its slots meet - their rows are two checks with two diagnostics (`below-minimum-count`, `below-required- - precision`). Neither passes on the strength of the other. -5. **Question-relative over the floor.** Every node in the dependency slice of every active - `objective` must satisfy every `Must know` row for its kind. Nodes outside every slice are - recorded but not demanded; their open issues stay visible and do not block. -6. **Universal active-anchor check.** Every active `objective` must have a non-empty dependency - slice (its "the nodes it depends on" row, precision `at least 1`). An objective that depends - on nothing fails with `unsupported-active-objective`; no objective is silently ignored, and the - floor cannot substitute for this check. -7. **An empty selection fails.** A row whose kind has a node in the slice, but whose slot - selects nothing on that node, fails with `no-selected-slot`; a demand never passes through an - empty selection. - -## What counts as a value - -8. **Status ≠ precision ≠ confidence; statuses unordered.** Epistemic status (`explicit`, - `inferred`, `tentative`, `defaulted`, `external-lookup`) says how content relates to its - source; precision says how narrow the value is; confidence says claim strength. No ordering - is defined over statuses. Each row's accepted statuses are explicit on that row or in the - plugin's stated default (SDCPN: stated by the expert, or inferred and confirmed); a value under - any other status fails with `inadmissible-status`, however precise or numeric it is. -9. **`not-mentioned` never passes.** It is a computed fact, not evidence; an unaddressed slot - fails with `unaddressed`. -10. **"Unknown" / "later" is not a value.** "I don't know", "we'll measure it", and a promised - source leave the slot open (recorded with the pointer, per pattern P10) and failing. -11. **An explicit accepted absence is a value only where the row allows it.** "Never happens" or - "not applicable" passes only on a row whose `"not applicable" allowed` cell is `yes`, only - when the absence is an active, traceable capture under an accepted status; elsewhere it - fails with `unaccepted-absence`. -12. **Precision is checked against the row's word, not the number's look.** `range` does not - satisfy `spread`; a `number` does not satisfy `range`; `spelled out` needs the structure a - second reader could apply. A value below the row's precision fails with - `below-required-precision` and the report names the smallest delta (pattern P12). -13. **Conflict and divergence fail conservatively.** A slot with two or more competing active - captures fails with `open-conflict` until an explicit, user-cited resolution closes it. A - slot whose `prescribed` and `practiced` readings diverge unresolved fails with - `unresolved-divergence`; the function never averages, picks a side, or scores the more - precise side as the value. -14. **Evidence must be reachable.** A stated value whose supporting captures are not active and - traceable through register-2 support links fails with `missing-evidence`. - -## What leaves the boolean untouched - -15. **Stop, delivery, quiet, budget, and no-progress are not inputs.** A user asking to stop or - pause, a delivered projection, an exhausted turn/token/time budget, and a detector's - no-progress advisory are session facts. None of them appears in `evaluateCompletion`'s - arguments, and re-running it before and after any of them yields the same report for the - same `(model, mustKnowRows)`. Session control may ask, deliver, or stop on reading the - report; it cannot author or override it. "Best useful result within this session" is - delivering the current projection with its loss report while `complete` stays `false`. -16. **A later capture can make a complete document incomplete.** Completion never locks. - -## Deferral licensing - -17. **A read-time projection over existing authorities.** Whether a session may quiet with a - recoverable re-entry is a session-control computation over the completion report, the - capture-store snapshot revision, the session-log archive pointer and swept high-water mark, - the pending-affordance slot, and the delivered projection reference. It is recomputed, never - stored, and writes no target-document or capture-store truth. -18. **An undelivered best result cannot license deferral.** No authoritative schema carries a - durable undelivered-delivery obligation, and none may be invented here; absent a durable - delivery of the best current projection for the evaluated revision, licensing is `false`. -19. **No new persistence surface.** Neither completion nor licensing adds a record type, a - lifecycle enum, a third store, or a field on `CaptureIssue`. - -## Fixtures - -The seed golden set is the FE-1402 rehearsal's prefix verdicts over the two FE-1361 transcripts, -re-expressed as (model, rows) pairs at kind level: an objective with an empty slice, a -range-not-spread duration, an unknown-as-value refusal, an unresolved regime divergence, and an -explicit-never absence on an allowing row. The condition-3 frozen table is test-bed material. - -## Out of scope - -Runtime, detector, controller, and TypeScript implementation; capture-envelope, `CaptureIssue`, -session-state, or durability-contract changes; projection, realization, delivery validation; any -public lifecycle-status enum. diff --git a/libs/@hashintel/brunch-agent/docs/specs/elicitation-kernel.md b/libs/@hashintel/brunch-agent/docs/specs/elicitation-kernel.md deleted file mode 100644 index ecef1859624..00000000000 --- a/libs/@hashintel/brunch-agent/docs/specs/elicitation-kernel.md +++ /dev/null @@ -1,895 +0,0 @@ -# Elicitation Kernel — Specification - -Status: draft for review -Assembled: 2026-08-10, from the resolved -[wayfinder map](../archive/elicitation-kernel/map.md) (tickets 01–13), the two inbox references -([challenges](../research/agentic-elicitation-challenges-2026-08-06T10-02-41Z.md), -[criteria](../research/agentic-elicitation-criteria-2026-08-06T14-11-18Z.md)), and the -[2026-08-10 consistency pre-pass](../archive/elicitation-kernel/notes/consistency-prepass-2026-08-10.md). -Contradiction adjudications are collected in [Appendix A](#appendix-a--adjudications). -Amended 2026-08-24 by -[ADR-0005](../adr/0005-model-assisted-sdcpn-realization.md): code-bearing projections emit -deterministic scaffolds and obligations; executable realization is downstream agent work. -Corrected by Mission 4 on 2026-09-01: the plugin unit now pairs a reusable domain typology with a target formalism; “never a domain” below continues to prohibit concrete domains, situations, and scenarios. - -### Supersession map (2026-08-25) - -The August text below stays as the record of what was decided. Where a later accepted decision -carries the operating truth, this map names it; the section itself is not rewritten. - -| Kernel section | Now governed by | -| ------------------------------------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | -| §5 envelope, §8 sweep and supersession, §11.1 "own payload structure" | [ADR-0003](../adr/0003-three-register-ir.md): captures are register 1; the elicited model is register 2, derived by a pure fold and never stored; projections are register 3. Envelope semantics unchanged. | -| §6.1 `project` for code-bearing targets; §14.1 invariants 3 and 8 | [ADR-0005](../adr/0005-model-assisted-sdcpn-realization.md): the pure projection emits a scaffold, a typed code-obligation sidecar, and the loss report; executable realization is downstream application work. | -| §9.5 completion derived, never a gate | [`elicitation-completion.md`](elicitation-completion.md): the invariants of `evaluateCompletion(model, mustKnowRows)` over the plugin file's `Must know` table, under [ADR-0006](../adr/0006-plugins-per-target-formalism.md). | -| §11.1 ElicitationPack (kernel cards, completion contract, clarification hints); §11.2 pack form | [ADR-0006](../adr/0006-plugins-per-target-formalism.md), as corrected by Mission 4, and [`plugin-sdcpn/plugin.yaml`](../../packages/plugin-sdcpn/plugin.yaml): a plugin defines one reusable domain-typology / target-formalism pairing under fixed headings (`Purpose · Kinds · Must know · Patterns · Moves · Deliverable`); cards became kind-indexed `Patterns`, the completion contract became the `Must know` table, clarification hints became `Moves` steps. Principle v2 still governs the prose sections. `project`/`validate` remain plugin code ([`plugin-contract.md`](plugin-contract.md)). | -| §11.5 generic strategy cards | Unchanged in principle (guidance ownership follows vocabulary ownership); still named, not designed (FE-1406). Any harness-generic guidance would take the same `Patterns`/`Moves` shape. | -| §13 portfolio and hybrid order ("both packs authored before the pack interface freezes") | [ADR-0006](../adr/0006-plugins-per-target-formalism.md): the interface is the heading contract and the three table grammars; the SDCPN file is authored, the Gherkin file is not; sequencing is owned by [STEERING](../control/STEERING.md). §13.1–13.3 target content is unchanged. | - -"Elicitation kernel" and "brunch-lite" are working labels; the real product name is unresolved -fog. No architectural string bakes in either label (see [Naming](#123-naming--tool-namespacing)). - ---- - -## 1. Purpose - -A standalone architecture that generalizes brunch's elicitor into **agentic interviewing against -pluggable elicitation targets**: a harness library on the Pi-family substrate (Flue first), -deployable local and remote, in which an agent conducts a free-flowing interview, emits structured -question affordances as conversation enhancements, and captures evidence-anchored structured -meaning into a durable target-document through idempotent sweeps — for any concrete domain under the reusable domain-typology / target-formalism pairing a plugin defines. - -The governing design principle (adopted from the challenges doc): - -> Capture meaning and evidence before committing to representation. Let semantic requirements and -> destination requirements both generate issues, but keep their origins explicit. - -Greenfield reimplementation: brunch is reference architecture (prior art to critique), never shared -code. The system is fully decoupled from brunch's September MVP. - -## 2. Non-goals and seams - -- **Substrate-agnostic core is a non-goal.** Every named consumer is Pi-family. Portability is a - _pressure test_, not a build target: the substrate-capability list (§10) and the second-binding - test (§14.2) keep a hypothetical second binding demonstrably small, but no second binding is - built or maintained. -- **No privileged downstream consumer.** This is a general elicitation product; the spec names no - handoff to any specified tool. Whatever consumes an elicited target-document — human readers, - build tooling, another agent — does so through the same read-time derivation surface as any - other reader (§6.1, §9.1), and nothing in this spec depends on such a consumer existing. (The - map charter's "elicitor→executor seam" was brunch adoption leakage, dropped on review - 2026-08-10.) -- **Deferred plugin-ecosystem machinery** (named, not designed): simultaneous multi-plugin - composition, plugin removal, full replay, capability negotiation, version/migration machinery. - The spec names the five version axes (§12.6) and implements none. - -## 3. Vocabulary - -The canonical glossary is context [`CONTEXT.md`](../../CONTEXT.md) — shells (substrate / ui / harness -/ plugin / binding), sessions and durability (domain typology / domain / target formalism / target-document / session / capture -store / re-entry briefing), and interaction terms (affordance / capture / sweep / settlement / -interpretation render), now extended with the envelope vocabulary this spec relies on (capture -envelope, evidence span, epistemic status, absence state, resolution record, supersession, pack, -issue, advisory, kernel card, PluginContext, storage port). - -Two rulings on surviving "kernel" compounds (the glossary otherwise avoids the word): - -- **Kernel card** survives as a term of art for the pack-content unit (brunch - `BEHAVIORAL_KERNELS.md` lineage — "kernel" there names a small unit of behavioral guidance, not - a shell). Added to the glossary with that note. -- **"Kernel invariants" renames to harness invariants** (§14.1) — they are harness-enforced test - properties, and the shell they belong to is the harness. - -## 4. Architecture: four shells and a binding - -```text -substrate (Pi family / Flue: deploy target, model/provider, conversation storage) - ↑ implemented against by -binding (one per substrate; implements the capability list §10; absorbs what its substrate lacks) - ↑ imported by -harness (the product: mechanism + orchestration — loop, ask API, envelope, issues, sweeps, store) - ↑ injects PluginContext into -plugin (target policy: packs, forms, validators, payload shapes) - ui (rendering, input, reply transport, identity) -``` - -- **Agent-forward hybrid**: agent judgment owns the conversation loop; deterministic mechanism - ships as tools; typed issues are the backpressure channel. Facts computed, weights judged — the - harness computes issue facts (blocks-required-criterion, origin, can-default); the agent weighs - them qualitatively. No scoring engine, no stored ranking, no question-budget machinery: the - challenges doc's priority formula is prose the agent thinks with, never a computed score. -- **Inversion of control** (Hollywood principle): the plugin declares and registers; the harness - discovers, orders, invokes. Harness capabilities — the ask API, capture envelope, issue queue, - sweep bookkeeping — reach the plugin only as a **narrow injected PluginContext**. Composition is - the plugin's at authoring time; control flow is the harness's at runtime. Schema ownership - follows capability ownership: the shell that defines a capability owns its affordance schemas. -- The **harness imports no substrate**; a binding imports both. **Plugins depend on core only** - (§12.2). The ui renders parts and transports replies; it owns no elicitation semantics. - -## 5. The capture envelope - -The hourglass waist: harness-defined, domain-free — semantically rich, structurally minimal. -Everything domain-shaped is opaque plugin payload; the runtime reasons about provenance, -uncertainty, conflict, completeness, and loss without understanding domains. - -A capture carries: - -- **`id`** — harness-minted, durable. Distinct from identity-for-deduplication: the **dedup key is - content-derived** — evidence spans + payload (or absence state) — with **epistemic status - excluded** from the key, so revising the epistemic reading of unchanged evidence requires - explicit supersession, never a silent update. Both notions coexist by design (minted id for - reference, content key for idempotence). -- **Evidence spans** — each span is a **quoted excerpt plus a pointer** (session id + entry - range). The excerpt is primary at proposal time and is the **model-facing citation currency**; - the pointer is **derived by the harness**, which alone can see the entry projection - (harness-resolved anchoring, §8.2). The stored capture carries **both**: quote-to-entry - resolution happens exactly once, at sweep application; every later reader navigates by pointer - into the session-log archive (§9.6), never by text search. Spans anchor only on true user and user-affordance-payload - entries (§9.4); `defaulted` / `external-lookup` captures cite a declared default or documented - transformation instead of a user span (Appendix A, C5). -- **Epistemic status** — `explicit | inferred | tentative | defaulted | external-lookup`. Distinct - from confidence. (This is the one legal enum; ticket 10's prototype value `stated` was drift.) -- **Confidence** — qualitative, never a scalar-for-everything. -- **Value XOR absence state** — exactly one. Absence states are first-class capture values (§5.1). -- **Alternatives grouping** — more than one live interpretation of the same evidence may coexist - until explicitly resolved. -- **One `supersedes` link** — creation-time, single-hop, active-heads-only (§8.4). -- **Opaque plugin-typed payload.** No harness edges, no graph, no kind taxonomy — structure is - payload business. Conflict and equivalence are typed issues referencing capture ids, not edges. - -**No stored status field.** Envelope status (`active | superseded | retracted`) is **derived at -read time** from supersession links, resolution records, and retraction events. This is one -instance of the general rule: - -> **No status is ever written; every status is computed at read time from stored captures, issues, -> and events.** Three strata: **envelope status** (harness-computed from links and events), -> **completion status** (harness-computed by running plugin-declared criteria), and **domain -> labels** (plugin-computed by stratified derivation over its own payload graph, §13.3 — invoked -> via `project` at read time under cadence-as-policy, §6.4). - -**Retraction** (adjudicated — no prior ticket specified it): a retraction is an explicit stored -event in the same family as resolution records — it must cite the true user's utterance as -evidence and names no successor capture. Derived envelope status then reads `retracted`. There is -no other path to `retracted`. - -### 5.1 Absence states - -`unknown-to-user | not-yet-decided | not-applicable | explicitly-absent | declined | deferred` as -capture values, plus `not-mentioned` as a **computed fact only** (adjudicated): captures require -evidence spans, and "not mentioned" has no utterance to anchor to — it is output of completion -evaluation and plugin `validate`, never a sweepable capture. - -Distinctions that must not collapse: - -- `not-yet-decided` — the user states the decision has not been made (a fact about the world). -- `deferred` — the user postpones answering (a fact about the interview). -- `explicitly-absent` ("we have no deadline") ≠ `unknown-to-user` ("I don't know the deadline"). -- `declined` ≠ `deferred` (amended on review 2026-08-11): a decline is a **boundary** — re-asking - is an interviewing error, and the gap closes only through an explicit act (a declared default, - or a descoped requirement); a deferral is an **invitation** — re-raising it later is correct - interviewing, and completion evaluation chases it (§8.6). Collapsing them makes the agent - either nag someone who refused or forget someone who said "later". - -The absence strip's three labels map: **don't-know → `unknown-to-user`**, **not-applicable → -`not-applicable`**, **decide-later → `deferred`**. - -This enum is a working set, validated only against the milestone-one targets. Fine epistemic -distinctions have a record of arriving late and mattering (brunch took real time to separate the -character of an _assumption_ from a _known-unknown_), so extension pressure is expected rather -than a design failure — absence states are envelope vocabulary, so an extension is a -concept-schema-axis change (§12.6), cheap while the ecosystem is workspace-internal. Naming new -states for behavioral activation (the way "fog of war" carries a whole stance in one image) is -kernel-card-grade work: pick words the agent can _act_ from, not taxonomy for its own sake. - -**Explicit vs. inferred absence is a transport fact** (adjudicated, C4): inbound reply transport is -string-only, and a bare string cannot distinguish a one-tap `not-applicable` from typed prose. The -harness therefore defines a **reserved reply encoding** — a sentinel-format string the ui emits -for structured affordance taps (absence-strip taps, choice selections). A reply parsing as that -encoding, arriving while its affordance occupies the pending-affordance slot, is -transport-explicit; every other reply is conversational, and absences read from it carry -`epistemic_status: inferred`. Structured taps are an **optional ui capability, not a -requirement**: no ui is obliged to afford single-tap buttons at all — the contract says only that -_if_ a ui affords them, tap-ness rides the encoding. A ui that only affords the markdown floor -never produces the encoding and honestly yields inferred-only absences. Tap-ness must be a -transport fact to earn `explicit`; nothing else may claim it. - -## 6. Operations, validation strata, issues - -### 6.1 Plugin operations - -- **Required**: `project` (elicited model → draft artifact + **typed loss report**: - `mapped-exactly / normalized / approximate / collapsed / omitted / defaulted / - unrepresentable`, plus typed code obligations when the target contains programs) and `validate` - (→ typed issues). `project` also computes the plugin's domain labels (§13.3) — read-time - derivation is projection. (The operation keeps the canon name `project`; in running prose this - spec prefers the noun — "produce a projection" — because the verb collides with everyday - senses.) -- **Optional**: `reconcile` — dedup/merge over the plugin's own payload structure; the harness - calls it when present. -- **Agent-native**: `observe` — noticing is the agent's work, guided by pack kernel cards; - code-level extractors are an optimization, never the required path. -- **Agent-native**: artifact realization — an agent fulfills code obligations through the target - application's authoring tools and repairs against deterministic compiler/runtime feedback. It - is downstream of `project`, never a plugin operation or capture-store write. -- **Calling convention — pure, snapshot-in/deltas-out** (adjudicated, C2): every operation - receives an **immutable state snapshot** and returns observations/issues/deltas; the harness - validates and applies. Operations never address storage, the user, or the model. This purity is - load-bearing: it buys atomic plugin failure, semantically idempotent retries, tracing, and the - cadence-as-policy freedom in §6.4. Ticket 12's clause "storage addressable only via - PluginContext-passed methods" is scoped to **non-operation plugin code**; milestone one defines - **no** storage-addressable PluginContext methods at all, and any future ones must be read-only - and unavailable inside the four operations. -- **Backpressure**: validators and projectors never ask the user; they return typed issues the - agent consumes. - -### 6.2 Two validation strata - -- **Envelope-level, harness-owned**: hard invariants enforced as **refusals** (provenance - required; value-xor-absence; single-hop supersession over active heads; citations resolve to - true user entries) plus computed facts raised as **advisories** or generic `possibly-equivalent` - issues (same-evidence duplicate actives; near-identical payload text — the harness compares - payloads as strings without understanding them). A flat-record plugin gets duplicate detection - free, strengthening the smallest-honest-plugin bar. -- **Payload-level, plugin-owned** (`validate` / `reconcile`): everything domain-shaped. Two live - examples from the ticket-13 skeleton that the envelope _cannot_ catch, both plugin-`validate` - territory: a payload **smuggling an absence** (`payload: "not-yet-decided"` as a value), and - **compound payloads making supersession lossy** (a capture bundling date+time superseded by one - carrying date+venue silently drops the time — capture granularity is plugin `validate` / - kernel-card guidance). - -### 6.3 Issues vs. advisories - -- An **issue** is stored, typed backpressure: vocabulary `missing / ambiguous / conflicting / -invalid / unsupported / unmapped / low-confidence` plus factual attributes (origin, references, - can-default). Issues close only explicitly; `conflicting` closes **only** via a resolution - record (§8.5). Two producers, **namespaced to their producer** (harness envelope issues vs. - plugin issues under their plugin namespace) — restating criteria-doc invariant 6: - a target-originated requirement never silently becomes a semantic requirement. -- An **advisory** is a **computed, ephemeral fact** — surfaced to the agent at trigger or read - time, never stored in the capture store, never blocking (adjudicated, L6). Named advisories: - the unaccounted-ask advisory (§8.6), the resume-time unswept-tail advisory (§8.7), the - world-moved briefing content (§9.3), multi-match anchoring notes (§8.2). - -### 6.4 Operation cadence is orchestration policy - -Snapshot purity means the harness may run `project` / `validate` / `reconcile` at any time without -changing outcomes. **Sweep-completion is the default trigger**; read-time invocation (for -projections, derived labels, completion) is equally legal. Cadence is stated harness policy, not -correctness — observed live in ticket 13, where the model swept at reply time without waiting for -a nudge, harmlessly. - -## 7. Questioning-UX contract - -### 7.1 No exchange-pair ontology - -The free-flowing conversation is primary. A structured question is an **affordance** — a rendered -enhancement committed to the session as evidence, not a state machine. There is no pending-exchange -concept, no terminal union, no recovery scan, no cardinality rule beyond §7.3. Ask invocations -commit structured payloads to the session; answers, cancellations, and redirects are all session -evidence, interpreted at sweep time. - -### 7.2 Baseline forms and the markdown floor - -The harness fixes three baseline question shapes — free-text, single-choice, multi-choice — plus -**questionnaire chaining** as a first-class baseline. A questionnaire is **one affordance with -multiple steps**: the payload carries all N questions, the ui walks them locally, answers return -as evidence (individually or batched), the agent interprets on settlement — zero intermediate -model turns. Plugins add custom forms through the plugin API as progressive enhancement keyed on -the form tag; every form carries a **markdown floor** so a ui that knows only the envelope renders -everything. Plugin form payloads are **opaque at the tool boundary** (`v.any()` slot inside typed -envelope fields) and validated harness-side against plugin declarations on read-back — tool -schemas are frozen at module load, so per-render plugin parameterization is impossible by -construction. - -### 7.3 One live affordance (adjudicated, C6) - -Transport truth from the ticket-10 skeleton: writes to the fixed data channel materialize -last-write-wins per assistant message — the channel is a **current-affordance surface**, not a -log. Therefore: - -- **Durable identity and payload for every affordance ride the ask tool's output part** (Flue - blesses tool output parts for exactly this). The channel write is live-render sugar for the one - pending interactive affordance. -- **The ask tool rejects a second interactive affordance in the same batch — as mechanism, not - instruction.** The one-live-affordance rule is per assistant message. -- Non-interactive affordances (the interpretation render, §7.6) ride their own tool output parts - and never occupy the channel slot, so an ask plus an interpretation render in one batch cannot - clobber each other. - -### 7.4 Turn suspension, reply binding, and the wake wart (adjudicated, C7) - -Flue has no ask-the-user primitive; the harness owns the turn-suspension protocol: a -`terminate: true` ask tool + the pending affordance in per-session state + the answer arriving as -a fresh dispatch. - -The pending question is **not interpolated into instructions**. Ticket 10's interpolation caused -the wake wart (an "instructions updated" advisory waking the model for a wasted turn per ask) and -ticket 13 showed those hidden advisories also corrupt entry numbering. Instead: - -- The pending affordance lives in the **pending-affordance slot** (per-session state, §9.2) and is - narrated inside the **ask tool's result**, so the model retains conversational awareness through - ordinary context adjacency. -- **Reply binding is harness-mechanical**: at most one affordance is pending (§7.3), so a reply - dispatch arriving while the slot is occupied is bound to that affordance by the harness. No echo - token, and no reliance on the model remembering an id — consistent with harness-resolved - anchoring (§8.2). The model's _interpretation_ of the reply happens at sweep time, citing the - quoted reply text. -- Judgment prompts must never be the model's only source of mechanical facts (ticket 13): any - fact the harness owns (pending affordance, unswept tail) reaches the model through tool results - or signals, not only through instruction text. - -### 7.5 Transport outcomes (adjudicated, L9) - -Interpretation evidence records a small transport-outcome vocabulary, distinct from epistemic -absence: **`answered | redirected | unanswered`**. `redirected` covers cancellation-by-topic-change -(observed working in ticket 10); `unanswered` is an ask still unaccounted when its range settles -(pairing with the unaccounted-ask advisory, §8.6). Brunch's `unavailable` is retired: the markdown -floor guarantees a render path everywhere. - -### 7.6 Interpretation render - -The one affordance form that must be harness-owned, since it renders envelope vocabulary: captures -with epistemic status, absence states, live alternatives, derived statuses. The plugin **may** -supply a renderer definition typed against its own payload shapes; the harness default is a plain -JSON view (smallest-honest-plugin holds). React vs. accept are two capture semantics, not exchange -steps. The renderer seam is exercised once real packs exist (§14.5). - -### 7.7 Recorded transport facts (Flue) - -Outbound rich (Valibot-validated data parts, dynamic-tool outputs); **inbound string-only** — -answer typing/validation happens entirely harness-side on read-back (hence §5.1's reply -encoding); unknown part types silently dropped (hence the markdown floor); data-part -materialization is update-in-place at every layer, intermediate values visible live only. Messages -carry `purpose` and `display`; **the ui must filter on them** (injected signals arrive -`display: 'diagnostic'`). Mixed batches suspend correctly when the terminating result is present. - -## 8. Capture mechanics: settlement, sweep, supersession - -### 8.1 Settlement: trigger and judgment - -Settlement is **agent-judged and range-level** (a vein closing), never per-question. It decomposes: - -- **Trigger** — the substrate's would-stop lifecycle seam (capability 7, §10). The harness - computes facts (the unswept tail) and steers a settlement-check signal into a same-response - continuation turn. Two load-bearing guards from ticket 13: the seam **fires on suspensions - too**, so the pending-affordance guard must suppress nudges into a suspended ask turn; and the - nudge is itself a session entry, so the trigger is **loop-guarded** (never re-nudge the same - latest user entry). -- **Judgment** — the agent decides _whether_ the range has settled; declining is legal. - -### 8.2 Harness-resolved evidence anchoring - -Entry identity is **harness-side vocabulary only**. The model cites **verbatim user quotes**; the -harness — the only party that can see the entry projection — resolves each quote to its entry: -candidates are true-user entries only; no match refuses with a repair hint; multiple matches -anchor the latest with an advisory note. Sequence numbers and range bounds never appear in the -model-facing tool contract. (Ticket 13, HITL round 1: the model's quotes were flawless and its -sequence guesses never converged — five sweeps, five numberings.) - -### 8.3 Sweep idempotence - -Mechanical idempotence is the harness guarantee, via content-keyed capture identity (§5): -re-sweeping a range never double-captures **and can repair omissions** — identity is -content-based, not range-based. This is **load-bearing, not optional**, under at-least-once tool -re-execution (Flue fact, ticket 13). Semantic re-interpretation (a fresh judgment re-phrasing the -same fact) is deliberately not a harness concern: that is plugin `reconcile` plus -`possibly-equivalent` issues. - -### 8.4 Supersession: single-hop, two channels - -Supersession is single-hop over **active heads only** — superseding an already-superseded capture -is refused. That refusal is simultaneously the lost-update guard and the stale-session guard -(§9.2): a corrector must confront the current head, so history stays a chain, never a silently -forking tree. Superseded captures remain visible forever. - -**Two supersession channels**, named: the creation-time `supersedes` **link** (sweep-time -correction) and the **resolution record** (issue-time adjudication between already-existing -alternatives). The winning capture keeps its original epistemic status; authority lives in the -record; envelope status derives at read time (§5). - -### 8.5 Resolution records - -A `conflicting` issue closes **only** via an explicit resolution record — a capture-store event -citing the true user's utterance as evidence. A bare close is refused; a record citing the agent's -words is refused. This is the "no silent conflict resolution" invariant moved from wire to store. - -### 8.6 Unaccounted-ask advisory - -A swept range containing an ask with no reply and no capture citing it makes the harness report -the fact — and block nothing. The re-ask path runs through plugin `validate` → typed issues, with -completion evaluation as the backstop for unresolved deferrals on required concepts. Absences are -evidence, not agenda. - -### 8.7 Resume-time sweep reconciliation - -A session ending between settlement judgment and sweep leaves an unswept tail — a computable fact -(entries above the high-water mark). On resume the harness surfaces it as an advisory (inside the -re-entry briefing, §9.3) and the agent judges whether to sweep before proceeding. - -## 9. Sessions, durability, and the storage port - -### 9.1 Durable target-document, transient sessions, sweep as the only bridge - -- **Target-document** = one concrete domain under one plugin's domain-typology / target-formalism pairing, plus its capture store and session history. Its - authoritative state is **the capture store plus all session logs — never the render**. - Projections, renders, and artifacts are strictly derived: cacheable, disposable. Session logs - are durable truth too: discarding swept logs would dead-end every capture's evidence pointers. - **Conversations are themselves documents** (amended on review 2026-08-11): each session log is - kept as reference, indefinitely, and lives **with** the target-document in the same persistence - home — the storage port's session-log archive (§9.6) — so evidence pointers resolve against - the target-document's own store, never against whatever the substrate happens to retain. -- **Session** = one substrate conversation. Sessions **never formally close** — they go quiet and - stay resumable; "ended" would be a fiction the harness cannot verify. -- **Session→document binding** (adjudicated, L4): a new session's `initialData` carries the - target-document id (validated once at creation, immutable — Flue's own lane for a target - descriptor). Dispatching to an existing conversation id resumes that session against the current - state of its target-document; a new id opens a new session against the named document. Plugin - choice is conversation-lifetime-immutable for the same reason. - -### 9.2 Per-session state and concurrency - -Strictly per-session state is **exactly three things**: the evidence log, the swept high-water -mark, the pending-affordance slot. (The private scratchpad is _not_ session state — pattern -guidance only; its natural Flue home is the `harness.prompt` scratch conversation, §11.4.) - -Concurrency is **interleaved-only** for milestone one: the store is serialized (sweeps validate -and apply atomically — a transactional guarantee, not a session lock); staleness is optimistic — -the single-hop supersession refusal doubles as the stale-session guard, and the refusal carries -the world-moved facts. Refusal granularity is **whole-sweep atomic**; re-proposing is cheap once -the advisory is digested. No locking, no merge, no sync events; true simultaneous-sweep -coordination stays fog until a real concurrent consumer appears. - -### 9.3 Re-entry briefing - -When a session resumes after the world moved, the harness injects a **state message** on the -user's behalf (Pi's custom-entry convention; on Flue, a typed `kind: 'signal'` entry). Content is -computed facts only: unswept tail, world-moved delta (captures created/superseded and issues -opened/closed since this session's last sweep; anchor = session start if it never swept), open -issues, pending unanswered affordance. Advisory-only — the agent weighs; nothing is forced. A -**minimal user-visible insertion notice** accompanies every injected state message. Ticket 13 -proved the briefing in all three shapes (fresh, resumed, post-restart) and observed it produce -unscripted conversational conflict-surfacing. - -### 9.4 Provenance: only the true user's side is evidence - -The data model **distinguishes true user entries from injected on-behalf-of-user entries**. -Capture evidence spans anchor only on true user (and user-affordance-payload) entries; injected -briefings live in the log honestly but are **never citable as capture evidence** — and on Flue -this is mechanically enforced, since signals appear structurally non-user in the entry projection -(a capture citing an injected entry is refused at validation). Reconciliation with harness invariant 1 (Appendix A, -C5): user-derived captures cite user entries; `defaulted` / `external-lookup` captures cite a -declared default or documented transformation instead. - -### 9.5 Completion is derived, never a gate - -A target-document has no lock and no terminal state: completion-contract satisfaction is a -read-time derived status (§5's derived-status family). A user returning with a correction after -"done" is the motivating story. Semantic completeness and representation completeness remain -separate assessments; each issue records its origin. - -### 9.6 The storage port (adjudicated, C1) - -**The storage port is harness-defined and binding-implemented; plugins are storage-blind.** The -harness defines the port's contract (the capture-store operations and their envelope invariants, -enforced as store-level refusals); the binding implements it for its deploy target; the plugin -never touches persistence. Reconciliation with the shipping-shape's "host-owned storage": the -substrate's _conversation_ storage (Flue's `db.ts`) stays host-authored because Flue requires it -of the consuming app; the harness's _capture store_ is the storage port, implemented in -`packages/binding-flue` (and any future binding). The remote-parity constraint reads accordingly: the -storage port is owned **outside the plugin** (§12.5). - -**The port's scope is the capture store plus the session-log archive** (amended on review -2026-08-11): session logs attached to a target-document live with it, retained indefinitely. -The mechanism is **archive-on-read** — whenever the binding reads the durable entry projection -(every sweep, every briefing computation), it retains the entries it read in the -target-document store. At minimum, every entry a capture points to must be retrievable from the -archive forever; the substrate's conversation store remains the live transport copy, never the -provenance record. - -**Milestone-one local store**: binding-owned; the format is binding-internal **but constrained** — -it must provide whole-sweep-atomic application and refusals with serialized writes (adjudicated, -L13; a flat append-only text file does not qualify unaided). The ticket-13 skeleton's shape (JSON -file, tmp+rename atomic, in-process serialization) is the proven floor; it holds the session-log -archive alongside captures, issues, and events. - -### 9.7 Context compaction vs. the durable log - -Pi-family substrates compact long transcripts, with custom compaction definitions controlling -which entry kinds survive in the context the model re-reads — ordinary user and agent messages -are normally summarized away. This never touches the spec's durability claims, **provided one -constraint holds, stated here as part of the storage contract**: - -- **Compaction may shrink what the model re-reads, never what the store can resolve.** Evidence - pointers and the sweep machinery bind to the **durable entry projection** (capability 8, §10), - not to the model's context window. A binding must guarantee the durable projection is - compaction-independent; a substrate whose compaction prunes durable history is a substrate whose - binding must preserve the pruned entries itself (binding absorption, as with capability 10). - The session-log archive (§9.6) is that preservation mechanism, already in place: compaction - cannot remove anything the archive holds. -- Two existing mechanisms already cushion the model-side loss: **excerpt-primary evidence spans** - (§5) keep every capture citable and self-contained even where durable access degrades, and the - **re-entry briefing** (§9.3) already treats "the model no longer remembers" as a normal state — - a compacted session is informationally a resumed one. Per-session harness state (high-water - mark, pending-affordance slot) lives outside the transcript and cannot be compacted away. -- If a binding supplies a compaction definition, injected signals and affordance tool parts need - no protected status: briefings are recomputable facts and affordance identity is durable on - tool output parts — only true user entries are irreplaceable, and the archive holds those. - -Whether Flue's compaction (if and as it ships one) preserves the durable-history projection -unmodified is **unverified** — named in §14.5. - -## 10. The substrate-capability list - -The core/binding seam, the portability pressure test, and the early-smell detector: porting = -reimplementing this list; exotic Flue-shaped entries appearing here is the smell. **Ten entries** -(six from the shipping-shape resolution, four added by the sweep-seam skeleton): - -| # | Capability | Flue status | -| --- | --------------------------------------------------------------------------------------- | --------------------------------------------------------------------------------------------------------------------- | -| 1 | Register a tool | native (`defineTool`/`useTool`) | -| 2 | Contribute instructions | native (render return) | -| 3 | Persist per-conversation state | native (`usePersistentState`, atomic with its unit of work) | -| 4 | Emit an affordance payload | native (data channel + tool output parts) | -| 5 | Suspend-for-reply | **absorbed**: no ask primitive; `terminate: true` + pending slot + fresh dispatch (§7.4) | -| 6 | Private model call | native (`harness.prompt` scratch conversation) | -| 7 | Subscribe to the would-stop lifecycle seam, with same-response signal steering | native (`useAgentFinish` + `ctx.append`; fires on suspensions — pending guard load-bearing; loop-guarded) | -| 8 | Read the session's durable entry projection, with provenance-discriminating entry kinds | **binding-absorbed**: no in-process API; public history projection over self-HTTP; `purpose` discriminates provenance | -| 9 | Inject typed non-user signal entries, same-response and as deliveries | native (`ctx.append` / `dispatch({kind:'signal'})`; projects structurally non-user) | -| 10 | Provide a transactional durable store outside conversation state | **binding-absorbed** entirely (Flue neither provides nor forbids) | - -Binding-size asymmetry is expected, not failure: each binding absorbs what its substrate lacks or -forbids. Core names operations abstractly; the binding renders substrate tool names. - -**Recorded Flue facts the implementation must respect**: `@flue/vite` requires vite ^8 and the -`'use agent'` directive as the file's first statement; `agentName` must be a string literal and -must be pinned (conversation storage keys on it); the dev controller owns the whole request space, -so the ui is a separate app or app-served assets; tool schemas are Valibot, frozen at module load; -tool names are globally unique per render with reserved names; prompt-cache economics forbid -per-question tool swapping (one stable tool set + state-driven instructions); subagents are -conversationally sterile; non-React hosts build on `@flue/sdk`; without `db.ts` conversations are -process-memory (restart loses them; the capture store survives independently — proven, ticket 13). - -## 11. Plugins and packs - -### 11.1 What a plugin owns - -Target policy only: its **own payload structure** (graph, flat list — never universal; namespaced -concepts); **ElicitationPack** — kernel cards (Detects / Goal / contrastive Questions / -Artifacts), completion contract, clarification hints; **ProjectionPack(s)** — `project` + -`validate` (required), `reconcile` (optional), output contract, annotated shapes, typed loss -reports, code-obligation shapes for program-bearing targets, lossiness policy; its declared -payload/output _shape_ (never persistence itself, §9.6); domain vocabulary. One ElicitationPack + N -ProjectionPacks per plugin sharing the plugin's payload structure — axes separated in contract, -bundled in shipping; swappability proven by reprojection. - -### 11.2 Pack form and Principle v2 - -Packs are kernel cards + annotated shapes + deterministic validators + small boundary-teaching -wire schemas (shallow for model legibility, deep requiredness in validators) + a completion -contract as checkable bounds. Authoring standard: `writing-for-agents`; guiding principle -(**Principle v2**): _procedure for mechanism, anchors for judgment, shapes for output_ — short -step sequences with checkable completion criteria where order matters, leading words wherever -judgment is required, annotated shapes for everything produced, reference disclosed progressively. -Design against sprawl, negation-steering, no-ops, and judgment-as-procedure — not against -procedure itself. - -### 11.3 The smallest honest plugin - -A flat record list + one validator must suffice; every harness-contract addition is checked -against the bar it raises. The envelope stratum gives such a plugin refusals and duplicate -detection for free (§6.2); what it cannot delegate is exactly the payload stratum — the two live -examples in §6.2 are its irreducible work. - -### 11.4 Pattern guidance (inherited from brunch, as patterns not mechanism) - -Comment-vs-message provenance discipline; boundary-teaching schemas; hash-pinned, ablatable prompt -directives (a load-bearing prompt paragraph as a versioned, testable artifact); a private, -non-authoritative scratchpad for "noticed, not yet asked" — **not** harness session state; on Flue -its natural home is the `harness.prompt` private scratch conversation; "react to this" separate -from "accept this"; agenda as derived state, never stored. - -### 11.5 Generic strategy cards (named, not designed) - -Some interviewing technique is target-independent. Socratic pressure on premises, contrastive -cases that separate competing interpretations, stress-testing the weak points of an argument — -these operate on vocabulary the **harness** owns (conflicts, alternatives, ambiguity, weak or -missing evidence, absence clusters), not on any plugin's domain typology. By the same rule that governs -schemas ("the shell that defines a capability owns its affordance schemas", §4), **guidance -ownership follows vocabulary ownership**: cards that teach _what to notice in a domain_ are -plugin pack content; cards that teach _how to work an interview situation the envelope can name_ -may ship with the harness as a **generic strategy quiver**, composed by plugins at authoring -time exactly as packs compose (added on review 2026-08-11). - -Named, not designed: milestone one ships all guidance in plugin packs. Reference shapes for the -quiver when it graduates: brunch's `ln-grill` (relentless Socratic interviewing — question -premises, surface constraints, name anti-patterns) and `ln-disambiguate` (generate contrastive -cases where plausible interpretations diverge and have the person classify them, instead of -asking abstract questions), plus brunch's `elicitation_style: interrogate | disambiguate | -propose` trichotomy, which the exchange-schema audit already classed generic. The assurance -target is the worked example of the split: its technique decomposes into a generic -stress-the-argument strategy card plus the plugin's domain-typology cards (§13.2). - -## 12. Shipping shape - -### 12.1 Root - -The product is the **harness library** in a thin host-authored agent. Every host authors its own -~10-line `'use agent'` module, `app.ts` mount, and `db.ts`, and calls `useElicitation(plugin)`. -A runnable reference app ships alongside as the dev/demo vehicle, not the product. (Flue's -build-time scan makes the alternative structurally unavailable: a library cannot ship a -pre-registered agent.) - -### 12.2 Package topology (intended structure; nothing scaffolded during the map) - -Bun-workspace monorepo in this repo: - -```text -packages/core # the harness; plugin SDK is its public export surface -packages/core/prompts # (subpath) the harness's default repertoire; binding/evaluation only -packages/core/testing # (subpath) fixtures, arbitraries, replay driver — prod bundles stay clean -packages/binding-flue # the Flue binding (implements §10; owns the storage port impl) -packages/transport-aisdk # validated UI ingress + harness replies → AI SDK wire; no binding/substrate imports -packages/plugin-gherkin -packages/plugin-sdcpn # the SDCPN process-model plugin definition and its slot-assertion proposal type (ADR-0006, ADR-0007) -packages/plugin-assurance # renamed 2026-08-10 from plugin-proof-obligations (§13.2) -apps/dev # owns 'use agent' module, app.ts, db.ts, Vite build -``` - -**FE-1437 import amendment (2026-08-20):** the repository topology above is the standalone -prototype record. In `hashintel/hash`, the same boundaries become private native workspaces: -`@hashintel/brunch-agent`, `@hashintel/brunch-agent-binding-flue`, -`@hashintel/brunch-agent-transport-aisdk`, and `@hashintel/brunch-agent-plugin-gherkin`, with -`apps/dev` re-chartered as `apps/brunch-agent`. HASH's Yarn/Turbo workspace replaces the Bun root; -it does not wrap or flatten these package boundaries. - -**FE-1437 context-root amendment (2026-08-21):** the four libraries are child workspaces under -`libs/@hashintel/brunch-agent/packages/{core,binding-flue,transport-aisdk,plugin-gherkin}`. -`libs/@hashintel/brunch-agent/` is their shared domain, documentation, and agent-session root, not -a package-manager root: it carries no package manifest, lockfile, or competing toolchain. -`apps/brunch-agent` remains at HASH's application root and points back to that context authority. - -**ADR-0007 / ADR-0008 amendment (2026-08-26):** the guarded -`@hashintel/brunch-agent/prompts` subpath carries the harness's default teaching for every guidance -and runbook key. Bindings and evaluation composition may import it to render instructions; plugins -never import it. The root `@hashintel/brunch-agent` export remains the plugin SDK. - -**Dependency invariants (spec invariants):** plugins depend on `core` only — never on the binding, -never on Flue, and never on the guarded `core/prompts` subpath; the harness imports no substrate; a -binding imports both. A transport consumes -harness-level reply parts plus its wire encoder and ingress validator only: `transport-aisdk` -depends on `core`, `ai`, and `valibot`, never on a binding or Flue. **Role prefixes name what a -package is architecturally**: plugin -packages are `plugin-*` (never `elicit-*`), binding packages are `binding-*`, and ui reply-wire -packages are `transport-*` — the glossary's own nouns, where `adapter-*`/`wrapper-*` are -avoided terms (amended on review 2026-08-10 and FE-1436; ticket 06 had bare `packages/flue` and a -`-` horizon scheme — the product name belongs in the npm scope, e.g. -`@/binding-flue`, not the package basename). Envisioned horizon, named not committed: -per-substrate binding packages (`binding-flue`, `binding-pi`, `binding-codex`) — the payoff if -the second-binding test keeps passing. **Publishing posture: workspace-internal**; the publishable -shape is exactly the package boundaries above, but publishing waits on the real name and an -external consumer. - -**FE-1437 naming amendment (2026-08-20):** HASH's organizational npm scope owns placement, so -`brunch-agent` moves into the package basename as shown in §12.2. ADR-0001's `brunch_*` tool prefix, -durable agent identity, and ban on function-shaped `elicit_*` names remain unchanged. - -### 12.3 Naming & tool namespacing - -Architectural strings name **identity, not function**: tool prefix derived from the product name — -provisionally `bl_*`, never `elicit_*`. All model-facing tools are harness-owned (plugins expose -operations, not tools); core names operations abstractly, the binding renders substrate tool -names. The name-fog eventually resolves every provisional string; nothing bakes "elicit" or -"brunch" into structure. - -### 12.4 Schemas and the SDK - -**Valibot throughout** — Flue locks it at every boundary; a Standard-Schema waist would buy -comfort at the cost of a conversion seam that can silently drop constraints (the silent-coercion -smell). SDK surface (core's exports): evidence anchoring, capture identity, issue construction, -schema validation, retries, idempotency, state-delta application, tracing, test fixtures, the -local simulation harness ("debugging should not require reading an entire agent transcript"), plus -the testing machinery of §14.4 (schema-driven arbitraries, the command alphabet, mutation -operators, fixture freeze/replay format). - -### 12.5 Dev app, deploy, remote parity - -- **Dev app chartered with three roles** (roles, not features): the local dev loop against both - plugins; the colleague-facing **target-gallery demo** (parallel tabbed sessions across targets); - the **diagnostic probe surface** (provisional affordance renderers now; the exploded-view - instrumented readout when that fog graduates). One agent per target (`ElicitGherkin`, - `ElicitAssurance`): static per-agent tool sets, and the shape Cloudflare forces anyway. -- **UI affordance package deferred**, named as intended: React renderers over `@flue/react`; - non-React UIs build on `@flue/sdk`. The Petrinaut staging instead uses the committed - `transport-aisdk` server wire, without introducing a second renderer. Milestone one keeps - renderers in the dev app. -- **Milestone one is local-only**, with **remote-parity constraints pinned now** so nothing - local-only creeps in: one-agent-many-conversations; pinned `agentName`; the storage port owned - outside the plugin (harness-defined, binding-implemented, §9.6); no dynamic agent creation. - Deploy-target choice waits on an infra conversation and blocks nothing here. -- **CI smoke** = `vite build` + the simulation suite (no model key, no flake); an optional - secret-gated real-model `flue run` smoke once a provider key exists. - -**FE-1437 application amendment (2026-08-20):** the imported `apps/brunch-agent` adds the remote -server role while carrying forward the local-loop, target-gallery, and diagnostic-surface charter. -`apps/petrinaut-website` is the September user-facing application; there is no dedicated demo shell. -The harness remains deploy-target-neutral, and deployment, authentication, and environment policy -remain application concerns. - -**FE-1437 application-seam amendment (2026-08-21):** `apps/petrinaut-website` is the compile-time -Brunch–Petrinaut meeting point. `apps/brunch-agent` remains Petrinaut-independent and communicates -with the website only through the AI SDK/HTTP transport. - -### 12.6 Version axes (named, none implemented) - -API contract / plugin implementation / concept-schema / target-schema / persisted state. A change -to a field's meaning is not a serializer change; the future migration story must be able to decide -reuse / mechanical migration / reinterpretation-from-evidence / re-elicit. - -## 13. Dev targets and milestone one - -**Portfolio**: `plugin-gherkin` (tracer) + `plugin-assurance` (second target; forces the pack swap -and the evidence-graded envelope); BPMN/process-mining named third; full elicit-lean deferred. -**Hybrid order**: **both packs are authored before the pack interface freezes** (the two-targets- -on-each-axis rule, applied at design time — the trivial target must not freeze the contract before -the hard target has stressed it); **gherkin wires end-to-end first** as the cheap mechanism proof, -assurance immediately after. - -### 13.1 Gherkin (milestone one) - -Validation = parse validity + optional **pack-declared step-lexicon** binding check (a step -lexicon is pack policy, needing no external project). Live-codebase step binding is the target's -named growth path, deferred. - -### 13.2 The assurance argument - -The second target elicits an **assurance argument** — GSN's own noun; "proof obligations" is a -machine-generated-VC term of art and reads as a category error to verification readers (the -2026-08-10 rename; package `plugin-assurance`). Canon alignment: **GSN skeleton, Dafny nouns, -Lean sorry-taint semantics**. - -Milestone-one contract (one record type): - -- **`Statement`** with `kind` ∈ {`goal`, `strategy`, `assumption`, `lemma`, `theorem`, - `guarantee`, `constraint`, `evidence`, `justification`, `context`}; `statement` (one indicative - sentence); `owner`; `review_status` ∈ {`unreviewed`, `accepted`, `disputed`, `retired`} - (assumptions only, from `dafny audit`); `criticality` ∈ {`catastrophic`, `major`, `minor`} — - **sourced from safety engineering (DAL/SIL/ASIL), not Dafny or Lean, and the pack says so**; - `evidence_refs[]`; `developed: bool` (GSN Undeveloped). Transcript provenance lives in the - capture envelope, never duplicated inside the payload (the hidden-target-leakage smell). -- **Four edge kinds**: `supports` (GSN SupportedBy, inferential), `evidenced_by` (SupportedBy, - evidential), `requires` (Dafny precondition), `in_context_of` (GSN InContextOf; scoping only — - the first three are load-bearing for status). - -### 13.3 Derived labels, the ledger, and the validator's honest stance - -- **Five-stratum status derivation** (plugin-computed, via `project` at read time): S0 - `refuted`/`open` facts → S1 `BROKEN` (positive recursion) → S2 `WEAK` (undeveloped or - unevidenced) → S3 `CONDITIONAL` (reachable open assumption — Lean's sorry-taint) → S4 `PROVED`. - Negation only looks at lower strata; the validator enforces that stratification **and - acyclicity of the three load-bearing edge kinds**. Per-claim status is a **derived UI label**, - never headline. -- **The headline artifact is the assumption ledger** — every `open` assumption with owner, review - status, and which guarantees it taints — shipped as a Markdown table, after `dafny audit`. -- **Acyclicity is recorded as a deliberate restriction** (trivially decidable validation, legible - failures), with `decreases` — a well-foundedness witness — named as the future escape hatch. -- **The Datalog closure is sold as well-formedness and taint propagation, never an assurance - verdict.** The ui never says "proved" unqualified — a GSN structure is a human argument; borrow - Alloy's stance: this finds defects, it does not certify. (Lineage note: cite coherent-logic - saturation — Datalog as its ∃-free, ⋁-free fragment — never "ARIA's Geolog", which does not - exist.) - -## 14. Acceptance material - -### 14.1 The ten harness invariants (restated in envelope vocabulary; enforced as test properties) - -1. **No value without provenance.** Every projected value traces to a capture (with evidence - spans), a declared default, or a documented transformation. -2. **No silent conflict resolution.** Contradictory active captures resolve only via an explicit - resolution record or supersession event. -3. **No silent projection loss.** Relevant active captures that cannot be represented appear in - the typed loss report. -4. **Corrections don't erase history.** Superseded captures remain inspectable and never active. -5. **Retries are semantically idempotent.** A retried operation or re-swept range never creates a - second user assertion (content-keyed capture identity). -6. **Issues are namespaced to their producer.** A plugin-profile requirement never silently - becomes a harness-level requirement; harness envelope issues are namespaced to the harness. -7. **Plugin failures are atomic.** A failed operation leaves no partially applied deltas; sweeps - apply whole or refuse whole. -8. **Equivalent state produces equivalent projection.** Projection is a function of the - capture-store snapshot, never of discovery order. -9. **Unknown remains distinct from false.** Absence states never collapse to null or negation. -10. **Explicit remains distinct from inferred and defaulted.** Epistemic status never collapses. - -### 14.2 The five proof obligations (contract acceptance criteria) - -Independent variability · semantic conservation · explicit transformation · controlled elicitation -· local implementation — judged as in the criteria doc, against the hourglass. Companion tests: -**smallest-honest-plugin** (every contract addition checked against the bar it raises) and its -sibling the **second-binding test** (every time mechanism wants to land in the binding: "genuinely -substrate-specific, or mechanism leaking into Flue's dialect?"). - -### 14.3 Gating tests and review vocabulary - -Gating: **reprojection / projector substitution** (capture once, project into materially different -targets, verify agreement); **minimal pairs** ("the budget is / might be €20,000"); **black-box -authoring** (public SDK + docs to a developer who hasn't read core; count concepts, boilerplate, -escape hatches). Review vocabulary (named smells): opaque payload waist, giant context bag, -schema-shaped questioning, null collapse, silent coercion/loss, correction-as-duplication, hidden -target leakage. - -### 14.4 Testing strategy - -**Generation-first fixtures over a deterministic replay driver**; HASH routes the Brunch workspace -tests through Turbo and Vitest — no model, no substrate. Hand-written fixtures are seeds; the corpus -is generated: - -- Properties come from the **harness contract** — the ten invariants above are literally - properties; generators come from the **plugin's declarations**, never its implementation - (`arbitraryFromSchema`: Valibot → fast-check arbitraries), plus negative-space properties for - plugin code (validators total — never throw, always typed issues; `project` never emits an - undeclared loss category). -- Where dynamics are the subject: **model-based command-sequence testing** (`fc.commands`) over - the envelope-derived alphabet — utter · settle-range · sweep · correct · contradict · - reply-with-absence · redirect. -- Language realism: a **model as offline generator, never CI oracle** — a model plays respondent - against the plugin's own kernel cards, varied by persona/curveball, plus a mutation library - generalizing minimal pairs (epistemic-status flips, absence injections, supersession - injections). Outputs freeze as replayable fixtures; **regenerate when declarations change**. -- Shrunk counterexamples are minimal pathological conversations: pinned as regressions and read - first as type-design feedback on envelope/payload types. - -### 14.5 Open verification items (named, with homes) - -- **Interpretation-render plugin-renderer seam** — exercised once real packs exist (milestone-one - build, both plugins). -- **Restart durability of the full stack** — the capture store survives restart (proven, ticket - 13); conversation-store durability with a real `db.ts` is untested (milestone-one dev app). -- **Wake-wart residue** — §7.4's no-interpolation ruling removes the cause observed in ticket 10; - confirm no other instruction-state write path re-triggers advisory wakes (milestone-one binding). -- **History-projection paging** (>1000 entries) and binding base-URL discovery — binding - implementation details flagged by ticket 13. -- **Compaction vs. durable history** (§9.7) — verify that Pi/Flue compaction leaves the durable - entry projection unmodified (or scope what the binding must preserve itself); no prototype has - driven a session across a compaction boundary (milestone-one binding). - ---- - -## Appendix A — Adjudications - -The seven contradictions from the consistency pre-pass, and how this spec resolved each: - -- **C1 — storage port implementer.** Binding-implemented, harness-defined, plugin-blind (ticket 12 - authoritative on ownership). Reconciliation: Flue's `db.ts` (substrate conversation storage) - stays host-authored because Flue requires it of the consuming app; the harness's capture store - is the storage port, implemented in the binding. §9.6, §12.5. Ticket 04's ownership-table "Host" - row reads: input surfaces/identity → ui; deploy target, model/provider, artifact delivery → - substrate; storage-port implementation → binding (pre-pass S5). -- **C2 — operation purity vs. PluginContext storage methods.** The four operations stay pure - (snapshot-in/deltas-out); tickets 04+11 win — cadence-as-policy is load-bearing. Ticket 12's - clause is scoped to non-operation plugin code; milestone one defines no storage-addressable - PluginContext methods. §6.1. -- **C3 — capture status.** Derived at read time, never stored (ticket 12 authoritative); the - envelope drops the `status` field. Retraction — previously unrecorded — is specified as an - explicit user-cited event with no successor. §5. -- **C4 — explicit vs. inferred absence over string-only transport.** Ticket 10's transport finding - is the physical constraint: tap-ness must be a transport fact. The harness defines a reserved - reply encoding for structured taps; replies outside it yield inferred absences only. §5.1. -- **C5 — provenance rule vs. invariant 1.** Both survive, reconciled: user-derived captures cite - true user entries only; `defaulted` / `external-lookup` captures cite a declared default or a - documented transformation. The enum keeps all five values. §5, §9.4, §14.1(1). -- **C6 — one channel vs. one live affordance.** Ticket 10 authoritative on mechanism: the channel - is a per-message current-affordance surface; durable identity/payload ride tool output parts; - the reject-second rule covers interactive affordances per batch; non-interactive renders ride - tool parts and never contend for the slot. §7.3. -- **C7 — wake wart and reply binding, picked together.** No instruction interpolation (removes the - wart's cause and the numbering corruption); the pending question rides the ask tool's result and - the pending-affordance slot; reply binding is harness-mechanical via the single-pending - invariant — stronger than either ticket-10 option, and consistent with ticket 13's - harness-resolved anchoring. No echo token. §7.4. - -Assembler adjudications beyond the seven (each flagged inline): retraction semantics (§5); -`not-mentioned` as computed fact, absence-label mapping, and the `not-yet-decided` / `deferred` -distinction (§5.1); advisories as computed-ephemeral vs. stored issues (§6.3); issue namespacing -(§6.3); domain-label derivation inside `project` (§6.1, §13.3); transport-outcome vocabulary -(§7.5); session→document binding via `initialData` (§9.1); milestone-one store format constraint -(§9.6); kernel-card / harness-invariants naming (§3). diff --git a/libs/@hashintel/brunch-agent/docs/specs/elicitation-to-ir-oracle-design.md b/libs/@hashintel/brunch-agent/docs/specs/elicitation-to-ir-oracle-design.md deleted file mode 100644 index 11bf57c3afc..00000000000 --- a/libs/@hashintel/brunch-agent/docs/specs/elicitation-to-ir-oracle-design.md +++ /dev/null @@ -1,292 +0,0 @@ -# Spec: elicitation-to-IR oracle design - -Status: **provisional**, captured 2026-08-28 from the Mission 2+3 talkthrough review. -This is verification design and research guidance, not execution authority or a CI gate. -Implement only through a live mission. - -Sources: - -- [`../reference/agentic-elicitation-criteria-2026-08-06T14-11-18Z.md`](../research/agentic-elicitation-criteria-2026-08-06T14-11-18Z.md) -- [`elicitation-completion.md`](elicitation-completion.md) -- [`structurally-typed-elicitation-runbooks.md`](structurally-typed-elicitation-runbooks.md) -- [`../evidence/proofs/implementations/fe-1525-headless-runbook-pn.md`](../evidence/implementations/fe-1525-headless-runbook-pn.md) -- [`../../MISSION.next.md`](../../MISSION.next.md) - -## Verification stance - -Compare coherent variants of the agent's system prompt, skill material, runbook, and IR structure -through the end of elicitation, before PN construction. The primary question is not whether the IR -looks complete. It is whether the conversation acquired objective-relevant evidence and the IR -conserved its meaning, epistemic status, conflicts, gaps, and losses in a form another reader can -use. - -Do not begin with one scalar score. Keep a quality vector, hard-failure gates, and blind pairwise -comparisons. A weighted total is a secondary summary only: it must not let eloquent prose, broad -coverage, or low turn count average away fabrication, silent hardening, unresolved conflict, or -unsupported completion. - -The oracle should also test possible capture/IR joins offline. It must not wire Mission 2's capture -store into the interviewer or make capture extraction part of the question-turn latency path. - -## Diagnostic assessment - -- **Observability: partial.** Real runs retain transcripts, IR artifacts, tool/resource paths, and - timings. They do not yet provide exact IR-statement → source-evidence links. -- **Reproducibility: partial.** Situation packs and the headless Flue drive are reusable, but the - interviewer and simulated expert are stochastic. Existing real runs are one-offs around a - teaching edit, not replicated baselines. -- **Controllability: high.** Elicitation can run headlessly with a fixed model, case, hard stop, and - protocol. Construction can be excluded, and raw artifacts can be retained for regrading. - -The first improvement is therefore grader-only case truth and disclosure metadata, not more -product instrumentation. - -## Claims to prove - -1. **Acquisition.** Questions expose the load-bearing, discoverable material relevant to the stated - modelling objective without pursuing exhaustive process trivia. -2. **Conservation.** Facts, relationships, branches, timing, contention, qualifications, policy vs - practice, corrections, and alternatives disclosed in conversation survive into the IR. -3. **Epistemic fidelity.** Explicit statements, inferences, assumptions, unknowns, absences, - conflicts, omissions, and losses remain distinguishable. -4. **Evidence fidelity.** Every material IR statement is supportable from user evidence or marked - as the agent's assumption; assent to agent-authored language is not treated as user evidence. -5. **Gap discipline.** The IR names the smallest consequential gaps without equating syntactic - fullness, user fatigue, delivery, or model self-report with completion. -6. **Conversational quality.** The agent follows the expert's thread, deepens before surveying, - uses expert vocabulary, and avoids opening overload, schema-shaped questioning, repetition, and - premature accommodation. -7. **Cold utility.** A reader who did not see the transcript can reconstruct the intended process, - identify its load-bearing assumptions, and name the smallest next question from the IR alone. -8. **Path robustness.** Materially equivalent evidence presented in different orders normally - produces equivalent active meaning, while genuine corrections and conflicts remain visible. - -## Case design: hidden truth ledger - -Each reusable case keeps interviewee-visible material under `evaluations/cases/` and reviewed -answer keys under `evaluations/oracles/`, never in interviewer inputs. Alongside the expert's -situation pack, maintain a grader-only ledger whose smallest useful entry records: - -```yaml -- id: washdown-shared-crew - importance: load-bearing # load-bearing | useful | incidental - epistemic_character: practiced-rule - discoverable: true - expert_can_answer: true - reveal_when: asked about simultaneous demand or resource contention - expected_ir_homes: - - participants-resources - - policies-exceptions - traps: - - do not infer the rule from the published schedule -``` - -The ledger is not the product's semantic schema. It is an evaluation oracle. It should include -facts the expert knows, facts they do not know, relevant absences, contradictions, policy/practice -divergences, irrelevant detail, and facts whose importance depends on the objective. - -When practical, the simulated expert returns a private side channel: - -```json -{ - "reply": "The user-facing expert reply", - "disclosedFactIds": ["washdown-shared-crew"] -} -``` - -Only `reply` enters Flue history. The side channel lets the evaluator distinguish: - -- an **acquisition miss** — discoverable material was never elicited; -- a **conservation miss** — disclosed material was lost or distorted in the IR; -- an **expert-simulator miss** — a suitable question was asked, but the simulator failed to - disclose the material. - -Do not grade naive recall against every fact in the situation pack. Weight only objective-relevant, -discoverable material, and keep "the expert cannot answer" distinct from "the interviewer did not -ask." - -## Quality vector - -Score each dimension from 0–4 with citations to fact ids, turns, and IR sections: - -| Dimension | Provisional weight | What it measures | -| --- | ---: | --- | -| Objective-aligned acquisition | 20 | Weighted discovery of load-bearing, discoverable material | -| Semantic conservation | 20 | Whether disclosed process meaning survives into the IR | -| Epistemic and evidence fidelity | 20 | Grounding; correct uncertainty, inference, assumption, conflict, and correction states | -| Gap and loss discipline | 15 | Consequential unknowns, omissions, and unrepresentable material named accurately | -| Cold IR utility | 15 | Independent reconstruction and smallest-next-question quality | -| Conversation quality and burden | 10 | Adaptive deepening, expert vocabulary, discoveries per turn/token, no opening overload | - -The weighted total is reported on a 0–100 scale only after the dimension scores. Weights remain -provisional until calibrated against historical artifacts and human judgments. - -### Hard-failure gates - -Report these separately; do not average them away: - -- a fabricated load-bearing fact; -- silent hardening of ambiguity, hedge, unknown, or policy into a practiced precise value; -- silent collapse of a conflict or correction; -- a material IR statement with neither evidence nor an explicit assumption mark; -- a syntactically full IR with no objective-relative process slice; -- schema-shaped interviewing that mechanically reads the IR headings; -- terminal delivery or "complete" based on model self-report rather than evidence-bearing criteria. - -A hard failure is a gated failure even if the weighted score is otherwise high. - -## Oracle plan - -### Inner loop: cheap and agent-runnable - -- IR structural checks and unsettled-state vocabulary. -- Questions per turn, opening-battery detection, turn/token counts, and latency. -- No PN vocabulary in expert-facing questions; construction resources remain out of elicitation. -- Disclosed fact ids are represented, explicitly omitted, or named as gaps. -- Raw transcript, IR, model/config, prompt variant, and side-channel metadata are retained. - -These checks expose gross regressions while editing. Counts are observations, not quality by -themselves. - -### Middle loop: two independent graders - -1. **Omniscient grader.** Receives situation pack, hidden ledger, transcript, and IR. Scores - acquisition, conservation, fidelity, gaps, and burden. Every judgment cites evidence. -2. **Cold IR reviewer.** Receives the modelling objective and IR only. Reconstructs the process, - states assumptions and ambiguities, and identifies the smallest next questions. - -For the same case, compare baseline and candidate blindly with randomized A/B labels. Report: - -- wins / losses / ties by dimension; -- median dimension deltas across replications; -- hard-failure rate; -- grader disagreement; -- cost, turns, tokens, and latency as separate operational measures. - -Do not ask one grader to generate the case, simulate the expert, and grade its own output without -human calibration and retained raw artifacts. - -### Outer loop: human calibration - -A human reviews all hard failures and grader disagreements, plus one best and one worst run per -variant. Use these reviews to refine rubric anchors and grader prompts. Do not require human review -of every run once the graders are calibrated. - -## Historical calibration versus a repeatable baseline - -The two Mission 3 real-run artifacts are calibration material, not yet a repeatable baseline: -there is one run before and one after a teaching edit, with no replication. Use them to: - -1. draft the hidden truth ledger retrospectively from the existing situation pack; -2. discover and name mistake classes; -3. write the first omniscient-grader and cold-reviewer prompts; -4. compare their judgments with the existing human proof/review findings; -5. tune score anchors until disagreements are explicit and intelligible. - -Label the retrospective ledger as authored after seeing the run; it is unsuitable as an unbiased -final oracle. After calibration, freeze the case ledger, grader prompt versions, model/config, and -protocol. Then rerun the unchanged current prompt/runbook at least three times per case. Those runs -form the actual baseline for later variant comparison. - -## Variant comparison - -System prompt, skill material, runbook, and IR structure interact. First compare a small number of -coherent whole-package variants; this answers "which shape works?" but does not attribute causality. -Keep model, expert pack, hard stop, and graders fixed. - -Once one coherent shape wins, run ablations or one-intervention comparisons to answer "which -change caused the gain?" Change one layer at a time, rerun the fixed cases with at least three -replicates, and record both target improvements and regressions. Do not mix model changes with -prompt/structure changes without a factorial comparison. - -Use a stable mistake taxonomy across rounds. At minimum include misses, hallucination/invention, -silent hardening, conflict/correction collapse, boundary/scope errors, unsupported completion, -opening overload, schema-shaped questioning, conservation loss, and simulator nondisclosure. -Add ids; do not rename prior classes after results exist. - -Generative probes are exploratory evidence, not CI gates. Promote only reviewed, stable cases into -regression fixtures. - -## Shadow join: testing capture/IR convergence offline - -After each conversation, test possible joins without changing interviewer behavior or product -runtime: - -```text -conversation - ├─ runbook IR - └─ Mission 2-style settled-range capture envelopes - ↓ offline evaluator - IR statement ↔ evidence/capture support map -``` - -Apply the mechanical Mission 2 sweep after the interview, or derive equivalent immutable envelope -ids in the evaluation harness. An offline grader maps each material IR statement to: - -- one direct capture/span; -- several captures synthesized together; -- an inference from captures; -- an explicit Brunch assumption; -- unsupported content; -- a correction/supersession relation; -- a projection loss. - -This map is evaluation evidence, not a production IR feature. Measure: - -- **support coverage:** weighted IR claims with evidence or explicit assumption provenance; -- **synthesis fan-in:** captures/turns required per IR claim; -- **capture utility:** captured material that contributes to the IR; -- **context dependence:** claims that isolated quotes cannot justify; -- **correction integrity:** superseded evidence handled coherently; -- **path sensitivity:** reordered evidence produces equivalent or divergent active meaning. - -Interpret the evidence as follows: - -- If important IR material is cross-turn editorial synthesis, captures should remain an audit - ledger and the IR an independent workpiece. -- If support links materially improve auditability without shaping the conversation, the smallest - useful join is likely IR statement → capture/evidence references. -- If a capture fold reproducibly regenerates equivalent IRs across order perturbations without - restoring Condition 5 latency or judgment, deeper convergence becomes plausible. - -The candidate narrow waist is therefore not assumed to be either typed captures or the runbook -template. Test whether it is only evidence links, epistemic state, and explicit transformation/loss. - -## Research syntheses before authoring variants - -Produce four source-grounded syntheses: - -1. universal interviewing moves, counter-techniques, and failure modes; -2. SDCPN investigation obligations that do not expose PN vocabulary to the expert; -3. IR obligations — what meaning the workpiece must conserve and make auditable, independent of - the first heading catalogue; -4. capture/IR seam hypotheses from Mission 2, ADR-0003, the criteria research, and Mission 3 - evidence. - -For each proposition, record: - -```text -source claim -→ universal or SDCPN-specific -→ lifecycle phase -→ home: system / skill body / resource / IR / checks -→ probe that could falsify it -``` - -Use these syntheses to design coherent variants. Do not paste source material wholesale into the -system prompt or skill. - -## Blind spots and stop conditions - -- LLM graders can prefer polished verbosity over faithful meaning; blind pairwise comparison and - human calibration reduce but do not eliminate this. -- A simulated expert may reward questions unlike a real expert. Retain a future human-expert outer - check, but do not put it in the inner probe loop. -- The retrospective ledger for existing runs is vulnerable to hindsight. Freeze prospective - ledgers before using scores to choose variants. -- If graders cannot distinguish acquisition from conservation, add disclosure metadata before - running more probes. -- If weighted score and human judgment repeatedly disagree, keep the vector and discard the total; - do not tune weights until the preferred variant wins. -- If a shadow join requires in-loop extraction or changes the interviewer's questions, stop: it is - no longer an evaluation and must return to mission design. diff --git a/libs/@hashintel/brunch-agent/docs/specs/intermediate-representation-plain.md b/libs/@hashintel/brunch-agent/docs/specs/intermediate-representation-plain.md deleted file mode 100644 index 6987eace7dd..00000000000 --- a/libs/@hashintel/brunch-agent/docs/specs/intermediate-representation-plain.md +++ /dev/null @@ -1,82 +0,0 @@ -# The intermediate representation, in plain language - -> This is a non-authoritative plain-prose legibility companion to the authoritative -> [`intermediate-representation.md`](intermediate-representation.md). The rendering pass doubled as -> a review instrument: seven places where the source resisted plain rendering are recorded as -> findings on FE-1401 (third accrual), the load-bearing one being the loss report's unresolved unit -> of loss (capture vs. capture-facet). -> -> Since 2026-08-25, [`plugin-sdcpn/plugin.yaml`](../../packages/plugin-sdcpn/plugin.yaml) is the concrete rendering of Layer B: its -> `Kinds` and `Must know` tables carry the ten kinds, the cross-kind attributes, and the -> question-relative completion rule described below as the one authored plugin file. - -This design was resolved on 13 August 2026 and ratified on worked examples by FE-1397. It has two layers. Layer A defines what an intermediate representation (IR) is for any plugin. Layer B is the concrete design for the CPS plugin — the design the September demo will run on. The design draws on the kernel spec, the Petrinaut survey's format facts, Dora's PRO-98 ontology, the open-questions document, and the FE-1363 use-case resolution. - -## Layer A — what the IR is - -The intermediate representation of a target-document is the set of active captures, read through the plugin's declared payload type system. There is no second store. Every consolidated view — an entity graph, a net, a completion table — is computed at read time as a projection over the active captures. The rendered artifact is itself one projection of the IR; it is never the IR. - -The harness's half of a capture is already fixed by the kernel spec: an envelope holding the capture's id, its evidence spans, its epistemic status, its confidence, a value or an explicit absence, any alternatives, and supersession links. The payload inside that envelope is opaque to the harness. Defining a plugin's IR therefore means defining its payload type system, and nothing more. - -Every plugin's payload type system must satisfy five properties. - -First, it declares a closed, named catalog of assertion kinds, as namespaced concept declarations. The assurance plugin declares its `Statement` kinds, Gherkin its scenario and rule records, and CPS the ten-kind catalog in Layer B below. - -Second, each payload holds one assertion, at the resolution the evidence states it. In the primary case the evidence is the user's utterance, so the payload holds what the user said at the resolution they said it. When a capture is defaulted or comes from an external lookup, the declared default or the documented transformation sets the resolution instead. One utterance may yield several captures, because granularity is per assertion, never per utterance. A user who happens to speak in artifact-shaped units does not violate the property; that is coincidence. Factoring assertions into artifact-shaped elements is the projection function's job, so the interviewer never does the artifact's modelling work in the middle of a conversation. - -Third, the IR is independent of its projections. Kinds are defined in the domain's own vocabulary, and the IR may legitimately hold kinds that no current projection consumes; the typed loss report is what keeps that honest. The loss-report clause is the part that can be enforced. The vocabulary clause bites in proportion to the distance between the domain and the target format, and where the target format is the domain — as with Gherkin — it degenerates gracefully rather than failing. - -Fourth, relations between captures are payload data, never envelope structure. A plugin that needs structure declares its own reference or edge vocabulary, as the assurance plugin does with its four edge kinds and CPS does with symbolic name references. - -Fifth, domain labels and rollups are derived at read time by the projection function. They are never stored. - -Beyond these requirements, the design grades three recommended patterns and one escape hatch, with the grades set by the FE-1397 worked-examples exercise. Plugins should use symbolic, name-based references between payloads and let `reconcile` resolve identity at read time: all four worked designs use this pattern, it matches how experts talk, and it survives supersession without leaving dangling edges, so a plugin that departs from it should say why. Plugins may declare completion-anchor kinds — a distinct purpose or objective kind where the domain has explicit purposes, or existing purpose-shaped kinds where it does not, such as Gherkin's feature narrative and rules or the assurance plugin's goal. The pattern is that completion anchors on purpose-bearing captures, not that every plugin declares a kind named objective. Process-shaped domains may add a source-regime attribute, `prescribed` or `practiced`, to every kind. There is one model, never parallel models: where prescription and practice diverge, the divergence surfaces as an ordinary typed conflicting issue. Regime composes with epistemic status rather than duplicating it, because the difference between log-observed and expert-believed practice is already the envelope's `external-lookup` versus `explicit`. Finally, non-load-bearing motif annotations — hints a projection may take but never depend on — survive only as a named escape hatch: no worked design used them, so the name is retained until a projection demonstrably needs the hint. - -Layer A was at first conditionally ratified. FE-1397 discharged the condition by drafting speculative payload designs across three plugin targets at different complexity levels — Gherkin (thin), CPS (thick; Layer B here), and BPMN with process mining (mid) — and reading the assurance plugin as a free fourth corroborant, then checking every property against all four. All five properties survived, with the second and third amended into the wording above. The expected pressure for plugin content to migrate into the shared layer did materialize, but as a pattern promotion — source-regime moved from Layer B up to Layer A — and not as any kind moving into the envelope. Everything here is desk-validated only. No example has yet run through a working harness, so every Layer-A claim stays provisional until the September build exercises them. - -## Layer B — the CPS plugin's IR - -Layer B is a working design, validated only against the truck-fleet reference case. The worked-examples exercise left it unchanged, except that it exported source-regime up to Layer A. The harness still gets its turn. - -The plugin declares ten kinds of assertion: - -| # | Kind | Holds | Projects to (Petrinaut) | -| --- | ------------------------ | -------------------------------------------------------------------------------------------------------------- | --------------------------------------------------------------------------- | -| 1 | **entity-type** | object types and their attributes, incl. continuous state variables (truck, component, wear level) | colours + typed elements | -| 2 | **boundary-condition** | initial populations, arrival/departure rates, external inputs ("40 trucks, 3 bays", initial wear distribution) | scenario `initialState` + `scenarioParameters` | -| 3 | **activity** | steps _as the expert states them_: actors, resources, preconditions, outcomes, duration | factored transitions (see granularity rule) | -| 4 | **ordering/flow** | sequencing, branching, trigger conditions | arcs, guards, arc types (read/inhibitor) | -| 5 | **policy** | decision rules at choice/conflict points | guard/priority code where compilable; mostly IR-only | -| 6 | **dynamics** | continuous evolution laws (wear accumulation) | differential equations on real-valued colour elements | -| 7 | **objective** | questions the model must answer; goals; penalty weights | metrics where expressible as scalars over simulation state; weights IR-only | -| 8 | **constraint** | regulatory/business rules, conservation laws | guards partially; references IR-only | -| 9 | **data-binding** | model variable ↔ data feed | nothing today (Live Mode unimplemented) | -| 10 | **validation-criterion** | how we would know the model is right | nothing today | - -Kinds 1 to 6 bear on the net: they project into Petri-net structure. Kinds 7 to 10 are partly or wholly IR-only. That split is the demo's story. The net is one projection of the elicited description, and what the net cannot hold is neither lost nor hidden: it stays in the IR with its provenance, and the loss report says so. Dora's ontology corroborates the split independently — her Maps-to column places constraints, policies, and penalty weights in the intermediate representation, and routes objectives to the simulation and experiment layer, which is to say to metrics. - -Three things attach across kinds and are deliberately not kinds themselves. Quantities — durations, rates, probabilities, capacities — can attach to any kind; they are elicited as quantiles, never as a minimum, mode, and maximum; and the shared or tunable ones project to Petrinaut parameters. A rationale can attach to every kind, never only to objectives. And source-regime marks every capture as prescribed or practiced: the process as the manuals state it versus the process as it actually runs. There is one model, not two parallel ones. A divergence between the regimes surfaces as an ordinary typed conflicting issue, and such a divergence is elicitation gold — the rules nobody wrote down — not an error state. - -**The granularity rule.** Dora's claim that steps become transitions and the states between them become places survives, with a correction: it is a projection rule, not a storage rule. The IR stores activities at the granularity the expert stated them, durations included. Petrinaut has no timing field of any kind, so a timed step cannot become a single transition. The projection function therefore owns the factoring — for example into a start transition, an in-progress place, and an end transition, or into a rate-code obligation. If the IR stored net-granularity elements instead, every change to the factoring would masquerade as a change to what the expert said, and the interviewer would be doing net modelling in the middle of the conversation. - -**Motifs.** The motif quiver — small parameterised process patterns with variant selectors — lives in the ElicitationPack as question guidance only: motifs may scaffold the interviewer's questions, but they never generate model structure. This follows the literature verdict. The September payload carries no motif vocabulary; if a projection ever demonstrably needs a motif hint, Layer A's escape hatch exists for that. Per-object-type templates appear nowhere in the design. - -**Completion.** The plugin commits to question-relative completion. The objective captures anchor the completion contract — the document is complete when every objective has its supporting kinds covered — over a small static floor: at least one objective, the entities, and a happy-path flow. The interview therefore opens on objectives. This operationalizes the earning test, under which the model gains stochasticity and colour only where an objective demands them, and it replaces a static ordering of categories with that purpose-driven form. - -### Projection to Petrinaut - -The deterministic projection scaffold declares all four surfaces of the Petrinaut file: the net structure (places, transitions, colours, differential equations, arcs), the scenario, the metrics, and the parameters. The scenario is mandatory, because a bare net loads with an empty marking and does nothing when simulated. Declarative structure is populated directly. TypeScript fields that require authored behavior carry readable comments and field-local code obligations; they become executable only through the downstream realization step defined by ADR-0005. The Optuna optimization file format is excluded for September: its ontology is itself still moving — Yannis is working on it, and his design is a candidate future input — so penalty weights stay IR-only and appear in the loss report. - -The loss report is typed and per-capture. Every active capture lands in exactly one of seven categories: mapped exactly, normalized, approximate, collapsed, omitted, defaulted, or unrepresentable. Those categories describe the semantic fidelity of the scaffold and obligation plan, not whether TypeScript realization has finished. The kind catalog implies the first cut. Entity types map exactly, with names normalized. Dynamics and other authored behavior map to field-local obligations and are exact, normalized, or approximate according to the specificity of the capture. Boundary conditions map to declarative scenario content or scenario-code obligations. Activity structure is normalized, and durations are approximate. Orderings map exactly. Policies land as approximate or collapsed, and their rationale is unrepresentable. Objectives normalize to metric obligations where a scalar over simulation state can express them; their penalty weights and rationale are unrepresentable. Constraints collapse partially, with regulatory references unrepresentable. Data bindings and validation criteria are wholly unrepresentable. This assignment is a first cut and illustrative only: the plugin spec owns the binding table, while the mechanism itself — per capture, seven categories — is settled. - -Two further rules govern what the projection prefers and how it names things. The net projects the practiced process: where prescribed and practiced diverge unresolved, practiced wins, and the prescribed reading lands in the loss report as omitted. And the IR keeps the expert's names verbatim, because payloads are evidence-faithful, while the ProjectionPack owns a deterministic scheme that turns those names into PascalCase identifiers. The scheme is necessary because place names function as identifiers inside every code surface of the file — guards, kernels, differential equations, metrics — and import does not validate them. The ProjectionPack emits the resulting name map as projection metadata for the demo shell to display, exposes the identifiers to code obligations as available symbols, and records any collision renames as normalized. - -Provenance stays outside the file. The Petrinaut format has no fields for provenance, rationale, confidence, or draft status anywhere, and it strips unknown keys on import, so inline annotation cannot round-trip. The obligation sidecar may reference supporting capture ids, but comments in code fields are readable context rather than authority. Everything IR-only is therefore honestly unrepresentable in the artifact, and displaying provenance is the demo shell's job — never something smuggled into the file. - -The application realizes code obligations through Petrinaut's client tools. Model inference writes and repairs field-local TypeScript against returned compiler diagnostics; no generated code is promoted into the capture store or elicited model. The completed artifact is accepted only when all obligations are fulfilled, Petrinaut reports no compile failures, and at least one scenario runs without a runtime error. - -### The September minimum - -The schema holds all ten kinds. The demo requires captures in seven of them — the six net-bearing kinds plus objective: entity-type, boundary-condition, activity, ordering/flow, policy, dynamics, and objective. Constraint, data-binding, and validation-criterion are present in the schema and may be sparsely populated; even at two captures each, their presence tells the story that the net is one projection of a richer description. - -The open-questions document also asked what else lives outside the net. Two answers: initial and boundary conditions — populations, arrival rates, external inputs — which bind to the scenario rather than to net structure; and user identity as metadata that shapes the elicitation, which belongs to the harness rather than to the payload, following Dora's ontology. diff --git a/libs/@hashintel/brunch-agent/docs/specs/intermediate-representation.md b/libs/@hashintel/brunch-agent/docs/specs/intermediate-representation.md deleted file mode 100644 index c77f3f8bd2e..00000000000 --- a/libs/@hashintel/brunch-agent/docs/specs/intermediate-representation.md +++ /dev/null @@ -1,215 +0,0 @@ -# Intermediate representation — design (FE-1364) - -Resolved 2026-08-13 (FE-1364 grilling session). Two layers: a general, architecture-level -definition of the IR — **ratified on worked examples** (FE-1397), see the status note — and the -CPS plugin's specific payload design, the September working design. Inputs: the kernel spec -(§5, §6, §11), the Petrinaut survey's format facts, Dora's PRO-98 ontology (its Maps-to column), -the open-questions doc §7, and the FE-1363 use-case resolution. Layer-A amendments from the -worked-examples exercise are marked _(amended FE-1397)_; the exercise itself is -[`ir-worked-examples.md`](../evidence/design/intermediate-representation-worked-examples.md). - -## Layer A — what "the IR" is, architecturally - -**Definition.** _(amended by [ADR-0003](../adr/0003-three-register-ir.md), 2026-08-18 — -the IR proper is the elicited conceptual model, derived by a pure fold over active captures; -the sentence below describes register 1 of three, and "no second store" survives because -register 2 is a derivation, never a persistence surface.)_ The intermediate representation of -a target-document is the set of active captures, read through the plugin's declared payload -type system. There is no second store: every consolidated view — an entity graph, a net, a -completion table — is a read-time projection over active captures. The rendered artifact is -one projection of the IR, never the IR itself. - -The harness half is already fixed by the kernel spec: each capture is an envelope (id, evidence -spans, epistemic status, confidence, value-xor-absence, alternatives, supersession) around an -opaque plugin payload. Defining an IR is therefore defining a payload type system. - -**What a plugin's payload type system must do** (durable, cross-plugin): - -1. **Declare a closed, named catalog of assertion kinds** (namespaced concept declarations). - Assurance: `Statement` kinds; Gherkin: scenario/step records; CPS: the catalog below. - _(already spec canon, §11.1)_ -2. **Evidence granularity.** Each payload is one assertion at the resolution the evidence - states it — the user's utterance in the primary case, the declared default or documented - transformation for `defaulted` / `external-lookup` captures. One utterance may yield several - single-assertion captures (granularity is per-assertion, never per-utterance), and a user - who happens to speak in artifact-shaped units is coincidence, not violation. Factoring into - artifact-shaped elements belongs to `project`; the interviewer never does the artifact's - modelling work mid-conversation. _(new in this decision; amended FE-1397 — generalized from - statement granularity for log-derived captures)_ -3. **Projection-independence.** Kinds are defined in domain vocabulary, and the IR may - legitimately hold kinds no current projection consumes — the typed loss report is what keeps - that honest. The second clause is the enforceable content: the property's bite is - proportional to domain–format distance, and where the target format _is_ the domain - (Gherkin), the vocabulary clause degenerates gracefully rather than failing. _(new in this - decision; amended FE-1397)_ -4. **Relations are payload data, not envelope structure.** A plugin needing structure declares - its own reference/edge vocabulary (assurance's four edge kinds; CPS's symbolic name - references). _(already spec canon, §5)_ -5. **Domain labels and rollups derive at read time via `project`, never stored.** - _(already spec canon, §5, §13.3)_ - -**Recommended patterns** (graded per FE-1397): - -- **SHOULD** _(promoted from MAY, FE-1397 — all four worked designs use it)_: symbolic, - name-based references between payloads, with `reconcile` doing identity resolution at read - time — matches how experts talk and survives supersession without dangling edges. A plugin - departing from it should say why. -- **MAY**: **completion-anchor kinds** for a question-relative completion contract — a distinct - purpose/objective kind where the domain has explicit purposes (CPS, BPMN), existing - purpose-shaped kinds otherwise (Gherkin's feature narrative + rules; assurance's `goal`). - _(amended FE-1397 — the pattern is "completion anchors on purpose-bearing captures", not - "declare a kind named objective")_ -- **MAY**, for process-shaped domains _(added FE-1397, promoted from Layer B)_: a - **source-regime** attribute (`prescribed | practiced`) on every kind — one model, never - parallel models; divergence surfaces as ordinary typed `conflicting` issues; regime composes - with (never duplicates) epistemic status, so log-observed vs. expert-believed practice is - already the envelope's `external-lookup` vs. `explicit`. -- **Named escape hatch only** _(demoted FE-1397 — zero uptake across all four designs)_: - non-load-bearing pattern/motif annotations that projection may take hints from but never - depend on; retained as a name pending a projection that demonstrably needs the hint. - -**Status: ratified on worked examples** (Lu, 2026-08-13, FE-1397). The ratification condition — -speculative payload designs across at least three plugin targets at different complexity levels, -checked property by property — is discharged in -[`ir-worked-examples.md`](../evidence/design/intermediate-representation-worked-examples.md): Gherkin (thin), CPS (thick, this document's -Layer B), BPMN/process-mining (mid), with the assurance plugin (spec §13.2) as a fourth free -corroborant. All five MUST properties survive — 2 and 3 amended as worded above — and the -expected sublimation pressure — a payload-level concept proving so universal it rises out of -plugin space, in the strongest case into the harness envelope itself — materialized as pattern -promotion (source-regime moving Layer-B → Layer-A) rather than any kind moving into the -envelope. Everything remains **desk-validated -only**: Layer-A claims stay provisional until real examples run through a working harness — the -September build exercises that. - -## Layer B — the CPS plugin's IR - -A working design, validated only against the truck-fleet reference case (FE-1363). The -worked-examples exercise (FE-1397) left it unbent — its one export is source-regime, promoted to -a Layer-A pattern — but the harness still gets its turn. - -### Assertion kinds - -| # | Kind | Holds | Projects to (Petrinaut) | -| --- | ------------------------ | -------------------------------------------------------------------------------------------------------------- | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | -| 1 | **entity-type** | object types and their attributes, incl. continuous state variables (truck, component, wear level) | colours + typed elements | -| 2 | **boundary-condition** | initial populations, arrival/departure rates, external inputs ("40 trucks, 3 bays", initial wear distribution) | scenario `initialState` + `scenarioParameters` | -| 3 | **activity** | steps _as the expert states them_: actors, resources, preconditions, outcomes, duration | factored transitions (see granularity rule) | -| 4 | **ordering/flow** | sequencing, branching, trigger conditions | arcs, guards, arc types (read/inhibitor) | -| 5 | **policy** | decision rules at choice/conflict points | guard/priority code where compilable; mostly IR-only | -| 6 | **dynamics** | continuous evolution laws (wear accumulation) | differential equations on real-valued colour elements | -| 7 | **objective** | questions the model must answer; goals; penalty weights | metrics where expressible as scalars over simulation state; weights IR-only | -| 8 | **constraint** | regulatory/business rules, conservation laws | guards partially; references IR-only | -| 9 | **data-binding** | model variable ↔ data feed | nothing today (Live Mode — Petrinaut's named-but-unimplemented mode for driving a running simulation from external data feeds — is the surface this kind would project to) | -| 10 | **validation-criterion** | how we would know the model is right | nothing today | - -Kinds 1–6 are **net-bearing**; 7–10 are partly or wholly **IR-only**. That split is the demo's -story: the net is one projection of the elicited description, and what the net cannot hold is -neither lost nor hidden — it is in the IR with provenance, and the loss report says so. -(Corroborated independently: Dora's Maps-to column marks constraints, policies, and penalty -weights as living "in the intermediate representation", and routes objectives to the -simulation/experiment layer — i.e. metrics.) - -**Attribute patterns** (cross-kind, deliberately not kinds): - -- **quantity** — durations, rates, probabilities, capacities; quantile-elicited (never - min/mode/max — per FE-1360's literature verdict: the TU Delft/EFSA quantile line, plus one - published comparison in which the min/mode/max triangular habit overstated a measured mean by - ~69%; a single study, but the quantile prescription stands on the protocol line independently), - attachable to any kind; shared/tunable quantities project to `parameters` (which quantities - earn a named parameter rather than an inline value is undefined here — the plugin spec's - binding table owns that criterion). -- **rationale** — available on every kind, never only under objective. -- **source-regime** — `prescribed | practiced` on every kind (manuals vs. how it actually - runs). One model, not parallel models; a prescribed/practiced divergence surfaces as an - ordinary typed `conflicting` issue — which is elicitation gold ("rules nobody wrote down"), - not an error state. - -### Granularity rule (Dora's claim #2, validated with correction) - -"Steps become transitions; states between become places" survives as a **projection** rule, -not a storage rule. The IR stores activities at the expert's statement granularity, durations -included. Petrinaut has no timing field of any kind — a timed step cannot be one transition — -so `project` owns the factoring (e.g. start-transition → in-progress place → end-transition, -or a rate-code obligation). If the IR stored net-granularity elements, every factoring change would -masquerade as a knowledge change and the interviewer would be doing net modelling -mid-conversation. - -### Motifs - -The motif quiver (small, parameterised, variant selectors) lives in the **ElicitationPack as -question guidance only** — scaffold-yes, generator-no, per the literature verdict. No motif -vocabulary in the payload for September; the optional non-load-bearing annotation pattern -(Layer A) exists if projection ever demonstrably needs the hint. Per-object-type templates -live nowhere. - -### Completion - -The CPS plugin commits to **question-relative completion**: `objective` captures anchor the -completion contract — every objective has its supporting kinds covered — over a small static -floor (at least one objective; entities; a happy-path flow). The interview therefore opens on -objectives. This operationalizes the earning test (stochasticity and colour only where an -objective demands them — the open-questions doc's criterion for model complexity) and is the -corrected form of a static category ordering: Dora's PRO-98 strategy outline prescribes a fixed -category sequence for the interview; question-relative completion keeps its coverage intent but -replaces the fixed sequence with objective-driven coverage, so ordering emerges from what the -objectives demand rather than from the ontology's own layout. - -### Projection to Petrinaut - -- **Emission surfaces**: the deterministic scaffold declares all four in-file surfaces — net - structure (places, transitions, colours, ODEs, arcs), **scenario** (mandatory: a bare net loads - with an empty marking and does nothing when simulated), **metrics**, **parameters**. Declarative - structure is populated directly. TypeScript fields that require authored behavior carry readable - comments and field-local code obligations; they become executable only through the downstream - realization step defined by ADR-0005. The Optuna/optimization file format - (`petrinaut-optimization`) is **excluded for September**: its ontology is itself in flight - (Yannis is working on it; his design is a candidate future input). Penalty weights stay IR-only - and appear in the loss report. -- **Typed loss report**: per-capture; every active capture lands in exactly one of - `mapped-exactly / normalized / approximate / collapsed / omitted / defaulted / -unrepresentable`. These categories describe the semantic fidelity of the scaffold-plus-obligation - product, not whether its TypeScript has already been realized. The table above implies the first - cut: entity-types map exactly (names normalized); dynamics and other authored behavior map to - field-local obligations and are exact, normalized, or approximate according to the specificity - of the capture; boundary-conditions map to declarative scenario content or scenario-code - obligations; activity structure is normalized with durations approximate; orderings map exactly; - policies are approximate/collapsed with rationale unrepresentable; objectives normalize to - metric obligations where scalar-expressible, with penalty weights and rationale unrepresentable; - constraints collapse partially with regulatory references unrepresentable; data-bindings and - validation-criteria are unrepresentable. **First cut, illustrative** — the binding table is owned - by the plugin spec; the mechanism (per-capture, seven categories) is resolution-grade. -- **Regime rule**: the net projects the **practiced** process. Where prescribed and practiced - diverge unresolved, practiced wins and the prescribed reading lands as `omitted` in the - report. -- **Naming discipline**: IR payloads keep expert-language names verbatim (evidence-faithful). - The ProjectionPack owns a deterministic name→PascalCase identifier scheme, emits the name-map - as projection metadata for the demo shell to display, and records collision renames as - `normalized`. Code obligations expose those generated identifiers as available symbols. The - failure mode this prevents: place names are identifiers inside every code surface (guards, - kernels, ODEs, metrics) and import does not validate them, so an inconsistent rename leaves code - referencing identifiers that no longer resolve — nothing catches it at import time; it surfaces - only when simulation misbehaves. -- **Provenance stays outside the file.** The Petrinaut format has no provenance, rationale, - confidence, or draft-ness fields anywhere, and unknown keys are stripped on import (inline - annotation is explicitly not round-trippable). The obligation sidecar may reference supporting - capture ids, but comments in code fields are readable context rather than authority. Everything - IR-only is honestly `unrepresentable` in the artifact; provenance display is the demo shell's - job, never smuggled into the file. - -The application realizes code obligations through Petrinaut's client tools. Model inference writes -and repairs field-local TypeScript against returned compiler diagnostics; no generated code is -promoted into the capture store or elicited model. The completed artifact is accepted only when all -obligations are fulfilled, Petrinaut reports no compile failures, and at least one scenario runs -without a runtime error. - -### September minimum (the open-questions doc's §7.2, answered) - -The schema holds all ten kinds. The demo requires captures in the seven net-bearing-plus- -objective kinds (entity-type, boundary-condition, activity, ordering/flow, policy, dynamics, -objective); constraint, data-binding, and validation-criterion are schema-present and may be -sparsely populated — their presence _is_ the "net is one projection" story even at two -captures each. - -§7.1 asked what else belongs on the lives-outside-the-net list: **initial/boundary conditions** -(populations, arrival rates, external inputs — scenario-bound, not net-bound) and **user -identity as elicitation-shaping metadata** (Dora's ontology; harness-side, not payload). diff --git a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md index 56eb064d25b..d5eafb25a6c 100644 --- a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md +++ b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md @@ -1,6 +1,6 @@ # Batched Petrinaut construction tools (`pn_read` / `pn_edit`) -Status: **candidate design input for Mission 9, not a selected mechanism**. Drafted 2026-09-02 from a code survey of `@hashintel/petrinaut-core`, `@hashintel/petrinaut`, `@hashintel/brunch-agent/packages/plugin-sdcpn`, `@apps/brunch-agent`, and `@flue/runtime@2.0.3`. Live authority remains [`MISSION.md`](../../MISSION.md); [Mission 9 — traceable projection](../mission-drafts/9-traceable-projection.md) owns the broad provider-schema, mutation-sequence, and partial-failure boundaries this proposal addresses. Mission 6 may exercise only the least meaningful browser mutation needed for its prepared-fixture viability tracer; Mission 9 must repair the broader known schema carrier before deciding whether a bounded atomic batch is the least sufficient construction mechanism. Nothing here is evidence that the design works or authority to implement `pn_read` or `pn_edit`. +Status: **unselected Mission 9 candidate, not a selected mechanism**. Drafted 2026-09-02 from a code survey of `@hashintel/petrinaut-core`, `@hashintel/petrinaut`, `@hashintel/brunch-agent/packages/plugin-sdcpn`, `@apps/brunch-agent`, and `@flue/runtime@2.0.3`. Live authority remains [`MISSION.md`](../../MISSION.md). Since 2026-09-04 / the Mission 7 cut, carrier repair and the first nested mutation belong to Mission 7; the inherited six-tool subset is retired as a product surface. [Mission 9 — traceable projection](../mission-drafts/9-traceable-projection.md) still owns whether a bounded atomic batch is later earned. Nothing here is evidence that the design works or authority to implement `pn_read` or `pn_edit`. ## Problem diff --git a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md index b315a764651..409830be609 100644 --- a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md +++ b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md @@ -1,21 +1,26 @@ # Integration spec: the elicitor behind Petrinaut's chat panel -**Ticket**: FE-1433 (the integration-spec issue) · **Decision record**: ADR-0004 (`docs/adr/0004-in-petrinaut-staging-and-the-monorepo-import.md`) · **Supersedes**: `recommendation-demo-vehicle.md` as the September staging plan · **Evidence base**: the Petrinaut survey (FE-1358, `research/petrinaut-survey.md`), re-verified against `hashintel/hash` source on 2026-08-18 · **Amended**: FE-1506 (stable UI and voice attach contract), H-6763 / ADR-0009 (generic composer submission and app-owned voice boundary), and FE-1574 / Mission 5 (one mounted Flue conversation route and browser AI SDK projection). +> Historical integration hypothesis, not live authority. The production door is the Mission 5 +> browser Flue `ChatTransport` at `/agents/chat/:instanceId`. Structured `brunch_ask` is retired +> from the product surface; capture envelopes and a separate IR store are rejected as provenance. +> Read root [`MISSION.md`](../../MISSION.md) for current contracts. + +**Ticket**: FE-1433 (the integration-spec issue) · **Decision record**: ADR-0004 (`docs/adr/0004-in-petrinaut-staging-and-the-monorepo-import.md`) · **Supersedes**: `recommendation-demo-vehicle.md` as the September staging plan · **Evidence base**: the Petrinaut survey (FE-1358, `research/petrinaut-survey.md`), re-verified against `hashintel/hash` source on 2026-08-18 · **Amended**: FE-1506 (stable UI and voice attach contract), H-6763 / ADR-0009 (generic composer submission and app-owned voice boundary), and FE-1574 / Mission 5 (one mounted Flue conversation route and browser AI SDK projection). Relabelled 2026-09-07. ## Problem Statement -The September demo must show agentic elicitation producing a working process model — durable -capture with provenance, completion accounting, a live interpretation render, and a net that -runs — and the 2026-08-18 meeting decided it must do so **inside demo.petrinaut.org's existing -chat panel**, not in a separate application. Petrinaut's incumbent assistant is a stateless -browser-resident chat over a Vercel edge proxy: it persists only a transcript and a net in -localStorage, and has no server, no sessions, no capture store. The elicitor is the opposite -shape: a stateful server-side agent (Pi/Flue substrate) with its own loop, tools, and durable -storage. The problem is connecting the second to the first without rebuilding either. +The original September staging goal was to show agentic elicitation inside +demo.petrinaut.org's existing chat panel, not in a separate application. Petrinaut's +incumbent assistant is a stateless browser-resident chat over a Vercel edge proxy: it +persists only a transcript and a net in localStorage. The elicitor is the opposite shape: a +stateful server-side Flue agent with its own loop, tools, and durable conversation/document +state. The problem is connecting the second to the first without rebuilding either. Later +missions replaced "durable capture / completion accounting / live interpretation" with Flue +history, a Markdown workpiece, and browser-executed Petrinaut mutations. ## Solution -The Brunch elicitor runs as a **long-running Flue server** built on the harness + `binding-flue`; Mission 5 proves the local same-origin path, while remote deployment remains a separate gate. The demo site derives one guarded `/agents/chat/:instanceId` URL from its opaque principal and logical conversation id, creates a public `@flue/sdk` client for that conversation, and supplies Petrinaut with a browser `ChatTransport` that projects Flue conversation events into the AI SDK rendering contract. Everything else in the panel — rendering, the diagnostics decorator, and client-side tool execution — is reused as-is. The elicitor drives Petrinaut's editor through the **existing UI-executed tool surface** (schemas imported from `petrinaut-core`): a response may end with client tool calls pending, the panel executes them, and one `client-tool-result` signal resumes the owning Flue conversation. Flue history is the canonical conversation record; captures and IRs remain in their own server-side stores. +The Brunch elicitor runs as a **long-running Flue server** built on the harness + `binding-flue`; Mission 5 proves the local same-origin path, while remote deployment remains a separate gate. The demo site derives one guarded `/agents/chat/:instanceId` URL from its opaque principal and logical conversation id, creates a public `@flue/sdk` client for that conversation, and supplies Petrinaut with a browser `ChatTransport` that projects Flue conversation events into the AI SDK rendering contract. Everything else in the panel — rendering, the diagnostics decorator, and client-side tool execution — is reused as-is. The elicitor drives Petrinaut's editor through the **existing UI-executed tool surface** (schemas imported from `petrinaut-core`): a response may end with client tool calls pending, the panel executes them, and one `client-tool-result` signal resumes the owning Flue conversation. Flue history is the canonical conversation record; the workpiece is per-conversation Markdown, not a capture store or typed IR. ## Seams @@ -41,9 +46,10 @@ which the design needs anyway: The panel and the voice edge attach to Brunch through one stable surface: 1. **Conversation transport**: the browser calls `FlueClient.send()` against the guarded `/agents/chat/:instanceId` route, then follows the admitted submission through the SDK. The host-supplied browser `ChatTransport` projects that Flue stream into the finite AI SDK v6 UI-message stream consumed by `useChat`; the stock Petrinaut `/api/chat` route is a separate fallback and never carries Brunch turns. -2. **Question affordance**: the UI-executed tool is named `brunch_ask`. Its input schema is - `{ question: non-empty string }`; its submitted output schema is - `{ answer: non-empty string }`. +2. **Question affordance** (historical; not a current product path): the earlier UI-executed + tool was named `brunch_ask`. Structured questions remain an unallocated future capability and + must not be restored from this paragraph. The current Voice/typed path uses completed + transcript admission and a hidden question marker for exact replay only. 3. **Principal identity**: every request carries one non-empty, opaque principal in the `x-brunch-principal` header. The current UI shell keeps that value in localStorage so it is stable across reloads; replacing the local UID with authenticated identity must preserve the diff --git a/libs/@hashintel/brunch-agent/docs/specs/plugin-contract.md b/libs/@hashintel/brunch-agent/docs/specs/plugin-contract.md deleted file mode 100644 index 4f3673e788c..00000000000 --- a/libs/@hashintel/brunch-agent/docs/specs/plugin-contract.md +++ /dev/null @@ -1,181 +0,0 @@ -# Spec: the plugin contract — one definition per domain-typology / target-formalism pairing - -Status: **provisional**, reshaped 2026-08-25 by [ADR-0006](../adr/0006-plugins-per-target-formalism.md), amended by [ADR-0007](../adr/0007-harness-teaching-meets-plugin-content-at-fixed-keys.md), and corrected by Mission 4 on 2026-09-01: a plugin pairs a reusable domain typology with a target formalism and is never keyed to a concrete domain, situation, or scenario. Ratification condition (inherited from [ADR-0003](../adr/0003-three-register-ir.md)): a worked pass across at least three plugin pairings on a real fold. Decided on: FE-1405 (registers), FE-1480 (ADR-0005 outputs), FE-1431 (the key contract), and the 2026-08-25 design-convergence review. The normative exemplars are [`plugin-sdcpn/plugin.yaml`](../../packages/plugin-sdcpn/plugin.yaml) and [`plugin-gherkin/plugin.yaml`](../../packages/plugin-gherkin/plugin.yaml), co-authored against the same schema; where this document and the schema ([`packages/core/schema/plugin.schema.json`](../../packages/core/schema/plugin.schema.json), derived from `PluginDefinitionSchema`) disagree about shape, the schema wins and this document is amended. The retired declarative draft is archived at [`plugin-contract-2026-08-25-declarative-draft.md`](../archive/specs/plugin-contract-2026-08-25-declarative-draft.md). - -## What a plugin is - -A plugin defines one reusable **domain typology / target formalism pairing** — for example, software behavior / Gherkin or operational processes / SDCPN — never one concrete domain. It is one authored `plugin.yaml` whose keys are fixed by the harness, plus a small amount of code for `project` and `validate`. The harness reads the contract keys into the model vocabulary, demand list, and pattern index; it renders every other key into the interviewer's instructions interleaved with its own teaching — for each key, the harness's definition of the key, then the repertoire's default, then the plugin's cell. The end user never edits the file. - -The keys fall in four groups (ADR-0007 decision 2), under an identity block `plugin` (`id`, `version`, `domain_typology`, `formalism`, `jobs`, `purpose`): - -| group | keys | who fills it | -| ----------- | ------------------------------------------------------------------------------------------------- | --------------------------------------------------- | -| contract | `ontology` (`kinds`, `not_kinds`, `attributes`), `schema` (`anchor`, `floor`, `must_know`, `proposals`), `patterns` | the plugin alone; the harness reads it as data | -| guidance | `lenses` · `techniques` · `movements{slice,sweep}` · `licenses` · `motifs` · `smells` · `rabbit_holes` · `failure_modes` | repertoire default + plugin cell, concatenated | -| runbooks | `kickoff` · `trajectory` · `close`, once per job the plugin declares (`construct`, `review-and-revise`) | repertoire default + plugin cell, concatenated | -| machinery | `checks` · `tools` | identifiers of harness or plugin machinery; unconsumed in cycle one | - -Every guidance and runbook cell is a list of `{name, text, signature?, source?}` items. A cell -adds to the default; it never overrides or repeats it and never restates what the harness -enforces. A plugin may leave any cell blank — the default is then the whole of the key — and may -add no key: an -unknown key anywhere fails to load. The catalogue of keys, and the one-paragraph definition the -interviewer reads above each, lives in `packages/core/src/keys.ts`; the catalogue is a working set -until a co-authoring cycle changes no key (ADR-0007 decision 9), with changes recorded in -`packages/core/schema/CHANGELOG.md`. - -The repertoire may additionally give an item `for_precision`, a non-empty list of harness -precision words. Such an item is rendered only when at least one plugin demand names a listed -word. This conditions generic teaching on the plugin contract without allowing a plugin to -override the repertoire. - -Concrete-domain-neutrality rule: a definition may name and teach its reusable domain typology, but it may not name a particular organization, operation, situation, or scenario. A new concrete case that seems to need a new row is a finding about the abstraction, decided by review, never case content added to a plugin. - -## Relation to the three registers - -[ADR-0003](../adr/0003-three-register-ir.md) is unchanged. Register 1 is the capture store: -envelope-wrapped assertions carrying verbatim forms, hedges, absences, provenance. Register 2 is -the elicited model — a graph of nodes, each of exactly one **kind** from `ontology.kinds`, each -with the slots `schema.must_know` names for that kind — derived by a pure fold over active -captures and never stored. Register 3 is the projections. Write-time-only semantics governs -assembly: the fold is forbidden to interpret, so every bridge from user language into a slot is a -capture, and the model is a pure function of the store. - -## The contract keys - -Shapes are fixed by the schema; the exemplars are normative for value vocabularies. - -| key | rows | read as | -| ------------------- | -------------------------------------------------------------------------- | ---------------------------------------------------------------------------------------------------------------- | -| `ontology.kinds` | `kind`, `is`, `projects_to` | the closed node-kind catalog (Layer-A property 1); `projects_to` is documentation for the loss report, not code | -| `ontology.not_kinds`| `name`, `text` | things that look like kinds and are not — rendered, never folded | -| `ontology.attributes` | `name`, `on`, `values?`, `text` | cross-kind attributes (`quantity`, `source-regime`, `rationale`, `status`); a plugin may not scope them to some kinds | -| `schema.anchor` | `kind`, `depends_on` | the completion anchor, declared: the kind whose named slot is the dependency slice (was `objective` by convention) | -| `schema.floor` | `kind`, `at_least` | the static floor as counts | -| `schema.must_know` | `kind`, `slot`, `precision`, `not_applicable`, `why` | one demand row per (kind, slot); `precision` is one harness precision word, a non-empty any-of list, or `at least N` | -| `schema.proposals` | `type`, `payload` | the proposal types the plugin's code declares (`slot-asserted`/`slot-assertion` for a kind-and-slot plugin) | -| `patterns.items` | `id`, `on`, `slot?`, `when`, `ask` | discretionary interviewing patterns indexed by the kinds in `on`; a slot-scoped pattern surfaces only while that slot is unsatisfied | - -Rules the reader enforces beyond the schema: - -- Every `must_know` row names a kind present in `kinds`; every kind has at least one row. -- The anchor's `depends_on` is a `must_know` row on the anchor kind demanding `at least N`. -- `precision` is harness vocabulary (`named`, `number`, `range`, `spread`, `spelled out`, - `at least N`; `PRECISION_LADDER` in core), rendered for every plugin. A non-empty list accepts - any listed word for one semantic slot. Grade means narrowing of interpretation space, never - claim strength. A plugin no longer declares its own precision table. -- The completion rule itself is fixed by [`elicitation-completion.md`](elicitation-completion.md); - the plugin supplies only the floor and the anchor. -- Runbooks may be given only for jobs the identity block declares. -- A pattern's optional `slot` must be demanded by every explicitly indexed kind, or by at least - one kind when `on` is empty. Patterns are never mandates. The harness surfaces; the interviewer - decides. - -## Version binding - -The identity block declares an immutable version string (currently `sdcpn/2026-09-01.1` and `gherkin/2026-09-01.1`). Every completion evaluation, projection output, and delivered report -carries that version together with the target-document revision it read. A report for one plugin -version is not comparable with a model folded under another; the caller retries rather than -mixing them. The repertoire carries its own version (`repertoire/…`). - -## Code operations (ADR-0005 unchanged) - -`project` and `validate` remain plugin **code**, pure and snapshot-in/deltas-out (kernel §6.1, -adjudication C2). For a code-bearing target, `project` emits three outputs from register 2: - -1. a versioned scaffold with deterministic structure and field-local comments; -2. a sidecar of typed code obligations — target element and field, semantic intent, available - symbols, supporting capture ids, acceptance checks; -3. the typed loss report (`mapped-exactly / normalized / approximate / collapsed / omitted / - defaulted / unrepresentable`, per capture). - -The sidecar is the machine contract; comments are its readable projection. Artifact realization -is downstream application work -([ADR-0005](../adr/0005-model-assisted-sdcpn-realization.md)); realized code is never a capture, -IR slot, fourth register, or plugin operation. `reconcile` remains optional. - -## Invariants that survive - -- **Acceptance oracle.** A second projection consumes register 2 without rereading the - transcript or interpreting generic capture fields; if it cannot, we have a capture ledger, not - an IR. -- **Promotion, never refusal.** Low-precision statements are captured honestly and never promote - to a demanded precision without a higher-precision capture superseding them. -- **Typed conflict, never a silent pick.** Competing active values on one slot fold to - `conflicted`; a divergence between `prescribed` and `practiced` is recorded on the same node - as an ordinary typed conflict — one model, never two. -- **Status ≠ precision ≠ confidence.** Epistemic status says how content relates to its source; - precision says how narrow the value is; confidence (`firm | hedged | speculative`) says claim - strength. None substitutes for another. -- **The envelope is untouched.** The absence-locator pressure (a field-specific absence cannot - name its slot) is adjudicated at the FE-1383 seam, not forked around here. -- **Smallest honest plugin.** A definition whose `kinds` has one row and whose `must_know` - demands one `named` slot must load and run (kernel §11.3). -- **Readability oracle.** Someone who has read one exemplar can write the other by analogy in a - sitting, and a reader sees the two as siblings rather than one as the template the other was - forced into. A harness change that breaks this is a regression even if all tests pass. -- **Cells add, never override.** No plugin cell may contradict the harness's definition of its - key or restate what the harness enforces; the harness surfaces, and never selects on a plugin's - behalf (ADR-0007 decision 5). - -## Testing - -The primary seam is still the fold: `fold(definition, activeCaptures) → model`, golden-tested -with hand-worked capture sets in and slot states out. Gates: the **definition read gate** (schema -match with no unknown key; every `must_know` kind exists; the anchor is a counted row; runbooks -belong to declared jobs), the **shipped-definition gate** (both plugins load, declare their domain typology, add no key, name no concrete domain, and declare different anchors under the same schema), the **schema drift gate** -(`plugin.schema.json` equals the emitted view of the valibot schema), the **repertoire gate** -(every key filled, every entry sourced, no domain-typology, formalism, or concrete-domain content), the **render-order gate** -(preamble → contract → guidance keys in catalogue order → runbooks per declared job; definition -before default before cell), and the **completion fixtures** of `evaluateCompletion` described in -[`elicitation-completion.md`](elicitation-completion.md). Test-fit order stands: smallest honest -plugin, then Gherkin, then SDCPN — with Gherkin and SDCPN authored in the same cycle. - -## Open strains (first-class, with owners) - -- **Dependency-slice closure (was strain 5).** `schema.anchor.depends_on` is a `must_know` slot on - the anchor kind; the closure rule over reference-bearing captures still needs one hand-worked - pass before it is machine-read. Owner: FE-1393, with the completion fixtures as consumer. -- **Temporal patterns (strain 6, roped off).** Scheduling stays out of scope; calendar algebra is - neither claimed nor planned. -- **Sweep-time concentration (strain 7).** Write-time-only semantics makes the sweep the single - point of semantic failure; mitigations travel with FE-1392/FE-1393/FE-1407. -- **Absence locator (envelope pressure #2).** Authority remains the active soft edge in - [STEERING](../control/STEERING.md#active-soft-edges). -- **Catalogue convergence (ADR-0007 decision 9).** Which keys survive is decided by co-authoring - cycles, not by this document; cycle-one open questions are listed in - `packages/core/schema/CHANGELOG.md`. - -## Retired 2026-08-25 by ADR-0007 - -- **Fixed Markdown headings as the contract** (`## Purpose` · `## Kinds` · `## Must know` · - `## Patterns` · `## Moves` · `## Deliverable`): the contract is the schema; the headings the - interviewer reads are rendered from keys. -- **The plugin's own `Precision words` table:** precision is harness vocabulary. -- **`objective` as the anchor by convention:** the anchor is declared under `schema.anchor`, so a - formalism whose completion hangs off a `feature` fits the same reader. -- **`Moves` and `Deliverable` prose sections:** their content is distributed over the guidance - and runbook keys, where the harness's default can be stated once and specialised per plugin. - -## Retired 2026-08-25 by ADR-0006 - -Full text survives in the -[archive copy](../archive/specs/plugin-contract-2026-08-25-declarative-draft.md). - -- **Domain-keyed CPS `DemandTable`** (`where(kind, role=…)` scopes, `ROW-BREAKDOWN` and kin): - it keyed demands to one baseline case's domain, so every new case needed new rows. -- **Typed `ScopeExpr` / `where` / `inSupport` algebra:** demands are now per (kind, slot), and - the anchor's dependency slice replaces `inSupport`; the algebra had nothing left to select. -- **`ProposalType.affordance.firesWhen` (closed 7-value enum):** patterns are surfaced by a - matching kind plus an optional unsatisfied demanded slot; `when` remains explanatory prose for - interviewer judgment, so no per-proposal predicate is needed. -- **`NodeKind.completionAnchor`:** replaced first by rule, then by the declared `schema.anchor`. -- **Typed `foldTable` / `demandTable` / `variantDimension` / `lossCategories` declaration:** the - fold derives from the `must_know` rows, the demand list *is* that key, `source-regime` is a - fixed cross-kind attribute, and loss categories are fixed by kernel §6.1. -- **Interview cards as separate artifacts:** they became kind-indexed patterns P01–P13 and - guidance cells (mapping recorded on the - [archived guidance](../archive/specs/cps-interview-guidance-2026-08-25.md)). -- **The `ProposalType` catalog and standard-interiors library as plugin-authored declarations:** - utterance-shaped proposal interiors remain a harness concern (FE-1392/FE-1393); the plugin - declares only which proposal types its code supplies. diff --git a/libs/@hashintel/brunch-agent/docs/specs/structurally-typed-elicitation-runbooks.md b/libs/@hashintel/brunch-agent/docs/specs/structurally-typed-elicitation-runbooks.md deleted file mode 100644 index b916beaf271..00000000000 --- a/libs/@hashintel/brunch-agent/docs/specs/structurally-typed-elicitation-runbooks.md +++ /dev/null @@ -1,529 +0,0 @@ -# Structurally typed elicitation runbooks - -Status: **accepted design input for Mission 3**. Live execution authority remains -[`MISSION.md`](../../MISSION.md). This specification records the shared meaning of “runbook” and -the first architecture to test; it is not evidence that the design works. Reorient the mission if -the real Flue path contradicts it. - -Amended 2026-09-01 by Mission 4's accepted plugin-scope correction: each plugin profile couples a reusable domain typology with a target formalism while remaining independent of any concrete domain, situation, or scenario. Formalism-only language below is corrected accordingly. - -Unless explicitly identified as the existing typed three-register IR, **IR** below means the -**runbook IR**: Mission 3's structurally typed Markdown workpiece. - -## Decision report - -The following decisions were reached before implementation. - -1. **A runbook is the model-facing definition of an elicitation and modelling lifecycle, not only - its kickoff / trajectory / close instructions.** Those lifecycle stages are one nested part of - the runbook. -2. **Mission 3 optimizes for structural typing and treats semantic typing circumspectly.** The - Markdown hierarchy and repeated entry shapes may be strict while their contents remain prose. - Mission 3 does not require captures, IR fields, or runbook entries to participate in a closed - semantic type system. -3. **The reusable split is universal repertoire versus plugin profile.** Universal teaching explains generally useful elicitation judgment. A plugin profile couples a reusable domain typology with a target formalism and says what that judgment should recognize, pursue, preserve, transform, and check for the pairing. It is not keyed to a concrete situation such as a particular truck fleet or semiconductor fab. -4. **The two authored layers may merge into one model-facing projection.** Mission 3 will author - that first projection directly. It will not build a compiler or revive the old plugin renderer - before a second real consumer creates strain. -5. **One `ChatAgent` owns the lifecycle.** Elicitation, IR maintenance, PN generation, and - validation are phases and capabilities of one agent, not separate agents. -6. **One Flue skill carries the runbook.** A small always-on instruction routes to one mounted - runbook skill. The skill holds the shared lifecycle procedure and progressively discloses bulky - or phase-specific reference as supporting resources. This does not create a skill catalog. -7. **Elicitation and PN construction stay separated in the information hierarchy.** They may ship - in the same skill package, but construction material is read only when the lifecycle reaches - construction. During elicitation the agent works in the expert's vocabulary and maintains the - IR; it does not interview through places, transitions, arcs, or colours. -8. **The runbook IR is the shared workpiece.** It is structurally typed Markdown filled during - elicitation and consumed by PN generation. It is not the existing typed three-register IR, - Mission 2's capture store, a fold result, or a persisted typed-claim register. -9. **Completion and verification are first-class runbook content.** The runbook states what enough - looks like and how to check the IR and generated PN, borrowing Jetty's job / done / check - discipline without copying Jetty's runtime model. -10. **Headings work because this agent is taught their meanings.** Markdown hierarchy is not - assumed to invoke an undocumented schema already known by the model. Whether later code - validates or composes the hierarchy is deferred. - -Rejected first shapes: - -- the narrow definition of runbook as only `kickoff`, `trajectory`, and `close`; -- one runbook per concrete scenario or operational domain; -- reviving closed kinds, slots, proposal types, precision ladders, fold tables, or mechanically - fired completion rules in order to author Mission 3; -- multiple agents for interviewing and PN generation; -- a growing catalog of micro-skills; -- a new runbook projection engine before direct Markdown authoring has been exercised; -- an undifferentiated large system prompt as the target architecture; -- relying on supposedly pre-trained semantics of particular heading names. - -Deferred decisions: - -- the final heading catalogue and exact resource boundaries; -- whether repeated use earns automated composition of the repertoire and plugin profile; -- which, if any, runbook or IR concepts later become semantically typed; -- whether later lifecycle phases warrant distinct skills or agents under observed strain; -- canvas mutation and programmatic PN loading; -- a capture-to-runbook or capture-to-IR join. - -## Problem statement - -Mission 3 originally said to mount a “comprehensive runbook and IR template,” while the repository -used *runbook* at incompatible scopes. The inherited glossary gave the word only to three lifecycle -keys; `CONTEXT.md` now carries the broader definition settled here. Earlier YAML artifacts -distribute the broader agent definition among repertoire, guidance, patterns, contract data, -runbook cells, and machinery. - -The old system contains valuable teaching compiled from interviewing literature, baseline runs, -and SDCPN modelling research. It also concentrates semantic judgment in typed capture mapping, -kind/slot assignment, folding, and completion machinery. The resulting condition-5 path produced -ordinary question turns on the order of minutes. Mission 3 must recover the teaching and the -legible authoring shape without treating that semantic machinery as the destination. - -The desired experiment is: - -> Can one Flue agent follow a thoroughly structurally typed, human-readable runbook; maintain a -> structured but not strictly semantically typed IR; and use it to generate a validatable Petri -> net without the old typed-capture kernel? - -## Sources already earned - -### Universal elicitation teaching - -The harness repertoire and its research sources already establish useful general material: - -- objectives before structure; -- question-relative completeness; -- appetite, budget, boundary, horizon, and accuracy; -- concrete incidents before generalization; -- how to elicit quantities, ranges, spreads, cues, exceptions, and practiced rules; -- how to handle contradiction, ambiguity, burden, and disagreement; -- licenses for proposing, deferring, batching, and pressing without trapping; -- smells, rabbit holes, and failure modes; -- kickoff, trajectory, close, and honest partial delivery. - -Primary local syntheses include -[`elicitation-strategy-literature.md`](../research/elicitation/elicitation-strategy-literature.md), -[`frontier-model-elicitor-failure-catalogue.md`](../research/elicitation/frontier-model-elicitor-failure-catalogue.md), -and the current [`repertoire.yaml`](../../packages/core/src/teaching/repertoire.yaml). Their content is -source material; Mission 3 does not restore the repertoire runtime. - -### Plugin teaching: domain typology and target formalism - -The SDCPN material already identifies reusable typologies of modelling situations rather than -concrete scenario facts: - -- goals, constraints, measures, and thresholds; -- process boundaries, triggers, approvals, and prerequisites; -- actors, locations, resources, and their consequential properties; -- activities, inputs, outputs, duration, success, failure, retry, and branching; -- consumed, reserved, and read-only inputs; -- shared-resource contention and practiced policies; -- discrete events, continuous dynamics, mode changes, thresholds, and probabilistic outcomes; -- recurring PN construction patterns for timed work, branching, and related structures; -- domain-typology- and formalism-specific caveats, failure modes, losses, and validity checks. - -The current [`plugin-sdcpn/plugin.yaml`](../../packages/plugin-sdcpn/plugin.yaml), its archived CPS -guidance and replays, and the independently written process-to-PN notes converge on this shape. -The archived guidance also records the important correction that its former `domain` tag was a -mis-tag: the useful cards describe model-situation types that belong to the plugin's reusable domain typology without naming a concrete operational domain. - -### External resonance - -Jetty's runbook model contributes three useful properties: a human-readable unit, an explicit -outcome, and self-checking. Its concise formula—skill plus definition of done plus verification— -is adapted here rather than copied. - -OpenAI's Realtime prompting guide independently demonstrates that an agent definition benefits -from explicit behavioral heading families. Its reference structure names Role and Objective, -Personality and Tone, Language, Reasoning, Message Channels, Preambles, Verbosity, Tools, Unclear -Audio, Entity Capture, Long Context Behavior, and Escalation. Mission 3 does not copy that flat -catalogue: role/objective, reasoning, tools, capture, long-context behavior, and escalation inform -the runbook responsibilities above; presentation and channel concerns remain universal or -shell-facing; unclear audio waits for the voice path. The list is evidence for legible -organization, not evidence that models secretly parse a fixed heading schema. - -## Lexicon - -| Term | Definition | -| --- | --- | -| **Universal repertoire** | Generally applicable elicitation concepts, directives, procedures, judgment activations, caveats, and failure knowledge. It teaches *how to elicit* without naming a domain typology, target formalism, or concrete scenario. | -| **Plugin profile** | Human-readable guidance coupling one reusable domain typology with one target formalism, initially operational processes / SDCPN: what to investigate, notice, deepen, preserve, transform, and check. | -| **Rendered runbook** | The model-facing combination of universal repertoire and plugin-profile content, organized by a known Markdown hierarchy. In Mission 3 it is authored directly rather than compiled. | -| **Runbook skill** | The one Flue skill package that delivers the rendered runbook, lifecycle procedure, IR template, construction guidance, and checks through progressive disclosure. | -| **Legacy YAML runbook cells** | The existing schema field named `runbooks`, containing `kickoff`, `trajectory`, and `close` cells per job. It keeps its code-level name but represents only the lifecycle region of the broader runbook concept. | -| **Structural typing** | Required heading families, nesting, repeated entry shapes, and completion fields whose contents may remain prose. Structure determines where meaning belongs without closing its semantic vocabulary. | -| **Semantic typing** | Closed kinds, slots, values, proposal types, grades, firing predicates, or fold rules that require content to be classified into a formal semantic system. Deferred in Mission 3. | -| **Runbook IR** | The structurally typed Markdown workpiece filled from the conversation and consumed by PN generation. It can represent unknowns, assumptions, caveats, and unresolved questions without typed capture claims. It is an experiment in an intermediate representation, distinct from the existing typed three-register **IR**. | -| **Lifecycle phase** | A mode of work performed by the same agent: orient, elicit, maintain/review the IR, construct the PN, and check/deliver. A phase selects relevant runbook material; it is not a separate agent. | -| **Situation typology** | One recurring model-relevant shape within a plugin's domain typology—timed work, probabilistic outcome, contended resource, threshold trigger—applicable across concrete domains. | - -## Architecture - -### One agent, one lifecycle - -The production `ChatAgent` remains the sole model-facing agent. It has access to the knowledge and -tools required across the lifecycle. Phase separation is informational and procedural; it does not -introduce a handoff, a second conversation, or a second durable identity. - -The lifecycle is allowed to loop. PN construction or checking may expose an IR gap, after which the -same agent resumes elicitation and amends the IR before regenerating. The runbook must describe -that return path without inventing a state machine. - -### Two authored knowledge layers - -The universal repertoire and plugin profile remain conceptually separate because their -ownership and reuse differ: - -```text -universal repertoire: how elicitation goes well -+ -plugin profile: what the operational-process typology and SDCPN formalism require -= -rendered runbook: what this agent reads -``` - -Mission 3 authors the rendered result directly. During co-authoring, material may migrate upward -when it proves generally useful, or downward when a supposedly universal instruction depends on a -formalism. This migration is an editorial decision informed by use, not a runtime dispatch system. - -Concrete situation facts never migrate into either authored layer. They populate the IR instance. - -### Flue information hierarchy - -The first implementation uses Flue's native surfaces. - -#### Always-on instruction - -Keep only what every lifecycle phase needs: - -- the agent's identity and objective; -- the requirement to activate and follow the runbook skill; -- the shared workpiece role of the IR; -- the fact that this is one looping lifecycle; -- stable transport and client-tool-result instructions. - -Universal does not mean always loaded. Bulky universal reference belongs in the skill when it is -needed only during this modelling lifecycle. - -#### Skill instructions - -One skill body carries the primary procedure: - -- the lifecycle and its phase transitions; -- which supporting resource to read for each phase; -- clear completion criteria for each phase; -- shared evidence and vocabulary boundaries; -- how to return from construction/checking to elicitation; -- how to produce the best useful partial result when the user stops. - -This is the in-file step tier from the writing-for-agents hierarchy. - -#### Supporting resources - -Supporting resources carry disclosed reference. The first package needs these conceptual roles; -exact filenames and boundaries may change under observed sprawl: - -1. **Elicitation teaching** — merged universal repertoire and SDCPN-specific investigation, - heuristics, patterns, caveats, and failure modes. -2. **IR template** — the workpiece and instructions for maintaining it. -3. **PN construction** — transformation principles and reusable SDCPN construction patterns. -4. **Checks** — IR sufficiency, PN structural validity, loss review, and delivery criteria. - -Flue already keeps these resources lazy and exposes them through `read_skill_resource`. Mission 3 -must use that affordance rather than build a bespoke loader. - -#### Tools - -Tools remain separate executable capabilities mounted on the same agent. A skill teaches when and -why to use them; a tool performs application code. Mission 3 does not add canvas mutation tools. -PN parsing/validation may remain in the headless drive if that is the smallest real boundary. - -### Elicitation and construction separation - -The runbook contains both interviewing and PN-construction knowledge, but not at the same -information tier. - -During elicitation: - -- ask in the expert's vocabulary; -- use objectives and concrete cases to determine depth; -- recognize situation typologies without proposing PN internals as the user's account; -- maintain the IR, including uncertainty and open questions. - -During construction: - -- read the construction resource; -- infer PN structure from the filled IR; -- apply reusable transformation patterns; -- name approximations, omissions, defaults, and unrepresentable material; -- validate the generated PN. - -The runbook IR is the seam. Construction guidance must not cause schema-shaped questioning, and -the interview transcript must not become the generation input once the runbook IR is available. - -## Structural schema - -The first rendered runbook is structurally typed by heading family and nesting. The exact titles -may evolve during Mission 3, but all responsibilities below must have a legible home. - -```text -Purpose and outcome -├─ what the formalism is for -├─ what the resulting model should answer -└─ what it must not claim - -Lifecycle and elicitation approach -├─ posture, appetite, budget, boundary, and horizon -├─ questioning and deepening -├─ evidence and uncertainty -├─ prioritization and return paths -└─ stopping and partial delivery - -What to investigate -├─ goals, constraints, measures, and thresholds -├─ process boundary, triggers, and prerequisites -├─ participants, locations, and resources -├─ activities, inputs, outputs, and resource usage -├─ flow, branching, retries, failures, and recovery -├─ time, quantities, and stochastic behavior -├─ policies, exceptions, and practiced rules -└─ validation criteria - -Plugin guidance -├─ lenses and heuristics -├─ situation typologies and patterns -├─ caveats and rabbit holes -└─ failure modes - -Intermediate representation -├─ template -├─ meaning of each section -├─ evidence and uncertainty conventions -└─ unknowns, assumptions, and unresolved questions - -PN construction -├─ mapping principles -├─ reusable construction patterns -├─ inference and approximation -├─ projection loss -└─ worked examples - -Completion and checks -├─ elicitation sufficiency -├─ IR checks -├─ PN validity -├─ loss and uncertainty review -└─ stopping outcomes -``` - -### Repeated guidance entries - -A repeated item can be structurally constrained without assigning semantic enums. A situation -pattern should make the following questions answerable, using nested headings or an equivalently -legible shape: - -```text -Pattern name -├─ notice when -├─ information needed -├─ questions that may help -├─ record in the IR -├─ transform to PN, when applicable -├─ caveats -└─ checks -``` - -Not every entry needs every child. Structural validation should require only children whose absence -would make that entry unusable. Mission 3 should begin with authoring discipline and observable -agent use; it should not build a general schema validator unless drift appears immediately. - -### Runbook IR template - -The runbook IR template is organized enough that: - -- a reader can locate each kind of knowledge without interpreting a bag of notes; -- the agent can update one section without rewriting the whole document; -- unknown, tentative, assumed, conflicting, and intentionally omitted information remain visible; -- construction can consume it without rereading the conversation; -- it does not require every statement to name a closed kind, slot, grade, or proposal type. - -The first template should resemble the investigation structure where that improves legibility, but -it must not turn the interview into a questionnaire. Conversation follows the expert's thread; the -IR is organized after or alongside that conversation. - -## Structural typing boundary - -Mission 3 admits: - -- known Markdown heading families; -- nested section responsibilities; -- repeated named entries with stable child headings; -- explicit objectives, outputs, completion criteria, checks, unknowns, and losses; -- prose rules for recognizing and transforming situation typologies; -- parseable PN JSON as the generated artifact. - -Mission 3 does not admit merely to make the runbook work: - -- a closed ontology-kind catalog; -- kind/slot demand rows; -- a precision ladder that gates completion; -- capture proposal types; -- machine-indexed `on` / `slot` pattern triggers; -- a `firesWhen` enum; -- a capture-to-model fold; -- typed completion algebra; -- a new persistence surface; -- an automated repertoire/runbook compiler. - -If PN generation proves impossible without one of these, that is evidence at the fog-line. Surface -which semantic commitment is actually required rather than restoring the old stack as a unit. - -## Mission 3 experiment - -### Throughline - -One headless run exercises the production `ChatAgent`: - -```text -createFlueClient -→ send initial modelling request -→ ChatAgent activates one runbook skill -→ ChatAgent reads elicitation teaching and runbook IR resources -→ (driver send → wait → history) × interview turns -→ recover the filled structured runbook IR -→ driver sends construct-from-IR request -→ ChatAgent reads PN-construction guidance and checks -→ ChatAgent returns PN JSON -→ driver wait → history -→ parse / validate with Petrinaut -``` - -Activation and resource reads are model tool calls inside turns initiated by `send`; the headless -driver does not invoke them before dispatch. The runbook package is the main iteration surface. Edit it in response to observed misses, rerun, -and record which structural or instructional change affected the result. - -### What this establishes - -A successful run establishes that one agent can use a structurally typed runbook and runbook IR -over the real Flue path to produce a validatable PN. It does not establish: - -- that the heading catalogue is final; -- that progressive disclosure is optimal; -- that semantic typing is unnecessary forever; -- that the IR is suitable for automated capture; -- that the generated PN is correct for every scenario; -- that canvas tools or a product workflow exist. - -## Verification design - -### Structural checks - -- One skill is mounted; no catalog growth is required. -- The skill description names the whole modelling-lifecycle trigger. -- Activation yields the lifecycle procedure. -- Supporting resources are listed and readable through Flue's native resource affordance. -- Each required runbook responsibility and IR section has one authoritative home. -- Universal and plugin-profile material are distinguishable by content and provenance even where - rendered together. - -### Behavioral checks - -- The agent activates the runbook on the production path. -- During elicitation it reads elicitation/IR material and speaks in the expert's vocabulary. -- PN construction material is not needed to frame ordinary interview questions. -- The conversation produces a recoverable filled IR without writing Mission 2's capture store. -- The construction phase consumes the IR rather than rereading the transcript as its primary - model. -- A gap discovered during construction can route the same agent back to elicitation. -- PN output parses or validates through the Petrinaut boundary named by the mission. -- The result names consequential unknowns, assumptions, approximations, and projection losses. - -### Evaluation loop - -The runbook is improved empirically: - -1. run a fixed elicitation situation through the headless path; -2. inspect the conversation, resource reads, filled IR, PN, and checks; -3. classify the miss as universal teaching, plugin-profile guidance, IR structure, construction - guidance, or tool/runtime behavior; -4. edit the single owning location; -5. rerun without adding semantic machinery unless the miss requires it. - -A fluent conversation is not the oracle. The observable outputs are the resource path taken, the -IR content, the generated PN, validation results, and visible losses. - -## Acceptance criteria - -Mission 3's runbook design is successfully exercised when: - -1. The production `ChatAgent` remains one agent and mounts one real runbook skill. -2. Its always-on instruction is a concise router and invariant set, not the full runbook. -3. The skill progressively exposes lifecycle procedure, elicitation teaching, IR template, PN - construction guidance, and checks using Flue's native skill/resource surfaces. -4. The runbook has the structural responsibilities defined above and incorporates both universal - elicitation teaching and operational-process/SDCPN plugin-profile content. -5. A headless conversation yields a recoverable, structured-but-not-strictly-semantically-typed IR. -6. The same agent can use that IR and disclosed construction guidance to produce PN JSON. -7. Petrinaut accepts the output at the parser/validation boundary selected by the mission. -8. The path uses no sweep tool, capture-store write, plugin runtime, typed fold, or canvas mutation - tool. -9. Evidence records where the first runbook structure helped, failed, or created attention strain. - -## Constraints and non-goals - -- One live mission and one model-facing agent. -- One runbook skill; no speculative skill catalog. -- Flue's system instruction, skill activation, supporting-resource, and tool happy paths. -- Direct Markdown authoring before automated projection. -- Reusable domain-typology and target-formalism content, not concrete scenario content. -- Expert vocabulary during elicitation; PN vocabulary during construction. -- Structurally typed IR; no requirement for typed capture claims. -- No join to Mission 2's capture store. -- No revival of plugin-gherkin, plugin-sdcpn runtime, repertoire runtime, fold, completion - controller, or `brunch_ask` as the teaching vehicle. -- No separate agent, subagent, workflow engine, TUI, second server, or canvas mutation surface. -- No claim that the existing YAML contracts remain architecturally authoritative. They are design - evidence and source material. - -## Assumptions - -| Assumption | Confidence | Implicated decision | Validation | -| --- | --- | --- | --- | -| Stable Markdown hierarchy improves agent attention and authoring legibility. | medium | Structural typing as the main Mission 3 lever. | Observe use and omissions across fixed reruns. | -| One skill description can reliably route the whole lifecycle. | medium | One skill rather than a catalog. | Inspect activation and misses on the production path. | -| Flue supporting resources provide sufficient phase disclosure. | high for mechanism, medium for behavior | One package with lazy reference. | Observe `read_skill_resource` use and phase relevance. | -| Separating construction reference reduces schema-shaped interviewing. | medium | Elicitation/construction resource boundary. | Compare interview questions with resource reads and PN vocabulary leakage. | -| A structured prose IR contains enough information for inferred PN generation. | low-to-medium | Deferral of strict semantic typing. | Generate and validate the Mission 3 PN. | -| Universal versus plugin-profile ownership can be discovered through co-authoring. | medium | Direct merged authoring before a compiler. | Record entries that migrate after real use. | -| One agent can loop between elicitation and construction coherently. | medium | Single-agent lifecycle. | Exercise at least one construction-discovered gap and return path if the fixed scenario exposes one. | - -## Resolved questions - -**Is the runbook only kickoff / trajectory / close?** -No. Those are lifecycle subheadings inside a broader agent definition. - -**Is the runbook universal or target-specific?** -The universal repertoire and plugin-profile content have separate authorship semantics and may -merge in the rendered runbook. Concrete scenario facts belong in the IR instance. - -**Must the runbook revive the typed plugin contract?** -No. Mission 3 preserves structural discipline and defers closed semantic typing. - -**Does interviewing need a different agent from PN generation?** -No. One agent owns the lifecycle; information disclosure distinguishes phases. - -**Should everything live in the system prompt?** -No as the target shape. The system instruction is the concise router; one skill and lazy resources -protect the information hierarchy. A large prompt remains a possible diagnostic baseline, not the -architecture to optimize around. - -**Does one skill violate progressive disclosure?** -No. Flue progressively discloses the skill body and each supporting resource separately. - -**Are there two runtime projections?** -Not initially. One skill package can contain phase-specific resources. Automated projections are -deferred until authored repetition or drift earns them. - -**How is “done” represented without typed completion algebra?** -Through explicit runbook completion criteria and checks, exercised against the IR and PN. Their -adequacy is an experiment result, not assumed proof. From 5fa90cec723d2344c3ceb98b62992d49c677e22c Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 18:48:37 +0200 Subject: [PATCH 08/62] Collapse remaining living specs so they stop drifting as second contracts. The Petrinaut attach and batch-tool surveys now keep only surviving constraints; Mission 9 owns the batch probes, and topology plus Flue routing record current placement only. Co-authored-by: Cursor --- libs/@hashintel/brunch-agent/MISSION.md | 2 +- libs/@hashintel/brunch-agent/MISSION.next.md | 2 + ...y-lineage-independent-review-2026-09-04.md | 2 +- .../fe-1434-suspension-verdict-2026-08-19.md | 5 +- .../mission-drafts/9-traceable-projection.md | 27 +- .../flue-architecture-cheatsheet.md | 17 +- .../reference/architecture/flue-routing.md | 17 +- .../docs/reference/architecture/topology.md | 50 ++- .../brunch-agent/docs/specs/README.md | 27 +- .../petrinaut-batched-construction-tools.md | 230 ++----------- .../docs/specs/petrinaut-integration.md | 307 +++--------------- 11 files changed, 156 insertions(+), 530 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index f4af8f3d85f..0122a9a3035 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -101,7 +101,7 @@ Read the current source, not only prior claims. These are required entrypoints, - `packages/binding-flue/src/history-reader.ts`, `packages/transport-aisdk/src/client-tool-history.ts`; app `src/agents/chat-agent/agent.ts`, `src/conversation/identity.ts`, `src/http/ownership.ts`, `src/capture/apply-sweep.ts`: composition, principal/conversation identity, host-owned history URL and archive lane, opaque cumulative result records. - `apps/brunch-agent/.pi/extensions/brunch-persona-testing/README.md`, `src/evaluations/persona/brunch-turn.ts`, `src/evaluations/runbook/headless-petrinaut-client.ts`: none/mock/real-headless hosts, evidence directory, tool budget and workpiece recovery. Paths beginning `apps/` are repository-root paths, not relative to this context root. - `libs/@hashintel/petrinaut-core/src/{ai,action-schemas,command-schemas}.ts`, `schemas/{entity-schemas,metric-schema}.ts`, `file-format/types.ts`; `libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx`; website `src/main/app/local-storage-demo/` document binding/history/transport code. Strict canonical entities have no provenance slot; reuse contracts, never copy fields. -- [Flue routing](docs/reference/architecture/flue-routing.md), architecture cheatsheet and [source-read evidence](docs/evidence/audits/flue-entry-projection-source-read-2026-08-18.md). Flue 2.0.3 documentation in installed `@flue/runtime/docs/reference/{agent-api,agent-hooks-api}.md` and `docs/guide/models.md` supplies priors for batch termination, tool-call identity, hook/state and compaction pins. Inspect the authoritative runtime when a pin contradicts those priors; an old source read is not a new behavioral pass. +- [Flue routing](docs/reference/architecture/flue-routing.md), the dated [architecture cheatsheet](docs/reference/architecture/flue-architecture-cheatsheet.md), and [source-read evidence](docs/evidence/audits/flue-entry-projection-source-read-2026-08-18.md). Installed `@flue/runtime` docs win when those paraphrases disagree. Inspect the authoritative runtime when a pin contradicts those priors; an old source read is not a new behavioral pass. - [Evaluation guidance](evaluations/README.md), Vestera inputs and oracles; [Petrinaut user guide](../petrinaut/docs/ai-assistant.md). New observed evidence belongs under `docs/evidence/`, not evaluation source directories. - Mission 8 historical handoff: `git show 157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md`. Its old `/api/chat` route is superseded, not inherited. Local image proof never established remote deployment. diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index 17a6e97dddc..d8d192fb7f0 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -458,6 +458,8 @@ Surviving homes already present before deletion: this spine's provenance/tool-ad Frozen evaluation instruments and `docs/archive/**` fossils were left in place. This pass is not the optional Mission 4+ archive-subtraction successor. +A follow-up the same day collapsed the remaining medium living notes so they stop drifting: `petrinaut-integration.md` and `petrinaut-batched-construction-tools.md` are short surviving-contract / unselected-candidate notes (full prior text at `ed9edfe7f0`); Draft 9 now owns the batch probes; `topology.md` records the current tree and placement locks only; the Flue cheatsheet is labelled a dated 2.0.3 read. ADR bodies were left as historical records behind the existing README. + ## 2026-09-04 provenance replanning migration disposition This ledger records the homes at the 2026-09-04 recut. Its "Draft 7" section references are historical addresses; the Mission 7 cut conversion above maps them to current root authority and the Step B packet. Every planning item in the former Mission 7 draft (`7-capture-backed-review.md`, renamed with history to `7-explainable-construction.md`), the former Mission 9 draft, and the affected spine paragraphs was dispositioned; nothing was removed without a named home or recorded rejection with reason. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md b/libs/@hashintel/brunch-agent/docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md index c96ae7fc06e..7b2517e5ffa 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/design/provenance-by-lineage-independent-review-2026-09-04.md @@ -376,7 +376,7 @@ Prove one genuine conversation can become an authorized live fixture before the - [`../../mission-drafts/7-capture-backed-review.md`](../../mission-drafts/7-capture-backed-review.md) - [`../../mission-drafts/9-traceable-projection.md`](../../mission-drafts/9-traceable-projection.md) - [`../../mission-drafts/10-bounded-reviewer-revision.md`](../../mission-drafts/10-bounded-reviewer-revision.md) -- [`../../specs/petrinaut-batched-construction-tools.md`](../../specs/petrinaut-batched-construction-tools.md) +- [`../../specs/petrinaut-batched-construction-tools.md`](../../specs/petrinaut-batched-construction-tools.md) (collapsed note; full 2026-09-02 survey at `ed9edfe7f0`) - [`../../../packages/core/src/workpiece.ts`](../../../packages/core/src/workpiece.ts) - [`../../../packages/plugin-sdcpn/src/flue.ts`](../../../packages/plugin-sdcpn/src/flue.ts) - [`../../../packages/plugin-sdcpn/src/tools/petrinaut-construction.ts`](../../../packages/plugin-sdcpn/src/tools/petrinaut-construction.ts) diff --git a/libs/@hashintel/brunch-agent/docs/evidence/spikes/fe-1434-suspension-verdict-2026-08-19.md b/libs/@hashintel/brunch-agent/docs/evidence/spikes/fe-1434-suspension-verdict-2026-08-19.md index c5b4084e0aa..c1aa8730054 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/spikes/fe-1434-suspension-verdict-2026-08-19.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/spikes/fe-1434-suspension-verdict-2026-08-19.md @@ -63,8 +63,9 @@ required by the evidence; selecting the slot variant is the smaller design, not parallel design lacks value. As a recommended guardrail, initially reject a model turn that tries to suspend both a user question and a client-tool batch. Mixed-pending semantics remain untested. -FE-1435 (the panel-to-AI-SDK adapter spike named by the -[integration spec](../../specs/petrinaut-integration.md#testing-decisions)) still has to prove that +FE-1435 (the panel-to-AI-SDK adapter spike named by the historical integration spec's +testing-decisions section, last full copy +`ed9edfe7f0:libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md`) still has to prove that the real panel's batched tool-result POST can become this one Flue signal without losing ids. That is the exact remaining wire uncertainty; it does not reopen the Flue runtime behavior tested here. diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md index ceb19ee2993..9318a3fabee 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md @@ -15,7 +15,7 @@ A fresh builder must resolve these authorities and evidence before choosing a me - [`7-explainable-construction.md`](7-explainable-construction.md) — the consolidated predecessor at cut-level detail: settled-revision protocol, declared basis, transition record, identity epochs, passage policy, document reconciliation, recorded roles, scenario-selected tool admission, and its readiness gate. At cut time replace this draft pointer with Mission 7's accepted archive and close evidence, and consume the actual seam it shipped. - [`../evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md`](../evidence/design/provenance-by-lineage-mini-spec-2026-09-04.md) and the two reviews beside it — the design rationale, the four contracts, the probe decision tables, and the rejected alternatives. Design evidence, not authority. - [`../mission-archive/3-structurally-typed-runbook-to-headless-pn.md`](../mission-archive/3-structurally-typed-runbook-to-headless-pn.md) and [`../evidence/implementations/fe-1525-headless-runbook-pn.md`](../evidence/implementations/fe-1525-headless-runbook-pn.md) — accepted workpiece leg, canonical callback fixture, the provider-visible nested-schema failure that Mission 7 now retires, and the vacuous empty-net warning. -- [`../specs/petrinaut-batched-construction-tools.md`](../specs/petrinaut-batched-construction-tools.md) — candidate `pn_read`/`pn_edit` design input and its corrected transaction, outcome, identity, carrier, and ownership constraints. It does not select batching. Mission 7 repairs the single-action carrier; this mission admits a batch only if the probes below establish it as the least sufficient mechanism for repeat and changed-input projection. +- [`../specs/petrinaut-batched-construction-tools.md`](../specs/petrinaut-batched-construction-tools.md) — collapsed unselected-candidate note. The 2026-09-02 survey is pinned at `ed9edfe7f0`. This draft owns the batch-versus-per-action decision and the probes below. - [`../../packages/plugin-sdcpn/src/tools/petrinaut-construction.ts`](../../packages/plugin-sdcpn/src/tools/petrinaut-construction.ts), [`../../packages/plugin-sdcpn/src/flue.ts`](../../packages/plugin-sdcpn/src/flue.ts), and [`../../packages/plugin-sdcpn/test/construction-tools.test.ts`](../../packages/plugin-sdcpn/test/construction-tools.test.ts) — the tool factory, mounting seams, and alignment guards as Mission 7 leaves them. - [`../../../petrinaut-core/src/ai.ts`](../../../petrinaut-core/src/ai.ts), [`../../../petrinaut-core/src/action-schemas.ts`](../../../petrinaut-core/src/action-schemas.ts), [`../../../petrinaut-core/src/schemas/entity-schemas.ts`](../../../petrinaut-core/src/schemas/entity-schemas.ts), and [`../../../petrinaut-core/src/ai.test.ts`](../../../petrinaut-core/src/ai.test.ts) — canonical Petrinaut AI schemas, mutation callbacks, ids, nested types, and JSON Schema evidence. These are the authority; Brunch prose or copied field catalogs are not. - [`../../../petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx`](../../../petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx) and its test — current `useChat` / `onToolCall`, canonical input parsing, mutation execution, and visible failure surface. @@ -27,6 +27,27 @@ A fresh builder must resolve these authorities and evidence before choosing a me The accepted Mission 7 region, proving scenario, transition-record shape, and passage policy are not yet canonical paths. Name them from accepted predecessor evidence when this draft is cut. +### Unselected batch candidate + +Do not implement `pn_read` / `pn_edit` from the survey. Batching does not repair the Mission 3 +schema-carrier failure; it inherits it. After Mission 7's single-action carrier and first nested +mutation exist, admit a batch only if these probes all pass, in order: + +1. **Shape-preserving carrier** already holds for one nested action (Mission 7's job). Stop if + no mechanical path preserves nested shape; do not widen the opaque carrier or hand-copy fields. +2. **First-class transactional batch** in Petrinaut core, beside `mutations`, with explicit + rollback, readonly/extension parity, indexed `{ index, action, path, message }` failure, and + honest no-op outcomes. `handle.change` is not that contract. Advertise only the handles the + tests cover. +3. **Production-path comparison** of a bounded subset against per-action tools: schema cost, + correction behavior, resulting state, and failure visibility. Keep per-action tools unless + the batch earns its core and host contracts and shows a measured benefit for repeat or + changed-input projection. + +Rejected regardless: `best-effort` mode, Brunch/Flue types in `petrinaut-core`, full 41-action +parity, and treating call-count reduction as sufficient. Reuse `getLatestNetDefinition`; do not +rename it until a naming and dispatch reason exists. + ## Visible product advance **Release note:** ask Brunch to model the next part of the process and the net grows without disturbing what was already built; ask again and nothing duplicates. @@ -150,7 +171,7 @@ Do not defer repeat idempotence, changed-input identity, retirement, or concurre | Retirement closes an epoch and answers why | **ORACLE GAP:** bind to an epoch ledger assertion and a why answer with retired disposition. | | Concurrent or hand change refuses rather than overwrites | **ORACLE GAP:** inject a hand edit between plan and apply and assert stale refusal plus external-import disposition. | | Cross-conversation access is arbitrated or refused | **ORACLE GAP:** decide at cut time whether the proving scenario needs it; if so, bind a second-conversation probe to the document-scoped owner. | -| A bounded batch improves repeat or changed-input projection | **ORACLE GAP:** follow the three probes in `docs/specs/petrinaut-batched-construction-tools.md`; batch selection requires rollback, readonly and extension parity, indexed failure, no-op honesty, supported-handle scope, production client routing, and material measured benefit. | +| A bounded batch improves repeat or changed-input projection | **ORACLE GAP:** follow the [three probes](#unselected-batch-candidate); batch selection requires rollback, readonly and extension parity, indexed failure, no-op honesty, supported-handle scope, production client routing, and material measured benefit. | | Semantic correspondence of the extended region | **ORACLE GAP:** workpiece-specific human adjudication plus the Mission 7 behavioural discriminator rerun after each change. | | Mission 10-ready correction | **ORACLE GAP:** choose with the owner after the extended region exists; record expected retained and changed ids and behaviour before Mission 10 is cut. | @@ -166,7 +187,7 @@ Do not defer repeat idempotence, changed-input identity, retirement, or concurre ## Inputs and joins - **Mission 7 join:** the accepted conversation, settled revisions, transition records, epochs, passage policy, tool set, compaction posture, fixture route, and gates. Draft promises are not join evidence. -- **Petrinaut canonical-contract join:** consume `petrinautAiTools`, `mutationActionInputSchemas`, entity schemas, and writable callbacks by import or mechanical generation. Mismatches route upstream. The batched-tools design is candidate input: Petrinaut core may own a generic subset-derived schema and first-class transaction operation; Brunch retains selection, Flue carriage, client routing, and identity. +- **Petrinaut canonical-contract join:** consume `petrinautAiTools`, `mutationActionInputSchemas`, entity schemas, and writable callbacks by import or mechanical generation. Mismatches route upstream. The batched-tools survey is candidate input only: Petrinaut core may own a generic subset-derived schema and first-class transaction operation; Brunch retains selection, Flue carriage, client routing, and identity. - **Flue join:** the repaired carrier from Mission 7; a new upstream requirement if a class cannot be carried. - **Host join:** preserve `useChat` / `onToolCall` and client-tool result resumption; mutation execution remains browser and Petrinaut owned. - **Scenario join:** the owner selects the extended region, expected impact sets, accepted change classes, and one Mission 10 correction. diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md index 51f59f12d80..ad2b07a2884 100644 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md +++ b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-architecture-cheatsheet.md @@ -1,12 +1,15 @@ # Flue architecture cheat sheet -An architect's consolidation of the Flue documentation — all 21 guide entrypoints, fetched -2026-08-17 — organized by _our_ concerns: the demo shell, the binding boundary, and the -FE-1383/FE-1357 roadmap. Purpose (Lu's charter): align with recommended patterns and use -provided affordances _before_ we diverge by building layers we don't need or drawing -boundaries in the wrong place. Companion to the narrower usage audit -([`flue-patterns-audit-2026-08-17.md`](../../evidence/audits/flue-patterns-audit-2026-08-17.md)); same caveat — -WebFetch summarizes, so unquoted API details are paraphrase-grade. +> Dated Flue 2.0.3 documentation read, fetched 2026-08-17. Not a Brunch roadmap and not live +> authority. For current placement decisions use +> [`flue-routing.md`](flue-routing.md) and root [`MISSION.md`](../../../MISSION.md). +> Installed `@flue/runtime` docs win when this paraphrase disagrees. + +An architect's consolidation of the Flue documentation — all 21 guide entrypoints — organized +by shell, binding boundary, and elicitation-owned state. Purpose: use provided affordances +before inventing a parallel layer. Companion to the narrower usage audit +([`flue-patterns-audit-2026-08-17.md`](../../evidence/audits/flue-patterns-audit-2026-08-17.md)). +Unquoted API details are paraphrase-grade. The FE-1391 B1/B2 gate later checked the installed 2.0.3 source, exported types, and package-shipped docs directly. Its corrections below are source-grade and link to the diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md index 9cb8a656e09..c340f3451ce 100644 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md +++ b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md @@ -3,9 +3,10 @@ Consult this at design moments — when you notice yourself about to add state, a layer, a loop, a route, or a test harness — _before_ writing the new thing. Each row routes an indication to the affordance to rely on, the divergence it exists to prevent, and the point -where canon stops and a human or an owning ticket decides. Every row is grounded in the -[architecture cheatsheet](flue-architecture-cheatsheet.md) (§ refs) and the -[patterns audit](../../evidence/audits/flue-patterns-audit-2026-08-17.md); details live there. +where canon stops and a human or an owning ticket decides. Every row is grounded in the dated +[architecture cheatsheet](flue-architecture-cheatsheet.md) and the +[patterns audit](../../evidence/audits/flue-patterns-audit-2026-08-17.md). Installed Flue 2.0.3 +docs win when those paraphrases disagree. The 2026-08-14 Flue-vs-tilde dump was removed from the living tree on 2026-09-07; last copy `69c02f69a9:libs/@hashintel/brunch-agent/docs/research/amp-analysis-flue-vs-tilde.md`. @@ -25,8 +26,8 @@ stop and check the boundary summary before proceeding. | --------------------------------------------------------------------------------------- | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | | You're about to persist **per-conversation** state | `usePersistentState` — atomic with the unit of work; updater form sees the latest write, documented ([agent-hooks](https://flueframework.com/docs/guide/agent-hooks/index.md); §2) | A side file or table keyed by conversation id — a parallel copy of Flue's own record | The state is really per-_target-document_ → next row | | You're persisting **cross-conversation** or **document** state | Per-conversation workpiece/document state and Flue `history()`; the binding-owned session-log archive lane if compaction loses folded records ([database](https://flueframework.com/docs/guide/database/index.md); §5) | A revived capture-envelope store, or `db.ts` / DO SQLite as a second conversation log | Mission 7's compaction probe decides whether the archive lane must be hardened; schema/versioning of that lane stays FE-1391-shaped | -| You need the **model to see a harness fact** | `ctx.append` signal entries (same-response) or tool results; instructions stay render-invariant (§2; spec §7.4) | Interpolating state into instructions — that is the wake-wart, killed at its cause in FE-1389 | The fact must also be user-visible → §9.3 insertion notice, FE-1396 | -| You're adding a **second place that renders conversation parts** | `useFlueAgent()` — parts-based messages; the affordance arrives as a `dynamic-tool` part whose `.output` is the validated payload, text parts as floor ([react](https://flueframework.com/docs/guide/react/index.md); §4) | Growing `chat.tsx` feature-by-feature into a hand-rolled client — divergence risk 1, and it's how the markdown floor broke | Adoption timing is FE-1385 / demo-shell; the floor fix is FE-1420 — don't build it twice | +| You need the **model to see a harness fact** | `ctx.append` signal entries (same-response) or tool results; instructions stay render-invariant ([agent-hooks](https://flueframework.com/docs/guide/agent-hooks/index.md)) | Interpolating state into instructions — that is the wake-wart | The fact must also be user-visible — use a recorded signal or tool result, not instruction mutation | +| You're adding a **second place that renders conversation parts** | `useFlueAgent()` — parts-based messages; the affordance arrives as a `dynamic-tool` part whose `.output` is the validated payload, text parts as floor ([react](https://flueframework.com/docs/guide/react/index.md); §4) | Growing `chat.tsx` feature-by-feature into a hand-rolled client — divergence risk 1, and it's how the markdown floor broke | The `:4321` diagnostics UI is not a second product surface; do not grow part-rendering there | | You're touching the **kickoff or injected entries** | `useInitialData` (recorded once, structurally non-user) or a dispatched `signal` (§2, §4) | Machine-authored `kind: 'user'` entries — anchorable non-utterances that launder system words into the person's mouth (trace §9.4) | The re-entry briefing's insertion notice — FE-1396 | | You need a **private model call** | For deterministic structured work inside a harness tool, `harness.prompt(..., { result })` ([tools](https://flueframework.com/docs/guide/tools/index.md); §3). For model-chosen specialist delegation with its own frame/model, declare `useSubagent`; the parent invokes it only through the model-visible `task` tool ([subagents](https://flueframework.com/docs/guide/subagents/index.md); §2) | A second provider client hand-rolled inside the binding, or pretending `useSubagent` returns a callable delegate | The deterministic call needs a distinct model/frame → accept model-driven `task` delegation or raise a substrate-capability decision; do not blur the two surfaces | | You want **work to survive a crash** | `durable: true` tools + `step.do` — exactly-once-recorded; hooks run at-least-once, so guard side effects with persistent state ([tools](https://flueframework.com/docs/guide/tools/index.md); §3, §5) | Assuming an external effect ran once — the at-least-once floor is universal (tilde analysis); content-keyed dedup exists _because_ of it | Orchestration itself must survive interruption → external engine seam (§6), a human call | @@ -36,9 +37,9 @@ stop and check the boundary summary before proceeding. | You're **counting tokens or costs** | `observe()` `turn` events (`totalTokens`, `cost`, cache splits); `useResponseFinish` in-agent ([observability](https://flueframework.com/docs/guide/observability/index.md); §7) | Hand-counting from transcripts — divergence risk 5 | Cross-process aggregation — events are live-only; export via OTel instead | | You're **scoring elicitation quality** | `vitest-evals` judges (`createJudge`, `FactualityJudge`) asserting behavioral contracts (§7) | String assertions on real-model output | FE-1407's failure catalogue is the rubric source | | You're **loading guidance content into the prompt** | Skills: name+description in prompt, `activate_skill` for full instructions — progressive disclosure _is_ the card economy of penciled item 4; `defineSkill` for programmatic packs; `useInstruction()` for always-on content ([skills](https://flueframework.com/docs/guide/skills/index.md); §3) | A bespoke card loader in the harness — divergence risk 3 | Card-to-skill compilation is FE-1403/FE-1406 design; keep card content assertable outside the Vite graph | -| You're about to **wrap a Flue API in a binding layer** | The three-lane test (boundary summary): shell-facing → consume directly; agent-loop → it should already be on the eight-capability list | Wrapping lane-1 affordances — a parallel SDK, lens-2 debt at the API level | A genuinely new capability → extend `capabilities.ts` and apply the second-binding test (spec §14.2) | -| You're **archiving or reading conversation history** | `createFlueClient({ url, fetch? }).history()` — one unpaged public materialized-message snapshot. The host injects the full conversation URL because Flue cannot discover its mount; custom `fetch` plus the router's `.fetch` is the candidate in-process composition (source-read record; §4, §5) | Shadow-recording entries inside hooks, consuming private canonical record types, or inventing offset arithmetic — all create a drifting second protocol (divergence risk 4) | FE-1391 must pin the in-lifecycle transport, archive pointer identity (public IDs are not canonical ranges), and identity-keyed merge/version semantics for repeated snapshots; retention authority vs. transport copy remains adjudicated (spec §9.6) | -| You're about to **expose the demo remotely** | The four gates, all before exposure: auth + per-conversation authorization (the mounted route is public), runtime telemetry, persisted-state versioning/backup, restart durability. All four are ticketed as **FE-1423** (FE-1396 blocks it, covering durability); they are requirements, not recommendations (ratified 2026-08-17) | Exposing the mounted route while any FE-1423 gate is open | A deploy-target choice → N5 applies (new binding-local archive/storage-port impl, never a leaked path assumption or a revived capture envelope) | +| You're about to **wrap a Flue API in a binding layer** | The three-lane test (boundary summary): shell-facing → consume directly; agent-loop → it should already be on the eight-capability list | Wrapping lane-1 affordances — a parallel SDK, lens-2 debt at the API level | A genuinely new capability → extend `capabilities.ts` and prove a second binding would reuse it | +| You're **archiving or reading conversation history** | `createFlueClient({ url, fetch? }).history()` — one unpaged public materialized-message snapshot. The host injects the full conversation URL because Flue cannot discover its mount; custom `fetch` plus the router's `.fetch` is the candidate in-process composition (source-read record; §4, §5) | Shadow-recording entries inside hooks, consuming private canonical record types, or inventing offset arithmetic — all create a drifting second protocol (divergence risk 4) | Archive-lane identity and merge/version semantics stay a Mission 7 compaction / FE-1391 concern; public history IDs are not canonical ranges | +| You're about to **expose the demo remotely** | The four gates, all before exposure: auth + per-conversation authorization (the mounted route is public), runtime telemetry, persisted-state versioning/backup, restart durability. All four are ticketed as **FE-1423** (FE-1396 blocks it, covering durability); they are requirements, not recommendations (ratified 2026-08-17) | Exposing the mounted route while any FE-1423 gate is open | A deploy-target choice needs a new binding-local archive implementation, never a leaked path assumption or a revived capture envelope | | You're **deploying the demo shell** | `dist/server.mjs` + a real `db.ts` adapter; one live owner per conversation; env read at startup only (§1) | Active-active replicas behind a shared database — the one-owner rule is not relaxed by sharing storage | Cloudflare is not a casual choice: per-object SQLite replaces `db.ts` and any durable archive lane needs a separate cross-conversation design (§8) | | You're **upgrading Flue** | Re-verify the walking-skeleton pins (`boundReplyReachedModel`, `secondAskRejected`, `noInstructionWake`) and the FE-1386 compaction/history/state pin — they protect documented-but-load-bearing or source-settled semantics (audit; source-read record; §2/§5) | Treating minor bumps as safe or docs' future tense as shipped — 2.0.0 rewrote the architecture days before 2.0.3, and beta stores were rejected with no migration path (reconciliation §) | Any pin flips → stop; re-read agent-hooks, streaming protocol, and durability before adapting the binding | diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md index 63e93b81681..7c95f235f1b 100644 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md +++ b/libs/@hashintel/brunch-agent/docs/reference/architecture/topology.md @@ -1,11 +1,14 @@ # Topology: verification and specification -**Status: ratified 2026-08-17 (Lu), application layout updated 2026-08-31, conversation transport updated by FE-1574 / Mission 5 on 2026-09-03, and capture/YAML claims relabelled 2026-09-07 — recorded as [ADR-0002](../../adr/0002-topology-and-placement-rules.md).** This file is the living *package-tree* reference. It is not a capture-store or YAML-plugin roadmap. Verifies the current app/package topology against Flue's project-layout guide and the three-lane cheatsheet; then specifies where upcoming work lands. Pseudo-style: tree nodes with rules; `✓` complies today, `✗` violates, `→` normative rule for what's next. +**Status: living package-tree map.** Original ratification 2026-08-17 (ADR-0002); transport +updated by Mission 5. This file records where code lives now. It is not a placement roadmap +and not a capture-store or YAML-plugin plan. `✓` complies today; `○` exists but is unmounted +or rejected as product provenance. ## Verification — the tree as it stands ```text -packages/core CORE HARNESS + Flue-native agent contribution +packages/core CORE + Flue-native agent contribution ├─ prompts/SYSTEM.md ✓ authoritative context- and formalism-independent always-on prompt ├─ skills/elicitation/ ✓ core's one capability skill: `SKILL.md` + `references/universal-elicitation.md`, │ packaged through `skills/skill-markdown.ts` and mounted by `flue.ts` @@ -81,34 +84,27 @@ apps/brunch-agent LANE 1 SHELL + remote server (imported from a ├─ src/evaluations/runbook/ ✓ runbook experiment drivers, artifact recovery, and headless client; │ not product runtime authority ├─ src/diagnostics/ ✓ operator-facing transcript CLI -├─ src/ui/ ~ hand-rolled client; tolerated ONLY until FE-1385 adopts @flue/react -│ (divergence risk 1). Never: growing new part-rendering features here. +├─ src/ui/ ✓ local diagnostics client only; do not grow part-rendering here. +│ `@flue/react` remains appropriate for this debug UI (spine later concerns). └─ test/ ✓ reviewed substrate inventory; child-process eval (audited: composed from documented parts; do-not-weaken pins live here) ``` -## Specification — where what's next lands +## Current placement locks -- **N1 (ask/sweep protocol extraction; discharged by FE-1422 + FE-1392, then retired from the product surface).** - The ask and sweep protocol modules still exist under `src/_suspended/conversation/` and as - historical extraction evidence. They are not a current product path: structured questions are - an unallocated future capability, and capture envelopes/sweep semantics were rejected for - provenance on 2026-09-04. Do not remount them to satisfy this paragraph. -- **N2 (plugin cells, repertoire, and the proving runbook; amended by ADR-0007, ADR-0008, Mission 3, and FE-1563; retired 2026-09-02).** The YAML cell/repertoire machinery described here was removed on 2026-09-02 once plugins became Flue-native contribution bundles; this paragraph is history. Reusable plugin-owned policy lives in plugin packages, and harness-owned repertoire teaching lives in core behind `@hashintel/brunch-agent/prompts`; plugins may not import that guarded prompt data. FE-1563 established a separate Flue-native production seam: core's `./flue` subpath supplies the stable agent prompt, while plugin-sdcpn's `./flue` subpath and exported `SKILL.md` supply SDCPN prompt material, progressive teaching, and target-specific tools. This does not reactivate the generalized repertoire/`useElicitation()` runtime. The app retains only the directive-marked registration point and host-specific capabilities. -- **N3 (application composition; amended by ADR-0004 / FE-1437).** There is no dedicated demo - shell. The standalone `apps/dev` was imported as `apps/brunch-agent`, which owns the remote - Brunch server, target gallery, and diagnostics. `apps/petrinaut-website` owns the user-facing - integration. - Applications may compose Brunch and Petrinaut public surfaces; reusable libraries may not know - about one another. -- **N4 (experiments).** Experiment runners live under the consuming app's `src/evaluations/`, use the JS-API pattern with `observe()` accounting, and never enter `packages/` or become bespoke daemons. Reusable cases, oracles, and protocols remain under the context-root `evaluations/`; observed output remains under `docs/evidence/evaluations/`. -- **N5 (storage-port implementations; local target discharged by FE-1391, capture half rejected 2026-09-04).** - Binding-owned storage ports still own parse-on-read and the session-log archive lane. The - capture-store half of that port is not product provenance: workpiece revisions settle in - per-conversation state, and Flue `history()` is the conversation log. A new deploy target may - still need a binding-local archive implementation; it must not revive envelopes as the document - of record. The file-path assumption never leaks above the binding. -- **N6 (plugin-assurance, when chartered).** `packages/plugin-assurance`, same shape as - gherkin; its existence is FE-1387's contract-freeze instrument, not a feature. +These replace the old N1–N6 "where next work lands" list. Retired N items (ask/sweep remount, +YAML repertoire, plugin-assurance-for-symmetry) are history in [ADR-0002](../../adr/0002-topology-and-placement-rules.md). -Ratification note: N1 was the only item that changed existing code in the original 2026-08-17 ratification; FE-1422 extracted the ask protocol and FE-1392 continued the same repair for sweep mechanism, later retired from the product surface. Mission 3 later narrowed N2's blanket app-skill prohibition for one directly authored proving instrument without reactivating plugin composition. N2–N6 otherwise constrain future placement. ADR-0002 records the original ratification. The boundary gates in `test/boundaries.test.ts` should learn enforceable package rules as their packages arrive; N5's "port implementations only in bindings" remains mechanically checkable for the archive lane, not as permission to treat capture envelopes as current. +- **App vs libraries.** `apps/brunch-agent` is the registration and host-composition shell. + `apps/petrinaut-website` owns the user-facing integration. Applications may compose public + surfaces; reusable libraries may not know about one another. +- **Flue-native contributions.** Core and plugins expose production resources through `./flue` + subpaths. Plugins depend inward on core, never on bindings. Transport never depends on a + binding. Suspended code stays under `src/_suspended/` and is never mounted. +- **Experiments.** Runners live under the consuming app, use the JS-API `observe()` pattern, and + never enter `packages/`. Cases, oracles, and protocols stay in context-root `evaluations/`; + observed output stays under `docs/evidence/evaluations/`. +- **Durable state.** Workpiece revisions settle in per-conversation state; Flue `history()` is + the conversation log. Binding-owned storage ports may implement the session-log archive lane + per deploy target; they must not revive capture envelopes as the document of record. File-path + assumptions never leak above the binding. diff --git a/libs/@hashintel/brunch-agent/docs/specs/README.md b/libs/@hashintel/brunch-agent/docs/specs/README.md index cd13dcf6d34..b41b7f20e77 100644 --- a/libs/@hashintel/brunch-agent/docs/specs/README.md +++ b/libs/@hashintel/brunch-agent/docs/specs/README.md @@ -1,18 +1,15 @@ -# Specs (historical) +# Specs (historical notes) -These files are prior design hypotheses, not the current harness contract. Live authority is -root [`MISSION.md`](../../MISSION.md) and the future spine [`MISSION.next.md`](../../MISSION.next.md). -Domain language lives in [`CONTEXT.md`](../../CONTEXT.md). Package topology and Flue routing live -under [`docs/reference/architecture/`](../reference/architecture/). +These files are short surviving-contract notes, not the current harness contract. Live +authority is root [`MISSION.md`](../../MISSION.md) and the future spine +[`MISSION.next.md`](../../MISSION.next.md). Domain language lives in +[`CONTEXT.md`](../../CONTEXT.md). Package topology and Flue routing live under +[`docs/reference/architecture/`](../reference/architecture/). -Remaining files: +- [`petrinaut-integration.md`](petrinaut-integration.md) — surviving Petrinaut attach + contracts after Mission 5. Full prior spec: `ed9edfe7f0`. +- [`petrinaut-batched-construction-tools.md`](petrinaut-batched-construction-tools.md) — + unselected batch candidate. Mission 9 owns the decision; full survey: `ed9edfe7f0`. -- [`petrinaut-integration.md`](petrinaut-integration.md) — historical Petrinaut attach hypothesis; - the live door is the Mission 5 browser Flue `ChatTransport` at `/agents/chat/:instanceId`. -- [`petrinaut-batched-construction-tools.md`](petrinaut-batched-construction-tools.md) — unselected - `pn_read` / `pn_edit` candidate; Mission 7 owns carrier repair and first nested mutation, - Mission 9 owns whether a batch tool is later earned. - -The YAML/plugin, three-register IR, capture-envelope, and completion-algebra specs were removed -on 2026-09-07. Last living copies and the retirement record are at commit `69c02f69a9` and -[`docs/archive/specs/README.md`](../archive/specs/README.md). +YAML/plugin, three-register IR, capture-envelope, and completion-algebra specs were removed +on 2026-09-07. See [`docs/archive/specs/README.md`](../archive/specs/README.md). diff --git a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md index d5eafb25a6c..5f722911279 100644 --- a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md +++ b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md @@ -1,202 +1,28 @@ -# Batched Petrinaut construction tools (`pn_read` / `pn_edit`) - -Status: **unselected Mission 9 candidate, not a selected mechanism**. Drafted 2026-09-02 from a code survey of `@hashintel/petrinaut-core`, `@hashintel/petrinaut`, `@hashintel/brunch-agent/packages/plugin-sdcpn`, `@apps/brunch-agent`, and `@flue/runtime@2.0.3`. Live authority remains [`MISSION.md`](../../MISSION.md). Since 2026-09-04 / the Mission 7 cut, carrier repair and the first nested mutation belong to Mission 7; the inherited six-tool subset is retired as a product surface. [Mission 9 — traceable projection](../mission-drafts/9-traceable-projection.md) still owns whether a bounded atomic batch is later earned. Nothing here is evidence that the design works or authority to implement `pn_read` or `pn_edit`. - -## Problem - -The stock Petrinaut assistant constructs a net one mutation per tool call, across 41 mutation tools plus commands and read tools (`mutationActionInputSchemas` in `petrinaut-core/src/action-schemas.ts`). Brunch's `plugin-sdcpn` mounts a six-tool subset of that surface for construct-only conversations (`getLatestNetDefinition`, `addType`, `addParameter`, `addPlace`, `addTransition`, `addArc`) and executes the calls client-side through Petrinaut's canonical callbacks. - -The proposal under consideration is to replace that per-mutation surface, for the Brunch agent, with two tools: - -- `pn_read` — return the current net (`{ title, definition, extensions }`). -- `pn_edit` — accept an ordered array of one or more canonical mutation actions and apply them as one squashed change. - -The intended gains are fewer model round trips, a coherent net emitted in one move (types → parameters → places → transitions → arcs), no half-built intermediate states, and a smaller tool list for the model to reason over. - -This document records what the code actually affords, what the earlier failure actually was, the design a batch tool should take, and which probes to run first. - -## Observations - -Each observation names its evidence. Claims about the model's behaviour come from the Mission 3 record, not from new runs. - -### O1. Petrinaut has no batch or transaction contract; the local JSON handle exposes a promising primitive - -`Petrinaut.mutations` (`petrinaut-core/src/instance.ts`) is built by `createPetrinautActions(mutate, extensions)` (`actions.ts:415`). Every action parses its input against its own Zod schema and then calls the injected mutation function through `mutateWithExtensionGuards`. The instance's private mutation closure enforces effective readonly and disabled-extension behavior before reaching `handle.change`. - -`createJsonDocHandle().change` (`handle/json-doc-handle/create-json-doc-handle.ts`) runs `produceWithPatches(current, draft => fn(draft))` and only assigns `current` after the callback succeeds. A throw propagates and leaves this handle's current document untouched. One successful state-changing outer call emits one change event and creates at most one history checkpoint when history is enabled. - -That observation does **not** establish a general transaction contract. `PetrinautDocHandle.change` does not promise rollback on throw, transactionality, history, patch count, or synchronous publication, and a direct `instance.handle.change` call bypasses instance-level readonly and extension policy. A batch therefore needs a first-class core operation that reuses the instance's effective mutation authority, or it must be explicitly restricted to a handle whose transactional semantics are part of its contract. Intra-batch references are feasible because later steps can see earlier changes to the same draft, but caller-supplied IDs alone do not guarantee uniqueness or idempotency. - -### O2. The failure Mission 3 recorded is a schema-carrier failure, not a granularity failure - -`@flue/runtime@2.0.3` types tool input as `v.GenericSchema` (`dist/types-*.d.mts:79`). Its schema module checks for a Standard Schema marker and then **rejects any vendor other than `valibot`** (`dist/schema-*.mjs`: `schema["~standard"].vendor === "valibot"`, else `TypeError("[flue] Expected a Valibot schema.")`). The provider-visible JSON Schema is produced by `@valibot/to-json-schema` with `errorMode: "ignore"`, which silently drops constructs it cannot represent — including `rawTransform`. - -`plugin-sdcpn/src/tools/petrinaut-construction.ts` therefore wraps each canonical Zod schema in `v.pipe(v.looseObject({}), v.rawTransform(zodParse))` and pastes the Zod-generated JSON Schema into the tool *description*. Measured output of that carrier: - -```json -{"type":"object","properties":{},"required":[]} -``` - -The provider receives no machine-enforced parameter shape; the model sees the canonical JSON Schema only as unstructured descriptive text. The paid Mission 3 run (`docs/evidence/implementations/fe-1525-headless-runbook-pn.md`) encoded `addType.elements` as a string nine times, was correctly rejected nine times by the runtime Zod parse, never corrected, and produced an empty net. `docs/mission-drafts/9-traceable-projection.md` records the accepted broader next move: Flue support for Standard Schema or supplied JSON Schema, or a mechanical shape-preserving conversion; extending the opaque carrier or hand-copying Petrinaut fields into Valibot stays rejected. - -Consequence for this proposal: `pn_edit`'s payload — an array of a discriminated union of nested objects — is strictly harder to carry than `addType` was. Through the current carrier it would fail identically, and every action in the batch would fail together. **Batching does not address the recorded blocker; it inherits it.** - -### O3. A mechanically derived batch schema is compact for a subset and unusable at full parity - -A local measurement with the installed Zod 4 and `z.toJSONSchema(schema, { io: "input", unrepresentable: "any" })` produced the following provisional values. They are not yet a reproducible artifact and will drift with the selected action set, descriptions, and Zod output; any implementation decision must check in the exact subset manifest, keyword inventory, and deterministic measurement: - -| Envelope | Bytes | ≈ tokens | -| --- | --- | --- | -| `{ actions: Array }` | 18,293 | ~4,600 | -| `oneOf[all 41 mutation actions]` | 112,466 | ~28,000 | - -The five-action envelope preserves every nested shape (`elements` is an array of objects with `elementId`/`name`/`type`; `inputArcs` carries the `endpoint` discriminated union) and every `.meta({ description })` string, because Zod's JSON Schema emitter carries descriptions and structural constraints while dropping runtime-only refinements (`.check`, `.superRefine`). That split is exactly what a provider needs: shape and guidance in the schema, semantic validation at runtime. - -Full parity is ~28k tokens per turn and a 41-branch `oneOf`; `MISSION.next.md` already rejects broad 46-tool parity. A batch tool must be a subset. - -### O4. The existing read contract should be reused, but `pn_read` is not already a production tool - -`getLatestNetDefinition` returns `{ title, definition, extensions }` (`petrinaut-core/src/ai.ts`; host execution in the stock panel and headless harness). No new read shape is warranted. Current Brunch production client-tool routing does not execute this construction tool, and renaming it to `pn_read` would require an explicit panel/client dispatch alias. Retain the canonical name unless a model-facing naming probe earns the alias. A compact projection (names and IDs only) is a possible later economy, not a present requirement. - -### O5. Per-mutation tooling carries UX that a batch does not - -The stock panel (`petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx`) renders one tool card per call (`tool-summaries.ts`), waits for a diagnostics refresh per mutation, gates some commands behind interactive widgets, and yields one undo step per call. None of this matters for a headless or off-canvas construction conversation. For the live door (Petrinaut panel → `useChat`/`onToolCall` → Flue `ChatAgent`), a batch tool needs a panel-side handler and a summary renderer; that is host work, not plugin work. - -### O6. Feedback granularity is the real trade-off, not call count - -Per-action tools give the model a correction opportunity after every call. A batch commits the model to a large structure before any feedback, and one bad arc weight rejects thirty otherwise-valid actions. Mission 3's model repeated the same malformed call nine times without correcting when the feedback was a bare `expected array, received string` and the schema gave it nothing to correct against. The lesson is that **feedback precision and schema fidelity dominate round-trip count**. A batch tool is only an improvement if its error output pinpoints the failing action and path, and if its schema is visible to the provider. - -## Design - -### Placement - -Ownership splits at the semantic boundaries: - -- **`@hashintel/petrinaut-core`:** canonical subset-derived batch schemas; a first-class transactional dispatcher if the handle/instance contracts can support it; effective readonly and extension policy; rollback and per-step applied/no-op/failure semantics. This belongs on `Petrinaut` rather than in an AI helper that reaches through `instance.handle`. -- **SDCPN plugin:** the bounded Brunch construction subset, model-facing tool semantics, and construct-only mounting. -- **Brunch binding/app:** Flue schema carriage, production client-tool classification and suspension/resume, panel execution, summaries, and provider-versus-canonical error presentation. -- **Mission 6 projection operation:** base/current revision, operation identity and duplicate delivery, stable generated IDs, derivation commitment after confirmed state, and semantic correspondence with the selected workpiece region. - -This keeps canonical field shapes and generic mutation behavior in Petrinaut without moving Brunch provenance or Flue contracts into the published core library. - -### Schema - -```ts -// petrinaut-core/src/ai.ts (sketch) -const batchStep = (name: Name) => - z.strictObject({ - action: z.literal(name), - input: mutationActionInputSchemas[name], - }); - -export const createMutationBatchSchema = (names: Names) => - z.strictObject({ - actions: z - .array(z.discriminatedUnion("action", names.map(batchStep) as never)) - .min(1) - .meta({ description: "Ordered mutations submitted to one transactional dispatcher. IDs are caller-supplied; later steps may reference IDs introduced by earlier steps in the same batch." }), - }); -``` - -The `{ action, input }` envelope is preferred over `.extend({ action })` because several action schemas are `ZodPipe`s (`parameterSchema.superRefine`) that do not extend cleanly, and because the envelope keeps the canonical input schema byte-identical to the per-tool one. - -The caller chooses the `names` subset. The initial Brunch subset is the current five construction actions; `update*`/`remove*` pairs and `addScenario`/`addMetric` enter only when a named consumer (Mission 6's region, Mission 9's optimisation handoff) makes them load-bearing. - -### Transactional dispatcher - -The earlier `applyMutationBatch(instance.handle.change(...))` sketch is rejected: its recorded failure return was unreachable after rethrow, it bypassed instance readonly and extension policy, and the general handle interface does not guarantee rollback. The candidate core contract is instead a first-class operation created beside `mutations` inside `createPetrinaut`, where it can reuse the same effective mutation authority. - -A viable contract must: - -1. parse the outer envelope against the exact selected subset rather than trusting TypeScript or an arbitrary action key; -2. distinguish provider/Flue structural rejection from canonical per-step rejection; -3. execute steps in order inside one explicitly transactional mutation boundary; -4. abort on the first failure and return its `{ index, action, path, message }` after rollback; -5. preserve effective readonly and disabled-extension behavior exactly; -6. report a per-step outcome or enforce postconditions so silent canonical no-ops cannot masquerade as applied changes; and -7. return confirmed resulting state only after the underlying handle publishes the transaction. - -If the existing handle abstraction cannot support that contract generally, restrict the first implementation to a named transactional handle or strengthen the handle capability contract. Do not infer atomicity from `change` alone. - -### Required semantics - -- **Atomic where claimed.** Canonical per-step failure leaves state unchanged only on a boundary whose rollback behavior is explicit and tested. Provider/Flue envelope rejection occurs before that boundary and is a distinct failure class. -- **Ordered.** Later steps observe earlier successful steps in the same draft. -- **Outcome-honest.** Success cannot mean merely “no exception”: canonical actions may intentionally no-op when extensions are disabled, IDs are absent, or arcs are duplicates. The result must identify applied/no-op outcomes or verify the requested postconditions. -- **Identity-explicit.** Caller-supplied IDs permit intra-batch references but do not enforce uniqueness, replay safety, or stable projection identity. Mission 6 owns those surrounding contracts. -- **First-failure precision.** Return `{ index, action, path, message }` for the first canonical failure; do not collect cascades after a rejected prerequisite step. -- **Change-count scoped to the handle.** The local JSON handle should emit one change event and at most one history checkpoint for a successful state-changing batch. Diagnostics refresh and other host behavior require separate panel evidence. -- **Read-after-write included.** On confirmed success, return the resulting definition so the model need not read after every edit. Measure before replacing it with a compact summary. - -### Candidate tool surface for Brunch - -- Read → reuse `getLatestNetDefinition` and its output shape. Treat `pn_read` as an unearned alias until a naming reason and production dispatch path exist. -- Batch edit → a bounded subset-derived schema mounted under the same construct-only gate as today's tools, executed client-side through the core transactional contract. `pn_edit` remains a candidate name and mechanism until the Mission 6 probes establish schema carriage, transaction/outcome semantics, and a real advantage over per-action tools. -- If Mission 6 selects batching, the per-action Brunch construction tools are replaced rather than co-mounted. Mission 7 may extend the selected subset only for mutation classes required by its accepted correction. - -### What stays out - -- No `mode: "best-effort"`. Atomic only, until observed strain. -- No compact read projection, no server-side diff/desired-state recomputation (`MISSION.next.md` calls full-net recomputation "fog"). -- No Brunch-specific vocabulary or Flue types in `petrinaut-core`. -- No hand-written Valibot mirrors of Petrinaut schemas. - -## Prerequisite: a shape-preserving provider schema - -This is the gate for the whole proposal and for Mission 6's first repair item. Three routes, in order of preference: - -1. **Upstream Flue accepts non-Valibot Standard Schema or a supplied JSON Schema.** Flue is external (`withastro/flue`). Its schema module already detects `~standard`; the vendor check is the only thing excluding Zod 4. This is the cleanest fix but is not in our control and has no delivery date. -2. **Mechanical JSON Schema → Valibot conversion, local to Brunch.** Zod's `toJSONSchema()` output for these schemas uses only structural constructs: `object` with `properties`/`required`/`additionalProperties: false`, `array` with `items`/`minItems`, `string`/`number`/`integer`/`boolean`, `enum`, `const`, `oneOf` (discriminated unions), `anyOf` with `null` (nullable), `minLength`, `minimum`/`exclusiveMinimum`, and `description`. A converter over that closed subset produces a Valibot schema whose `@valibot/to-json-schema` output preserves shape and descriptions. Runtime validation continues to delegate to Zod via `rawTransform`, which the provider never sees — the arrangement the existing carrier intended but could not deliver. Prefer a maintained package if one exists and covers the subset; otherwise write the converter and pin it with a test that round-trips every schema in the chosen subset and fails on any unhandled JSON Schema keyword (no silent drops — that is how the current carrier failed). -3. **Extend the opaque carrier.** Rejected in the Mission 3 evidence and again here. - -## Recommended Mission 6 probe sequence - -Run these in order so each failure has one interpretation. - -### Probe 1 — single-action shape-preserving carrier - -**Question.** Can Flue expose the exact canonical nested `addType.elements` shape that failed in Mission 3 as provider-enforced structure? - -**Work.** Use the least supported shape-preserving route, mount one canonical nested action, and compare provider-visible JSON Schema with the canonical Zod output. Check in the exact Zod version, deterministic schema measurement, keyword inventory, positive/negative samples, and a fail-closed assertion for every unhandled keyword. Then run one budgeted real-model call with retained raw arguments and runtime result. - -**Oracle.** Hermetic schema comparison plus the one authorized real-provider trace. Passing retires only the carrier blocker; it does not select batching or prove construction. - -**Stop if** no supported mechanical path preserves the nested shape. Record the exact unsupported keyword or Flue boundary; do not widen the carrier or hand-copy fields. - -### Probe 2 — first-class transactional batch contract - -**Question.** Can Petrinaut core expose a bounded batch operation with explicit rollback, readonly/extensions parity, indexed failure, and honest no-op outcomes? - -**Work.** Add the smallest subset-derived schema and first-class operation beside `mutations` inside `createPetrinaut`. Against each supported handle/capability combination, test ordered intra-batch references, successful resulting state, readonly refusal, disabled-extension parity with sequential mutations, duplicate/missing-ID and canonical no-op behavior, and rollback after a zero-weight arc at index 4. For `createJsonDocHandle`, assert one change event and at most one history checkpoint when enabled. - -**Oracle.** Core tests comparing batch output with the equivalent canonical sequence and proving every advertised semantic. A test against only `createJsonDocHandle` supports only a JSON-handle-scoped contract. - -**Stop if** the current handle contract cannot make rollback dependable. Narrow the supported handle or propose the smallest explicit capability; do not reach through `Petrinaut` to `handle.change`. - -### Probe 3 — bounded batch through Flue and the production client path - -**Question.** After Probe 1 and Probe 2 pass, does the five-action batch preserve its discriminator and nested shapes through Flue, produce actionable indexed feedback, and improve the selected construction path over canonical per-action tools? - -**Work.** Carry the exact five-action subset through the proven schema route, classify provider-envelope and canonical per-step failures separately, wire production client-tool dispatch, and exercise one construct-only run. Compare schema cost, calls, latency, correction behavior, resulting state, and failure visibility with the per-action control. Do not use non-empty output alone as the verdict. - -**Oracle.** Hermetic schema diff, production-path integration test, and an owner-authorized real-model comparison retained with the exact instrument and state artifacts. - -**Stop if** batching obscures feedback, silently no-ops, cannot reject stale/duplicate delivery at the projection layer, or does not improve the selected case enough to justify the new core and host contracts. In that case Mission 6 retains per-action tools on the repaired carrier. - -### Deferred - -- Panel-side batch handler and summary card for the live door — only after Probes 1 and 2 succeed and Probe 3 reaches the production client path. -- `update*`/`remove*` and scenario/metric actions — when Mission 6's region or Mission 9's handoff names them. -- Compact read projection — when measured token cost of returning the full definition is the strain. - -## Risks and open questions - -- **Blind commit.** Even with a good schema, the model builds a large structure before any feedback. If real runs show repeated batch rejections for semantic (not shape) reasons, consider prompting the model to batch by layer (types and parameters first, then places, then transitions and arcs) before considering a non-atomic mode. -- **Schema size drift.** Petrinaut descriptions are long by design (they are the model's guidance). Adding actions to the subset grows the per-turn cost roughly linearly; re-measure with the `toJSONSchema` byte count on each subset change. -- **Transactional scope.** A JSON-handle proof does not establish rollback for every `PetrinautDocHandle`. Advertise only the handles/capabilities the core contract and tests cover. -- **Silent no-op.** Missing IDs, duplicate arcs, and disabled extensions can return without throwing. Require explicit outcomes or postconditions before a projection or derivation is marked successful. -- **Identity and replay.** Caller-supplied IDs are not uniqueness, stale-base, or idempotency enforcement. Mission 6 must bind batch execution to current state and duplicate-delivery policy. -- **Split validation.** Provider/Flue envelope errors occur before canonical indexed dispatch. Keep these failure classes visible rather than pretending one result shape covers both. -- **Sanitisation parity.** The batch must produce exactly the document the equivalent sequence of `instance.mutations.*` calls would produce under the same effective extensions. Cover this with disabled-extension cases. -- **Undo granularity in the stock editor.** If the stock assistant ever adopts the batch, one history checkpoint for a multi-action edit is a UX decision the Petrinaut owners should make, not a side effect. -- **Upstream Flue.** Worth an issue on `withastro/flue` proposing acceptance of any Standard Schema v1 vendor with a supplied JSON Schema; that removes the converter entirely if accepted. Do not wait on it. +# Batched Petrinaut construction tools — unselected candidate + +> Not a selected mechanism and not execution authority. Collapsed 2026-09-07 so the 2026-09-02 +> survey cannot keep drifting as a second Mission 9 contract. Full observations, schema sketch, +> and probe write-ups are pinned at +> `ed9edfe7f0:libs/@hashintel/brunch-agent/docs/specs/petrinaut-batched-construction-tools.md`. + +Live authority is root [`MISSION.md`](../../MISSION.md). Mission 7 owns carrier repair and the +first nested mutation. [Draft Mission 9](../mission-drafts/9-traceable-projection.md) owns +whether a bounded atomic batch is later earned, and now carries the probe list. + +## What the survey still contributes + +- Mission 3's empty-net failure was a **schema-carrier** failure, not a granularity failure. + A batch of nested actions inherits that blocker and is strictly harder to carry. +- Petrinaut has no general batch/transaction contract. `handle.change` is not rollback, + history, or readonly proof. A batch needs a first-class core operation beside `mutations`. +- Feedback precision beats call count. A batch is an improvement only if the provider sees + the shape and failures return `{ index, action, path, message }` after rollback. +- Reuse `getLatestNetDefinition`; `pn_read` / `pn_edit` are unearned names. +- Keep canonical field shapes in `@hashintel/petrinaut-core`. Do not hand-copy Petrinaut + fields into Valibot, mount a `best-effort` mode, or put Brunch/Flue types in petrinaut-core. + +## Do not implement from this file + +Admit a batch only after Mission 7's repaired single-action carrier exists and Draft 9's +probes show rollback, readonly/extension parity, indexed failure, no-op honesty, supported +handle scope, production client routing, and a measured benefit over per-action tools. diff --git a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md index 409830be609..aff87cf7523 100644 --- a/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md +++ b/libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md @@ -1,264 +1,43 @@ -# Integration spec: the elicitor behind Petrinaut's chat panel - -> Historical integration hypothesis, not live authority. The production door is the Mission 5 -> browser Flue `ChatTransport` at `/agents/chat/:instanceId`. Structured `brunch_ask` is retired -> from the product surface; capture envelopes and a separate IR store are rejected as provenance. -> Read root [`MISSION.md`](../../MISSION.md) for current contracts. - -**Ticket**: FE-1433 (the integration-spec issue) · **Decision record**: ADR-0004 (`docs/adr/0004-in-petrinaut-staging-and-the-monorepo-import.md`) · **Supersedes**: `recommendation-demo-vehicle.md` as the September staging plan · **Evidence base**: the Petrinaut survey (FE-1358, `research/petrinaut-survey.md`), re-verified against `hashintel/hash` source on 2026-08-18 · **Amended**: FE-1506 (stable UI and voice attach contract), H-6763 / ADR-0009 (generic composer submission and app-owned voice boundary), and FE-1574 / Mission 5 (one mounted Flue conversation route and browser AI SDK projection). Relabelled 2026-09-07. - -## Problem Statement - -The original September staging goal was to show agentic elicitation inside -demo.petrinaut.org's existing chat panel, not in a separate application. Petrinaut's -incumbent assistant is a stateless browser-resident chat over a Vercel edge proxy: it -persists only a transcript and a net in localStorage. The elicitor is the opposite shape: a -stateful server-side Flue agent with its own loop, tools, and durable conversation/document -state. The problem is connecting the second to the first without rebuilding either. Later -missions replaced "durable capture / completion accounting / live interpretation" with Flue -history, a Markdown workpiece, and browser-executed Petrinaut mutations. - -## Solution - -The Brunch elicitor runs as a **long-running Flue server** built on the harness + `binding-flue`; Mission 5 proves the local same-origin path, while remote deployment remains a separate gate. The demo site derives one guarded `/agents/chat/:instanceId` URL from its opaque principal and logical conversation id, creates a public `@flue/sdk` client for that conversation, and supplies Petrinaut with a browser `ChatTransport` that projects Flue conversation events into the AI SDK rendering contract. Everything else in the panel — rendering, the diagnostics decorator, and client-side tool execution — is reused as-is. The elicitor drives Petrinaut's editor through the **existing UI-executed tool surface** (schemas imported from `petrinaut-core`): a response may end with client tool calls pending, the panel executes them, and one `client-tool-result` signal resumes the owning Flue conversation. Flue history is the canonical conversation record; the workpiece is per-conversation Markdown, not a capture store or typed IR. - -## Seams - -One primary seam, four supporting ones — all existing except the brunch server's front door, -which the design needs anyway: - -1. **The browser ChatTransport projection seam** (primary; the contract-test surface): `@flue/sdk` owns send, observation, offsets, retry, settlement, and recovery over the mounted Flue route; `transport-aisdk` projects one admitted submission into the finite AI SDK `UIMessageChunk` stream Petrinaut renders. The production-path integration test drives this seam through the real app router without hand-parsing SSE. -2. **The ask/affordance protocol seam** (`core`'s ask-protocol module, per ADR-0002 N1): the - external-tool round-trip protocol is tested here, substrate-free. -3. **The storage port seam** (ADR-0002 N5): the owner key is tested as store-level refusals. -4. **The artifact seam** (`parseSDCPNFile` / `sdcpnFileSchema`): unchanged; net validity - checked in CI through the pure parser. -5. **The generic composer and Voice mode seam**: a host may render a control beside Petrinaut's text - composer or one provider-neutral Voice mode inline with its transcript. Both receive stable - submission controls, the effective AI SDK conversation identity and current state. Finalized - alternate text uses the same AI SDK `useChat` instance as keyboard input. When exactly one - unresolved interactive tool registers a schema-validated text mapper, submission completes that - tool; otherwise it creates a stable-ID user message. Ambiguous mapped tools are refused. A host - may explicitly target an ordinary message for a correction that must not answer the pending tool. - -## Attach Contract - -The panel and the voice edge attach to Brunch through one stable surface: - -1. **Conversation transport**: the browser calls `FlueClient.send()` against the guarded `/agents/chat/:instanceId` route, then follows the admitted submission through the SDK. The host-supplied browser `ChatTransport` projects that Flue stream into the finite AI SDK v6 UI-message stream consumed by `useChat`; the stock Petrinaut `/api/chat` route is a separate fallback and never carries Brunch turns. -2. **Question affordance** (historical; not a current product path): the earlier UI-executed - tool was named `brunch_ask`. Structured questions remain an unallocated future capability and - must not be restored from this paragraph. The current Voice/typed path uses completed - transcript admission and a hidden question marker for exact replay only. -3. **Principal identity**: every request carries one non-empty, opaque principal in the - `x-brunch-principal` header. The current UI shell keeps that value in localStorage so it is - stable across reloads; replacing the local UID with authenticated identity must preserve the - same request-level ownership semantics. -4. **Composer submission**: Petrinaut accepts an optional stable conversation ID and host composer - control, then exposes the effective host-supplied or generated identity to that control. Keyboard - and alternate finalized text both enter the same `submitText` function. A pending `brunch_ask` - is answered only through the existing correlated tool-output path; text is not silently - downgraded to an ordinary user message when more than one mapped ask is pending. Explicit - corrections target new messages rather than silently mutating or answering another pending ask. -5. **Voice mode publication**: Petrinaut accepts an optional `renderVoiceMode` callback and publishes - provider-neutral input mode, panel visibility, messages, readiness, stable lifecycle controls, - and `submitVoiceInput`. Finalized Voice input enters the same correlated submission path and - carries persisted Voice provenance on either the ordinary user message or the exact - `brunch_ask` tool output, never both. - -These five parts change only with notice to the panel and voice-edge owners. A provider-specific -voice requirement does not silently alter this surface; provider code and policy remain in the -host application under ADR-0009, while reusable Petrinaut and Brunch packages stay provider-free. - -## User Stories - -1. As a demo.petrinaut.org visitor, I want to converse with the elicitor in the same chat - panel I already know, so that elicitation feels native to the tool rather than bolted on. -2. As a demo.petrinaut.org visitor, I want the elicitor to interview me about my process - before building, so that the net reflects my domain rather than a one-shot guess. -3. As a demo.petrinaut.org visitor, I want to watch the net appear and change on the canvas as - I answer, so that I can correct misunderstandings the moment they become visible. -4. As a demo.petrinaut.org visitor, I want my session to survive a page reload, so that a long - elicitation isn't lost to an accidental refresh. -5. As a demo.petrinaut.org visitor, I want my sessions kept private to my browser, so that - another visitor cannot see or alter my work. -6. As a demo.petrinaut.org visitor, I want the elicited net to carry a scenario and run, so - that the interview demonstrably produced a working model, not a picture. -7. As the demo presenter, I want the elicitor's captures and completion accounting rendered - live, so that the audience sees what a prompt-in-a-panel cannot do. -8. As the demo presenter, I want to export the elicited net as a file and open it in stock - Petrinaut, so that the decoupling claim is made visible on stage. -9. As the demo presenter, I want the elicitor to keep working when a model turn emits dozens - of mutations, so that a realistic-sized net doesn't stall the demo. -10. As the elicitor (agent), I want Petrinaut's mutation, read, and diagnostics tools exposed - to me with their real schemas, so that I can build and repair nets the way the incumbent - assistant does. -11. As the elicitor (agent), I want tool outputs from the browser to re-enter my loop as - machine entries, never as user evidence, so that capture spans only ever cite the user. -12. As the elicitor (agent), I want to see TypeScript diagnostics after code-writing - mutations, so that I can validate every change without the user relaying errors. -13. As the harness, I want the external-tool round-trip to ride the same suspension floor as - the ask protocol, so that one substrate capability serves both and the second-binding test - stays small. -14. As the harness, I want retries and duplicate dispatches on the round-trip to be idempotent - (per the affordance-protocol guarantees), so that a flaky network cannot double-apply. -15. As a brunch developer, I want the stream adapter to consume harness-level parts only, so - that swapping `binding-flue` for another binding never touches the wire layer. -16. As a brunch developer, I want contract tests that drive the server exactly as the panel's - wrapped transport does, so that panel compatibility is provable without a browser. -17. As a Petrinaut maintainer, I want brunch's needs expressed as generic host extensions to - the `aiAssistant` prop, so that my library stays elicitor-agnostic. -18. As a HASH product owner, I want the principal abstracted so Ory identity can replace the - localStorage UID, so that the same server later serves the HASH app unchanged. -19. As an infra engineer, I want the elicitor server to be an ordinary deployable in - `hashintel/hash` with Postgres-backed storage, so that it fits the infrastructure we - already run. -20. As the operator of a public endpoint, I want per-principal rate limiting and an origin - allowlist, so that an unauthenticated UID cannot be farmed for free inference. -21. As a future petrinaut-website maintainer, I want brunch-specific wiring contained at the - app level (as the existing Actual-mode brunch-demo route already is), so that removing or - evolving it never archaeology-digs through the library. -22. As a Petrinaut host, I want finalized alternate input to share keyboard submission and pending - interactive-tool correlation, so that a host control cannot create a second conversation path. -23. As a demo.petrinaut.org visitor, I want Voice mode to stay inside the same transcript and - composer as text, so that provisional speech, finalized answers, and recovery remain legible - without creating a second conversation. - -## Implementation Decisions - -**Topology and packaging** - -- The elicitor server is a thin host-authored Flue agent around the harness library. The demo site's same-origin proxy forwards `/agents/chat/*` without changing the Flue protocol; the stock Petrinaut assistant and `/api/chat` prompt remain separate. -- FE-1436 originally introduced `transport-aisdk` as a server-side AI SDK HTTP adapter. FE-1574 / Mission 5 replaced that door: the package is now the browser-side projection from the public Flue client to Petrinaut's AI SDK rendering contract. Its runtime dependencies are exactly `@flue/sdk` and `ai`; it imports neither `@flue/runtime`, core, a plugin, nor a binding. The app supplies its client-tool catalog, and the package owns the shared `client-tool-result` signal representation. -- Kernel spec amendments applied with this work, not silently: §12.2 package list gains - `transport-aisdk` and records the monorepo import (`@hashintel/brunch-agent`, hash - toolchain replacing the Bun workspace at import time); §13's shipping shape and ADR-0002 N3 - reflect the retired demo shell. - -**The suspension floor and the external-tool protocol** - -- One substrate capability — end a turn with pending items, resume on a later dispatch with - per-session state intact — carries two core protocols: the existing ask protocol and a new - **external-tool round-trip** protocol. -- The protocols differ deliberately: asks are singular (§7.3) and harness-slot-bound; tool - round-trips are **batched** (the panel executes a turn's tool calls and returns all outputs - in one POST) and wire-bound by tool-call id. Whether batching is a variant of the pending - slot or a parallel channel is **spike-gated** (see Testing Decisions), not decided here. -- Entry provenance discrimination extends to resumed tool outputs: they enter as machine - entries, excluded from evidence-span anchoring (§9.4). This is a hard invariant, enforced at - the same level as the existing span-anchoring rules. -- Fallback if Flue cannot carry the suspension shape: the app-level doc-handle side channel — - the server streams net definitions to the site, which writes them into the - `PetrinautDocHandle` outside the chat loop (the Actual-mode brunch route is the precedent). - Degraded (no read-tools, no diagnostics loop), which is why it is the fallback. - -**Client tool exposure** - -- The elicitor's Petrinaut tools are generated from `petrinaut-core`'s exported tool schemas, - so the tool surface tracks Petrinaut's own contract rather than a hand-copied one. -- The panel executes only tool names it knows and throws on unknowns; brunch-only tools - therefore execute server-side. If a UI-executed brunch tool is ever needed, the change - is a generic host-supplied-handlers extension to the `aiAssistant` prop (post-import, - per ADR-0004's boundary discipline). - -**Generic composer and Voice mode controls** - -- `@hashintel/petrinaut` accepts an optional conversation ID, `renderComposerControl`, and - `renderVoiceMode`. The callbacks receive the effective host-supplied or generated AI SDK - conversation identity, current messages and status, plus stable submission and lifecycle - functions. The Voice mode callback additionally receives panel visibility, input mode, active - state, one-answer readiness, and a registration seam for pause and end controls. -- A host interactive tool may define `fromComposerText({ input, text })`. Petrinaut parses the - pending input, invokes the mapper, and parses its output before submitting the correlated tool - result. Unknown or unmapped tools preserve ordinary message submission; multiple eligible tools - fail visibly rather than guessing. The host may explicitly target a separate message for a - correction or follow-up that must not resolve a pending tool. -- Text and Voice mode share one transcript and composer. An empty composer shows the waveform when - Voice mode is available, typed text shows **Send**, and an active stream shows **Stop**. The - host-rendered Voice mode stays mounted inline as a compact divider. Provisional transcription - appears immediately before it and is replaced by one finalized ordinary message or correlated - tool output with persisted waveform provenance. Provisional transcription and Realtime audio are - not persisted as chat history. -- Typed text ends active Voice mode before exactly one shared-path submission and keeps its draft - if the handoff fails. Closing the panel pauses Voice mode before hiding it; reopening retains the - mounted session paused. Consent, pause and end overflow controls, actionable recovery, collapsed - technical details, live announcements and motion preferences belong to the app-owned - presentation. -- The seam is provider- and elicitor-agnostic. OpenAI WebRTC, transcription policy, speech, and - duplex media state belong to `apps/petrinaut-website`; Brunch remains behind the existing - transport and remains authoritative for questions, captures, completion and durable history. See - [ADR-0009](../adr/0009-openai-voice-ui-turn-shell.md). - -**Identity and storage** - -- The principal is ui-shell-owned: the demo site mints a random UID into localStorage and - sends it on every transport request. The host-authored server layer authenticates/resolves - principal → session set; the harness stays principal-free. -- The storage port gains an opaque owner key, stamped at session creation; cross-principal - access fails as a store-level refusal (the port's existing enforcement idiom). The binding - treats the key as opaque. -- Rate limiting is per-principal (and per-IP) at the server's front door, with a CORS origin - allowlist. The UID is identification, not authentication; the demo threat model accepts - this, and the Ory swap closes it for HASH. - -**Sequencing** - -- Harness-internal work continues in this repo and travels with the git-history import. The - two spikes run **before** the import (petrinaut-website driven locally from a hash checkout; - zero commits to `hashintel/hash`). Only petrinaut-website wiring, Petrinaut-library - extensions, and deployment integration wait for the move. - -## Testing Decisions - -- Tests assert external behavior at the four seams; nothing asserts panel internals or Flue - internals. -- **Wire seam**: contract tests drive the server with recorded panel round-trips (POST message - history including batched tool outputs; assert the SSE chunk stream). The recordings are - produced once by the adapter spike against the real panel and frozen as golden fixtures — - the same freeze/replay posture as §14.4's fixture format. -- **Ask-protocol seam**: the external-tool round-trip protocol gets the same substrate-free - treatment the ask protocol already has (FE-1422's extraction is prior art), including the - retry/idempotence properties FE-1420 establishes. -- **Storage port seam**: owner-key refusals tested as store-level refusals with red-proofs, - per the FE-1419 discipline (`test/boundaries.test.ts` is prior art for the gate style). -- **Artifact seam**: elicitor-emitted nets validated in CI through `parseSDCPNFile` plus the - survey's three above-schema checks (PascalCase place names, arc endpoint exclusivity, - scenario presence). -- **Spikes are the evidence instrument for the two open questions**, each with a written - verdict: - 1. _Suspension spike_: Flue carries terminate-with-pending; a resume dispatch delivers - machine results as non-user entries; batch binding holds. Failure here selects the - doc-handle fallback and is evidence toward a `binding-pi`, not against the harness. - 2. _Adapter spike_ (discharged by FE-1435 and carried into the FE-1436 durable path): - `transport-aisdk` output drives the real panel — text, reasoning, and - server-tool parts render; client tool calls execute; the diagnostics decorator fires. - Its transcript becomes the golden fixtures. -- **Unified Voice mode surface**: Petrinaut panel tests pin action priority, one transcript, - persistent mounting, typed handoff, pending-question correlation and provenance. Website tests - pin inline ordering, provisional replacement, consent, pause-before-close, recovery, overflow - focus, live-announcement throttling and generated reduced-motion styles without requiring live - media. The package build validates Panda extraction. - -## Out of Scope - -- Provider-specific voice behavior in Petrinaut or Brunch. The app-owned, disabled H-6763 preview - is governed by ADR-0009; production recovery and rollout wait for its named prerequisites. -- HASH-app integration (design-for via the principal and adapter abstractions; no build). -- The interpretation-render panel's visual design and placement (app-level UI vs. - `PetrinautSlots` — decided when the demo-site wiring starts, after the spikes). -- Any change to `@hashintel/petrinaut` beyond the generic host-extension named above. -- Deployment specifics (host, Postgres wiring, CI) — owned with infra on their own ticket. -- Elicitation quality (packs, strategy quiver, sweep behavior) — the harness build's remit, - unchanged by this spec. - -## Further Notes - -- The differentiation narrative survives the staging change: the demo's claims (durable - capture, completion accounting, provenance) remain exactly what the incumbent - prompt-in-a-panel cannot do — now shown _in_ the panel rather than beside it. -- The incumbent assistant's tool-call-per-element scaling concern (survey §6d: a 40-place net - is ~100 sequential mutations) now applies to brunch too; the suspension spike should note - observed round-trip counts, and batching mutations per turn is the first lever if it bites. -- The survey's iframe/localStorage caveats applied to HASH's embed, not the demo site — the - demo site is a same-origin SPA and unrestricted. The Ory-principal swap is where the embed's - constraints re-enter, later. +# Petrinaut attach — surviving contracts + +> Historical integration hypothesis, collapsed 2026-09-07 so it cannot keep drifting. +> Full prior text, including the September user-story list and testing-decisions spike +> record, is pinned at +> `ed9edfe7f0:libs/@hashintel/brunch-agent/docs/specs/petrinaut-integration.md`. +> Live authority is root [`MISSION.md`](../../MISSION.md). + +**Decision record:** [ADR-0004](../adr/0004-in-petrinaut-staging-and-the-monorepo-import.md). +Amended by FE-1506, ADR-0009, and Mission 5 / FE-1574. + +## What still holds + +The Brunch elicitor is a long-running Flue server. The Petrinaut host derives one guarded +`/agents/chat/:instanceId` URL, creates a public `@flue/sdk` client, and supplies a browser +`ChatTransport` from `transport-aisdk`. That package projects one admitted Flue submission into +the finite AI SDK stream `useChat` renders. It imports `@flue/sdk` and `ai` only — never +`@flue/runtime`, core, a plugin, or a binding. + +Client tools use Petrinaut's exported schemas. The panel executes known UI tools and returns one +`client-tool-result` signal. Flue history is the conversation log. The workpiece is +per-conversation Markdown, not a capture store or typed IR. The stock Petrinaut `/api/chat` +route is a separate fallback and never carries Brunch turns. Applications may compose Brunch +and Petrinaut; reusable libraries stay mutually unaware. + +## Attach contract + +1. **Conversation transport.** `FlueClient.send()` against `/agents/chat/:instanceId`; the host + `ChatTransport` follows only the admitted submission. +2. **Principal.** Every request carries one non-empty opaque principal in `x-brunch-principal`. + Local UID is identification, not authentication. +3. **Composer and Voice.** Keyboard and finalized Voice share the same `useChat` submission + path and conversation identity. No second conversation, mutable transcript, or direct Voice + send. Realtime remains the media plane; Brunch remains the control plane ([ADR-0009](../adr/0009-openai-voice-ui-turn-shell.md)). +4. **Question affordance.** Structured `brunch_ask` is not a current product path. Exact + question replay uses the hidden marker only. Re-entry of interactive questions is the + unallocated structured-question backlog in [`MISSION.next.md`](../../MISSION.next.md). + +## Rejected by later missions + +Durable capture, completion accounting, and a live interpretation panel as the demo claim; +server-side `/api/chat` as the Brunch door; capture-envelope provenance; treating this file as +permission to remount ask/sweep or grow a second attach surface. From bd56c11e9333c67b730ad8a1f60a136d74f9c231 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Mon, 7 Sep 2026 19:17:45 +0200 Subject: [PATCH 09/62] notes re progress on the docker stuff, implications for mission 8 --- libs/@hashintel/brunch-agent/MISSION.next.md | 26 +++++++++++++++++--- 1 file changed, 23 insertions(+), 3 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index d8d192fb7f0..65319556add 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -196,11 +196,11 @@ FE-1441 remains the deployment/Postgres/rate-limit tracker, while FE-1423 retain Landed application contract, retained for successor consumers: - immutable Node `22.21.1` non-root image runs `node dist/server.mjs`, carries focused dependencies, client assets, core prompt, and SDCPN resources, and builds on arm64 and amd64; -- `GET /health` is cheap and non-billable; required Postgres configuration and migration/connect failures fail closed before listening; +- `GET /health` is cheap, non-billable process liveness (`{ status: "pass" }`); it does not query Postgres or Anthropic. Required Postgres configuration and migration/connect failures fail closed before listening. The route must remain on the process for the image `HEALTHCHECK` and a future ECS/ALB target-group probe. It is **not** a frontend, Petrinaut-panel, or ChatTransport dependency, and it is **not** a public-ingress requirement (Tim, 2026-09-07). Keep it off the public hostname; ALB/security-group reachability is enough; - active Flue conversation/submission/recovery/settlement state uses `@flue/postgres` with dedicated fields, verified TLS, RDS-IAM async fresh-token support and runtime-password fallback; URI-only and silent SQLite production fallback are rejected; - OTLP/gRPC is initialized before content-free Flue instrumentation and flushed on shutdown; local disposable collector receipt is proved; - local Docker/Postgres/collector smoke proved non-root execution, packaged resources, no `/repo` writes, TLS Postgres startup/refusal, and bounded graceful shutdown; -- public ingress denies `/`, `/assets/*`, and `/agents/chat/:id`; restricted product traffic used `/api/chat` at that commit. **Superseded by the recut live Mission 5 (2026-09-03):** `/agents/chat/:instanceId` becomes the only product route, so the restricted-ingress rule must be re-expressed as the FE-1423 gates (authentication, per-conversation authorization, telemetry, state versioning/backup, restart durability) applying directly to the mounted Flue route, with `/api/chat` no longer mounted by the Brunch app. The release/deployment gate owns that re-expression and its enforcement; one-live-owner policy remains desired-count one, stop-before-start until overlap safety is proved; +- public ingress denies `/`, `/assets/*`, `/health`, and `/agents/chat/:id`; restricted product traffic used `/api/chat` at that commit. `#9487`'s README already says only `/api/chat` should be reachable by the restricted diagnostic caller, but it left `/health` off both the deny list and the allow list — that is the gap Tim is closing. **Superseded by the recut live Mission 5 (2026-09-03):** `/agents/chat/:instanceId` becomes the only product route, so the restricted-ingress rule must be re-expressed as the FE-1423 gates (authentication, per-conversation authorization, telemetry, state versioning/backup, restart durability) applying directly to the mounted Flue route, with `/api/chat` no longer mounted by the Brunch app and `/health` remaining process-local / load-balancer-private. The release/deployment gate owns that re-expression and its enforcement; one-live-owner policy remains desired-count one, stop-before-start until overlap safety is proved; - separate Brunch capture JSON is inactive and non-durable. Do not migrate it speculatively, but any mission that consumes capture must first give it durable owner refusal, atomicity, format validation, and session/capture consistency. Flue's Node target is a long-running service with an in-process coordinator and long-lived streams. Do not deploy it as Lambda, a short-lived function, or scale-to-zero. Shared Postgres does not establish active-active safety; keep one replica until ownership and routing through replacement overlap are proved. @@ -217,7 +217,7 @@ Old Mission 8 reconciliation: | Old subsection | Disposition | Surviving consequence/evidence | | --- | --- | --- | -| Observed starting point; application-owned surface; runtime candidates; CI wiring | Superseded proposal where implemented; landed application contract where locally observed | The bullets above and deployment handoff replace the pre-implementation audit. Image slimming, Compose parity, and obsolete workflow cleanup have no surviving requirement without strain. | +| Observed starting point; application-owned surface; runtime candidates; CI wiring | Superseded proposal where implemented; landed application contract where locally observed | The bullets above and deployment handoff replace the pre-implementation audit. Image slimming and obsolete workflow cleanup still have no surviving requirement without strain. Compose parity now has strain: GHCR publication landed in #9495 and Tim invited `compose.yml`; see the 2026-09-07 addendum. That is optional local-infra convenience after #9487, not remote deploy and not Mission 7 work. | | Service/communication contract | Landed locally at the application seam; door superseded by recut Mission 5 | Long-running Flue → Anthropic shape, Postgres state, liveness, and content-free OTel survive. The `/api/chat` door that carried it is removed by the live mission in favor of the mounted Flue route; the restricted-route rule is re-expressed above. Remote crossing remains unproved. | | Infrastructure-owned surface | Still-open infrastructure gate | Provisioning and identifiers belong to infra; a deploy-catalog entry cannot create them. | | Restricted smoke/public release; identity; front door; rate limits; streaming/availability | Restricted-threshold proposal partly superseded by the stopped handoff; public decisions still open | No public release. Caller UUID, CORS, obscurity, or rate limiting are not authentication. Keep one replica; measure timeout/reconnect and ownership before widening. | @@ -227,6 +227,26 @@ Old Mission 8 reconciliation: Authoritative observed details are at `157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md` on `ln/fe-1569-brunch-agent-deployment`. This branch imports the application contract and open gates only—not that branch's Mission 4 archive, Mission 8 live-status transition, or an implication of remote success. +### 2026-09-07 GHCR publication and Compose strain + +The first Mission 8 PR landed: [hashintel/hash#9495](https://github.com/hashintel/hash/pull/9495) (merged 2026-09-07) registers `@apps/brunch-agent` in the deploy catalog for multi-arch ECR and GHCR publication with an empty ECS target list, a non-root image, and cheap `GET /health`. Tim reports the image is now on GHCR as [`ghcr.io/hashintel/hash/brunch-agent`](https://github.com/hashintel/hash/pkgs/container/hash%2Fbrunch-agent) and invited a later `infra/compose/compose.yml` consumer. The queued second PR [hashintel/hash#9487](https://github.com/hashintel/hash/pull/9487) still owns fail-closed `@flue/postgres`, OTLP, and the written handoff; it does **not** add Compose. This worktree could not list GHCR tags (`packages:read` missing); publication is accepted from the merged catalog entry plus Tim's report, not from a digest inspected here. + +That is **publication**, not deployment. Empty ECS, no RDS/IAM/collector/ingress/owner, and no remote proof matrix remain exactly as the consumed contract above. Pulling the image locally does not discharge FE-1441 or FE-1423. It is also not a Mission 8 successor that Drafts 9–11 may treat as a remotely deployed host. + +Compose parity now has strain that the 2026-09-07-earlier row lacked: a published image exists, HASH already pulls sibling services from `ghcr.io/hashintel/hash/{graph,api,frontend,…}`, and an infra owner invited the join. That strain earns an **optional local-infra convenience**, not a live-mission task and not a new Mission 8 draft. + +Do **not** add `brunch-agent` to `compose.yml` from Mission 7. Step A stays `yarn dev:brunch` (server `:4321`, Petrinaut website `:4915` proxying `/agents/chat/*`, conversations in task-local SQLite). A Compose service would be a different local posture: + +- the published image listens on `3002` and is the container-only #9495 artifact until #9487 rebuilds it; current Compose Postgres has no Brunch user/database, and the Petrinaut website is not a Compose service, so a pulled image is an isolated server, not the product loop; +- production contract still rejects silent SQLite and requires verified TLS / fail-closed Postgres; Compose Postgres is typically plaintext, so a honest service either waits for #9487 and documents a local-dev TLS exception or uses a disposable TLS sidecar as the existing smoke did; +- Anthropic credentials, restricted ingress, and one-replica ownership stay open; do not attach the service to the default `hash` profile in a way that silently starts a billed turn. + +If a later owner adds Compose, keep it profile-gated, one replica, health-checked on the process `/health` from the Compose network (not published as a public host path), and labelled disposable local infra. Land it under FE-1441 / the Mission 8 application-to-infra successor after #9487, not as Mission 7 or as “Brunch is deployed.” + +**`/health` publicity (Tim, 2026-09-07).** No HASH frontend, Petrinaut website, or Brunch client fetches `/health`. The only current consumer is the image `HEALTHCHECK` against `http://127.0.0.1:3002/health`. A later ECS/ALB check is the same class of private probe. Do not treat public `/health` as required by #9495, and do not keep the app route merely to make it internet-visible. Removing the route would break the published image contract; exposing it on the public hostname would widen the restricted boundary for no product reason. Reply to Tim: liveness only, not frontend; keep the process route; do not publish it. + +**Resolution posture (Lu, 2026-09-07).** When Mission 8 is later resolved, treat it as adjustments on this groundwork rather than a restart or a new Mission 8 draft. The image, GHCR publication, `/health` process route, and (once #9487 lands) Postgres/OTel application contract stay; the adjustments already named are Compose as optional local-infra convenience, `/health` off the public hostname, and the Mission 5 door (`/agents/chat/:instanceId` only) re-expressed on the restricted-ingress rule. Infra provisioning and the remote proof matrix remain the actual closer. Do not do that work from live Mission 7. + ## Parallel and asynchronous proof tracks These tracks may start only under their own issue, branch, PR, and mission authority when they change product code. Their results are evidence inputs and do not silently rewrite another mission. From da2986423f525fb6e5cc997072314c3282f2982a Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 10:37:11 +0200 Subject: [PATCH 10/62] Clarify the isolated Mission 7 A1 carrier probe gate --- libs/@hashintel/brunch-agent/MISSION.md | 6 ++++-- 1 file changed, 4 insertions(+), 2 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index 0122a9a3035..e3e3e32360e 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -2,7 +2,7 @@ ## Status -**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), restacked onto accepted Mission 6b `7958a86b69`, above repaired Mission 6 and Mission 5. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). Implementation and paid evidence have not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. +**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), restacked onto accepted Mission 6b `7958a86b69`, above repaired Mission 6 and Mission 5. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). A1 carrier implementation is in progress; paid evidence has not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. **Foundation gate — opened by Lu's narrowed Mission 6b acceptance on 2026-09-07.** The [owner witness](docs/evidence/implementations/voice-resumable-reconciliation/owner-witness-2026-09-07/witness.md) proves the local Voice/mutation/resume/active-Stop path and records the accepted limitations: direct spoken-user Voice attribution after hydration is unsupported, locally withheld work after a settled tool-call step may reappear as pending, and no comparative latency claim exists. Shared host/transport implementation and paid Step A runs may now proceed under this authority and its budget. Preserve causal per-step client results and the narrowed Voice/Stop claims; Mission 6b evidence is a regression baseline, not Mission 7 proof. @@ -197,7 +197,7 @@ Verification is inside-out: unit contracts; built production `ChatAgent` over th - A2 retains core-owned, non-interactive `brunch_mark_question` alongside `update_workpiece`. Include both in mixed-batch and termination investigation; do not remove the marker or turn it into a browser/interactive tool to make revision settling pass. Preserve server/browser classification and the scoped browser catalogue through live and reopened projections. Missing/unmatched question markers continue to disable question replay. - A3 preserves canonical input/result identity, stable causal per-step payload order, admission ambiguity without automatic retry, matching-call errors and surviving folded Voice origins. Deferred execution, output insertion and continuation remain owned by their conversation and submission generation; cancellation, failures, StrictMode cleanup and conversation replacement must not admit stale work or release Voice prematurely. Carry the existing regressions through the new effect/basis seam. - Keep completed-transcript authority, explicit half-duplex handoff and acknowledged audio cancellation. Only eligible canonical assistant prose may become speech; workpiece Markdown, declared basis, tool payloads and transition records must not enter automatic speech. Local audio cancellation, local withheld browser work and durable Flue abortion stay distinct. Do not infer durable cancellation or direct-user provenance from transient browser state. -- Re-pin the complete prompt/tool baseline, including the question marker, causal per-step client results and new revision tool, before instrument freeze or any paid run. Mission 6b's evidence remains a regression baseline, not evidence of Mission 7's new lifecycle or basis behavior. +- Re-pin the complete prompt/tool baseline, including the question marker, causal per-step client results and new revision tool, before instrument freeze or any paid run, except the isolated A1 carrier probe explicitly authorized below. Mission 6b's evidence remains a regression baseline, not evidence of Mission 7's new lifecycle or basis behavior. ### Ownership, teaching and scope @@ -210,6 +210,8 @@ Verification is inside-out: unit contracts; built production `ChatAgent` over th ### Paid evidence envelope +**Isolated A1 clarification — accepted by Lu on 2026-09-07.** Before A2 supplies `update_workpiece`, A1 may run a bounded paid `addType.elements` carrier probe through the existing built production ChatAgent and headless canonical executor, without changing tool mounting or termination. Pin the actual inherited core/plugin guidance, question marker, tool catalogue and carrier build; use explicitly test-authored synthetic input exercising the selected region's type/attribute class, never hidden Vestera facts or an answer key. Retain provider schema, raw arguments, canonical validation and pre/post definition, result/continuation correlation, latency, usage and cost. This proves only the tested carrier class, not elicitation, genuine Vestera construction, revisions, basis, browser effects or explanation. Reserve at most eight provider calls and US$8 from the shared envelope, with per-call token/cost bounds, no silent retries and no more than three rejected attempts of the canonical operation. The integrated tracer still requires A2's new revision tool and a fresh complete baseline pin. Commit this clarification alone before the paid probe; no Step B authorization is implied. + **The envelope is executable under the limits below:** the foundation gate opened with Mission 6b's narrowed acceptance. It cannot retrospectively fund Mission 6b's deferred latency campaign or any Step B work. The owner authorized a first **US$100 total Step A budget** and models **at least Sonnet-class**. Select `anthropic/claude-sonnet-4-6` for Brunch and, when used, the simulated interviewee; the exact model id is already used by the repository's prior production protocol. Configure `BRUNCH_CHAT_MODEL=claude-sonnet-4-6` for the elicitor and explicitly select the same persona model. Record actual provider-reported ids; no silent fallback to the app's Haiku default. If unavailable, stop rather than downgrade. This cut selects a model; it does not claim provider availability has just been tested. From 9d72cfd8122eb44a6e7466811611a8bb904ee694 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 10:42:01 +0200 Subject: [PATCH 11/62] Correct the A1 clarification acceptance date --- libs/@hashintel/brunch-agent/MISSION.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index e3e3e32360e..216d10911de 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -210,7 +210,7 @@ Verification is inside-out: unit contracts; built production `ChatAgent` over th ### Paid evidence envelope -**Isolated A1 clarification — accepted by Lu on 2026-09-07.** Before A2 supplies `update_workpiece`, A1 may run a bounded paid `addType.elements` carrier probe through the existing built production ChatAgent and headless canonical executor, without changing tool mounting or termination. Pin the actual inherited core/plugin guidance, question marker, tool catalogue and carrier build; use explicitly test-authored synthetic input exercising the selected region's type/attribute class, never hidden Vestera facts or an answer key. Retain provider schema, raw arguments, canonical validation and pre/post definition, result/continuation correlation, latency, usage and cost. This proves only the tested carrier class, not elicitation, genuine Vestera construction, revisions, basis, browser effects or explanation. Reserve at most eight provider calls and US$8 from the shared envelope, with per-call token/cost bounds, no silent retries and no more than three rejected attempts of the canonical operation. The integrated tracer still requires A2's new revision tool and a fresh complete baseline pin. Commit this clarification alone before the paid probe; no Step B authorization is implied. +**Isolated A1 clarification — accepted by Lu on 2026-09-08.** Before A2 supplies `update_workpiece`, A1 may run a bounded paid `addType.elements` carrier probe through the existing built production ChatAgent and headless canonical executor, without changing tool mounting or termination. Pin the actual inherited core/plugin guidance, question marker, tool catalogue and carrier build; use explicitly test-authored synthetic input exercising the selected region's type/attribute class, never hidden Vestera facts or an answer key. Retain provider schema, raw arguments, canonical validation and pre/post definition, result/continuation correlation, latency, usage and cost. This proves only the tested carrier class, not elicitation, genuine Vestera construction, revisions, basis, browser effects or explanation. Reserve at most eight provider calls and US$8 from the shared envelope, with per-call token/cost bounds, no silent retries and no more than three rejected attempts of the canonical operation. The integrated tracer still requires A2's new revision tool and a fresh complete baseline pin. Commit this clarification alone before the paid probe; no Step B authorization is implied. **The envelope is executable under the limits below:** the foundation gate opened with Mission 6b's narrowed acceptance. It cannot retrospectively fund Mission 6b's deferred latency campaign or any Step B work. From e5a661a1fec3cd703916a63f2c3c7bb0747756e7 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 10:54:52 +0200 Subject: [PATCH 12/62] Carry nested Petrinaut type schemas through Flue --- .../runbook/schema-carrier-probe.ts | 198 ++++++++++++++++++ apps/brunch-agent/test/schema-carrier.test.ts | 16 ++ .../packages/plugin-sdcpn/package.json | 1 + .../src/tools/canonical-schema-carrier.ts | 107 ++++++++++ .../src/tools/petrinaut-construction.ts | 10 +- .../plugin-sdcpn/test/schema-carrier.test.ts | 76 +++++++ yarn.lock | 3 +- 7 files changed, 409 insertions(+), 2 deletions(-) create mode 100644 apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts create mode 100644 apps/brunch-agent/test/schema-carrier.test.ts create mode 100644 libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/canonical-schema-carrier.ts create mode 100644 libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/schema-carrier.test.ts diff --git a/apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts b/apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts new file mode 100644 index 00000000000..897316334a8 --- /dev/null +++ b/apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts @@ -0,0 +1,198 @@ +/** Unpaid regression replay of the isolated Mission 7 A1 carrier boundary. */ +import assert from "node:assert/strict"; +import { mkdirSync, writeFileSync } from "node:fs"; +import { tmpdir } from "node:os"; +import { join } from "node:path"; + +import { + fauxAssistantMessage, + fauxProvider, + fauxText, + fauxToolCall, +} from "@earendil-works/pi-ai"; +import { setProvider } from "@flue/runtime"; +import { createFlueClient } from "@flue/sdk"; + +import { VALIDATED_CONSTRUCTION_MODE } from "@hashintel/brunch-agent-plugin-sdcpn/flue"; +import { + petrinautAiTools, + type PetrinautAiToolInput, +} from "@hashintel/petrinaut-core/ai"; + +import { + agentOwnershipHeaders, + flueConversationIdFrom, +} from "../../conversation/identity.ts"; +import { CHAT_AGENT_ROUTE } from "../../http/routes.ts"; +import { createBrunchTurnTool } from "../persona/brunch-turn.ts"; +import { createHeadlessPetrinautClient } from "./headless-petrinaut-client.ts"; +import { loadBuiltBrunchApplication } from "./load-built-application.ts"; + +import type { Context, Provider } from "@earendil-works/pi-ai"; + +assert( + !process.argv.includes("--paid"), + "The one-use paid A1 instrument is retired. Its source, evidence and batching-limit caveat are retained in the A1 carrier-result.md packet. A new paid instrument needs a new reservation and an enforced batched-attempt ceiling.", +); +const modelId = "claude-sonnet-4-6"; +const runId = `a1-faux-${crypto.randomUUID()}`; +const outputDirectory = join(tmpdir(), runId); +mkdirSync(outputDirectory); +process.env.BRUNCH_CHAT_MODEL = modelId; +process.env.BRUNCH_DEV_DB_PATH = join(outputDirectory, "conversation.db"); +const save = (name: string, value: unknown) => + writeFileSync( + join(outputDirectory, name), + `${JSON.stringify(value, null, 2)}\n`, + ); + +const nestedType = { + id: "production_eligibility", + name: "ProductionEligibility", + iconSlug: "circle", + displayColor: "#808080", + elements: [ + { elementId: "product_family", name: "product_family", type: "string" }, + { elementId: "line_qualified", name: "line_qualified", type: "boolean" }, + ], +} satisfies PetrinautAiToolInput<"addType">; +const faux = fauxProvider({ + provider: "anthropic", + models: [{ id: modelId, reasoning: true }], +}); +faux.setResponses([ + fauxAssistantMessage( + [fauxToolCall("getLatestNetDefinition", {}, { id: "read-before" })], + { stopReason: "toolUse" }, + ), + fauxAssistantMessage( + [fauxToolCall("addType", nestedType, { id: "nested-type" })], + { stopReason: "toolUse" }, + ), + fauxAssistantMessage([ + fauxText( + "The synthetic nested type was added. This is carrier evidence only, not an operational model or provenance proof.", + ), + ]), +]); +const contexts: Context[] = []; +const provider: Provider = { + ...faux.provider, + stream() { + throw new Error("A1 expects the production streamSimple boundary"); + }, + streamSimple(model, context, options) { + contexts.push(context); + return faux.provider.streamSimple(model, context, options); + }, +}; +setProvider(provider); + +const identity = { + principalKey: "principal-mission-7-a1", + conversationId: runId, +}; +const headless = createHeadlessPetrinautClient( + "Isolated A1 synthetic carrier check", +); +const application = await loadBuiltBrunchApplication(); +const observations: unknown[] = []; +let failure: string | undefined; +try { + const client = createFlueClient({ + url: `http://brunch.local/agents/${CHAT_AGENT_ROUTE}/${flueConversationIdFrom(identity)}`, + fetch: async (input, init) => + application.fetch( + input instanceof Request ? input : new Request(input, init), + ), + headers: agentOwnershipHeaders(identity), + }); + let firstSend = true; + const turn = createBrunchTurnTool({ + conversationId: runId, + client: { + history: (...args) => client.history(...args), + read: (...args) => client.read(...args), + send: (input) => { + const initialData = firstSend + ? { mode: VALIDATED_CONSTRUCTION_MODE } + : undefined; + firstSend = false; + return client.send({ ...input, initialData }); + }, + }, + retainSnapshot: (snapshot) => save("history.json", snapshot), + resolveClientToolHost: () => ({ + kind: "real-headless", + async execute(call) { + assert( + ["getLatestNetDefinition", "addType"].includes(call.toolName), + `Probe does not authorize executing ${call.toolName}`, + ); + const before = structuredClone(headless.definition()); + const result = await headless.execute(call); + observations.push({ + call, + before, + result, + after: structuredClone(headless.definition()), + }); + return result.output; + }, + }), + }); + const result = await turn.execute( + "a1-probe", + { + message: + "This is an isolated test-authored carrier replay, not an operational interview. Read the empty document, then create only a ProductionEligibility type with product_family (string) and line_qualified (boolean) attributes, stable IDs and ordinary display settings. No real plant facts or process structure are represented.", + }, + AbortSignal.timeout(30_000), + ); + save("turn-result.json", result); + const generatedTools = contexts.flatMap((context) => context.tools ?? []); + const generatedAddType = generatedTools.find( + (tool) => tool.name === "addType", + ); + assert(generatedAddType, "addType not mounted at provider boundary"); + const { $schema: _dialect, ...canonicalSchema } = + petrinautAiTools.addType.inputSchema.toJSONSchema(); + assert.deepEqual(generatedAddType.parameters, canonicalSchema); + assert( + generatedTools.some((tool) => tool.name === "brunch_mark_question"), + "Question marker missing", + ); + assert.deepEqual(headless.definition().types, [ + petrinautAiTools.addType.inputSchema.parse(nestedType), + ]); + assert(headless.parse().ok, "Canonical document parse failed"); + assert( + result.details.toolActivity.some( + (activity) => + activity.toolCallId === "nested-type" && + activity.executor === "real-headless", + ), + "Result was not correlated to the provider call", + ); +} catch (error) { + failure = + error instanceof Error ? (error.stack ?? error.message) : String(error); + process.exitCode = 1; +} finally { + save("canonical-observations.json", observations); + save("contexts.json", contexts); + save("result.json", { + runId, + paid: false, + passed: failure === undefined, + failure, + definition: headless.definition(), + scope: + "Unpaid nested carrier/headless regression, not read-before-mutation settlement proof", + }); + headless.dispose(); + await application.stop(); + process.stdout.write( + `SCHEMA_CARRIER_PROBE ${JSON.stringify({ passed: failure === undefined, paid: false, outputDirectory, failure })}\n`, + ); +} diff --git a/apps/brunch-agent/test/schema-carrier.test.ts b/apps/brunch-agent/test/schema-carrier.test.ts new file mode 100644 index 00000000000..430b849b0a9 --- /dev/null +++ b/apps/brunch-agent/test/schema-carrier.test.ts @@ -0,0 +1,16 @@ +import { expect, test } from "vitest"; + +import { runNodeScript } from "./run-node-script"; + +test("the built agent carries nested canonical input and correlates headless continuation over the mounted route", async () => { + const { exitCode, stdout, stderr } = await runNodeScript( + new URL( + "../src/evaluations/runbook/schema-carrier-probe.ts", + import.meta.url, + ).pathname, + new URL("../../..", import.meta.url).pathname, + {}, + ); + expect(exitCode, `${stderr}\n${stdout}`).toBe(0); + expect(stdout).toContain('SCHEMA_CARRIER_PROBE {"passed":true,"paid":false'); +}); diff --git a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/package.json b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/package.json index 5251a32fd95..ff53fde304e 100644 --- a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/package.json +++ b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/package.json @@ -31,6 +31,7 @@ "devDependencies": { "@types/node": "22.18.13", "@typescript/native-preview": "7.0.0-dev.20260511.1", + "@valibot/to-json-schema": "1.7.1", "oxlint": "1.63.0", "oxlint-tsgolint": "0.22.1", "vite": "8.2.2", diff --git a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/canonical-schema-carrier.ts b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/canonical-schema-carrier.ts new file mode 100644 index 00000000000..b8f3bc78324 --- /dev/null +++ b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/canonical-schema-carrier.ts @@ -0,0 +1,107 @@ +import * as v from "valibot"; + +import type { petrinautAiTools } from "@hashintel/petrinaut-core/ai"; + +type CanonicalSchema = Exclude< + NonNullable< + ReturnType< + (typeof petrinautAiTools)["addType"]["inputSchema"]["toJSONSchema"] + >["properties"] + >[string], + boolean +>; + +/** + * Carry the JSON Schema vocabulary exercised by addType, not a second copy of + * Petrinaut's fields. New keywords fail closed until their carriage is proved. + * Canonical Zod validation remains the authority at execution. + */ +const schemaCarrier = (schema: CanonicalSchema): v.GenericSchema => { + const supportedKeywords = new Set(["$schema", "description"]); + const consumes = (...keywords: string[]) => { + for (const keyword of keywords) supportedKeywords.add(keyword); + }; + let carrier: v.GenericSchema; + if (schema.anyOf) { + consumes("anyOf"); + carrier = v.union( + schema.anyOf.map((option) => { + if (typeof option === "boolean") + throw new Error("Boolean schemas are not carried"); + return schemaCarrier(option); + }), + ); + } else if (schema.enum) { + consumes("type", "enum"); + if ( + schema.type !== "string" || + !schema.enum.every( + (option): option is string => typeof option === "string", + ) + ) { + throw new Error("Only string enums are carried"); + } + carrier = v.picklist(schema.enum); + } else { + consumes("type"); + switch (schema.type) { + case "object": { + consumes("properties", "required", "additionalProperties"); + if (!schema.properties || schema.additionalProperties !== false) { + throw new Error("Only closed canonical objects are carried"); + } + const required = new Set(schema.required ?? []); + const entries: v.ObjectEntries = Object.fromEntries( + Object.entries(schema.properties).map(([name, property]) => { + if (typeof property === "boolean") + throw new Error("Boolean schemas are not carried"); + const entry = schemaCarrier(property); + return [name, required.has(name) ? entry : v.optional(entry)]; + }), + ); + carrier = v.strictObject(entries); + break; + } + case "array": + consumes("items"); + if ( + !schema.items || + typeof schema.items === "boolean" || + Array.isArray(schema.items) + ) { + throw new Error("Only homogeneous canonical arrays are carried"); + } + carrier = v.array(schemaCarrier(schema.items)); + break; + case "string": + consumes("minLength"); + carrier = + schema.minLength === undefined + ? v.string() + : v.pipe(v.string(), v.minLength(schema.minLength)); + break; + case "null": + carrier = v.null(); + break; + default: + throw new Error( + `Unsupported canonical schema type: ${String(schema.type)}`, + ); + } + } + for (const keyword of Object.keys(schema)) { + if (!supportedKeywords.has(keyword)) { + throw new Error(`Unsupported canonical schema keyword: ${keyword}`); + } + } + return schema.description === undefined + ? carrier + : v.pipe(carrier, v.description(schema.description)); +}; + +export const canonicalSchemaCarrier = (schema: CanonicalSchema) => { + if (schema.type !== "object") throw new Error("Tool input must be an object"); + // The root check above narrows the generic recursive carrier's input, as + // required by Flue's ToolInputSchema. Nested schemas need not be objects. + return schemaCarrier(schema) as v.GenericSchema>; +}; diff --git a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/petrinaut-construction.ts b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/petrinaut-construction.ts index 78c4b1f606b..3468d488ca1 100644 --- a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/petrinaut-construction.ts +++ b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/tools/petrinaut-construction.ts @@ -7,6 +7,8 @@ import { petrinautAiTools, } from "@hashintel/petrinaut-core/ai"; +import { canonicalSchemaCarrier } from "./canonical-schema-carrier"; + export const PETRINAUT_CONSTRUCTION_TOOL_NAMES = [ "getLatestNetDefinition", "addType", @@ -51,6 +53,12 @@ const issuePathFrom = ( const canonicalInputFor = (toolName: PetrinautConstructionToolName) => { const canonicalTool = petrinautAiTools[toolName]; const jsonSchema = canonicalTool.inputSchema.toJSONSchema(); + // A1 earns nested addType carriage only. Other inherited carriers stay + // unchanged and must not be treated as scenario-admitted schema classes. + const carrier = + toolName === "addType" + ? canonicalSchemaCarrier(jsonSchema) + : v.looseObject({}); return { description: [ @@ -64,7 +72,7 @@ const canonicalInputFor = (toolName: PetrinautConstructionToolName) => { JSON.stringify(jsonSchema), ].join("\n"), schema: v.pipe( - v.looseObject({}), + carrier, v.rawTransform((context) => { const normalizedInput = normalizePetrinautAiToolInput( toolName, diff --git a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/schema-carrier.test.ts b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/schema-carrier.test.ts new file mode 100644 index 00000000000..efc87b353b0 --- /dev/null +++ b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/schema-carrier.test.ts @@ -0,0 +1,76 @@ +import { toJsonSchema } from "@valibot/to-json-schema"; +import * as v from "valibot"; +import { describe, expect, test } from "vitest"; + +import { petrinautAiTools } from "@hashintel/petrinaut-core/ai"; + +import { canonicalSchemaCarrier } from "../src/tools/canonical-schema-carrier"; +import { petrinautConstructionTools } from "../src/tools/petrinaut-construction"; + +// Flue 2.0.3 uses this converter in ignore mode and removes the dialect marker. +const providerSchema = (schema: v.GenericSchema) => { + const { $schema: _dialect, ...jsonSchema } = toJsonSchema(schema, { + errorMode: "ignore", + }); + return jsonSchema; +}; + +const addType = petrinautConstructionTools.find( + (tool) => tool.name === "addType", +)!; +const nestedType = { + id: "qualification", + name: "Qualification", + iconSlug: "circle", + displayColor: "#808080", + elements: [{ elementId: "family", name: "family", type: "string" }], +}; + +describe("canonical schema carrier", () => { + test("refuses unproved schema vocabulary instead of silently widening it", () => { + for (const field of [ + { type: "string", pattern: "^known$" }, + { type: "string", enum: ["known"], minLength: 2 }, + { oneOf: [{ type: "string" }, { type: "null" }] }, + { $ref: "#/$defs/recursive" }, + ] satisfies Parameters[0][]) { + expect(() => + canonicalSchemaCarrier({ + type: "object", + properties: { field }, + additionalProperties: false, + }), + ).toThrow(/Unsupported/u); + } + }); + + test("derives a Valibot schema structurally equal to the canonical JSON Schema for each admitted class", () => { + const { $schema: _dialect, ...canonical } = + petrinautAiTools.addType.inputSchema.toJSONSchema(); + expect(providerSchema(addType.input!)).toEqual(canonical); + }); + + test("carries real nested objects without serializing or dropping them", () => { + expect(v.parse(addType.input!, nestedType)).toEqual(nestedType); + expect( + v.safeParse(addType.input!, { + ...nestedType, + elements: JSON.stringify(nestedType.elements), + }).success, + ).toBe(false); + }); + + test("retains canonical strictness at the root and nested boundaries", () => { + for (const input of [ + { ...nestedType, invented: true }, + { + ...nestedType, + elements: [{ ...nestedType.elements[0], invented: true }], + }, + { ...nestedType, elements: [{ elementId: "family", name: "family" }] }, + { ...nestedType, id: "" }, + ]) { + expect(v.safeParse(addType.input!, input).success).toBe(false); + } + }); +}); diff --git a/yarn.lock b/yarn.lock index cc5c5c0c50e..6c0522371cf 100644 --- a/yarn.lock +++ b/yarn.lock @@ -7563,6 +7563,7 @@ __metadata: "@hashintel/petrinaut-core": "workspace:*" "@types/node": "npm:22.18.13" "@typescript/native-preview": "npm:7.0.0-dev.20260511.1" + "@valibot/to-json-schema": "npm:1.7.1" oxlint: "npm:1.63.0" oxlint-tsgolint: "npm:0.22.1" valibot: "npm:1.4.2" @@ -20159,7 +20160,7 @@ __metadata: languageName: node linkType: hard -"@valibot/to-json-schema@npm:^1.3.0": +"@valibot/to-json-schema@npm:1.7.1, @valibot/to-json-schema@npm:^1.3.0": version: 1.7.1 resolution: "@valibot/to-json-schema@npm:1.7.1" peerDependencies: From adca7a94f20b96f6549bb0c9b3820fb809d897fb Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 10:55:58 +0200 Subject: [PATCH 13/62] Record the Mission 7 A1 carrier proof and handoff --- libs/@hashintel/brunch-agent/MISSION.md | 4 +- .../implementations/fe-1573-step-a/.gitignore | 4 + .../canonical-observations.json | 215 ++++ .../carrier-result.md | 89 ++ .../context-1.json | 281 +++++ .../context-2.json | 363 +++++++ .../context-3.json | 441 ++++++++ .../context-4.json | 502 +++++++++ .../context-5.json | 562 ++++++++++ .../generated-schema.json | 70 ++ .../guidance-manifest.json | 151 +++ .../history.json | 223 ++++ .../probe-source.txt | 397 ++++++++ .../probe.log | 4 + .../request-1.json | 310 ++++++ .../request-2.json | 351 +++++++ .../request-3.json | 389 +++++++ .../request-4.json | 447 ++++++++ .../request-5.json | 483 +++++++++ .../response-1.json | 47 + .../response-2.json | 44 + .../response-3.json | 61 ++ .../response-4.json | 39 + .../response-5.json | 37 + .../result.json | 165 +++ .../turn-result.json | 159 +++ .../verification-final.log | 962 ++++++++++++++++++ .../verification-red.log | 119 +++ .../verification-retired-paid.log | 18 + .../verification.log | 962 ++++++++++++++++++ .../fe-1573-step-a/attempt-ledger.md | 3 + .../fe-1573-step-a/usage-ledger.json | 140 +++ 32 files changed, 8040 insertions(+), 2 deletions(-) create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/.gitignore create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/canonical-observations.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/carrier-result.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-1.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-2.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-3.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-4.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-5.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/generated-schema.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/guidance-manifest.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe-source.txt create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-1.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-2.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-3.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-4.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-5.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-1.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-2.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-3.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-4.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-5.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/result.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/turn-result.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-red.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-retired-paid.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/attempt-ledger.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/usage-ledger.json diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index 216d10911de..65c48182a4c 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -2,7 +2,7 @@ ## Status -**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), restacked onto accepted Mission 6b `7958a86b69`, above repaired Mission 6 and Mission 5. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). A1 carrier implementation is in progress; paid evidence has not begun. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. +**Live — Step A only, cut on 2026-09-07.** Branch `ln/fe-1573-construct-and-explain`, [FE-1573](https://linear.app/hash/issue/FE-1573/construct-and-explain-one-real-net-region-from-a-genuine-conversation), restacked onto accepted Mission 6b `7958a86b69`, above repaired Mission 6 and Mission 5. Mission 6 is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md). A1 has proved the isolated real-provider `addType.elements` carrier and headless continuation; the wider carrier portfolio remains Partial and A2–A6 are unproved. The [A1 handoff](docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/carrier-result.md) records scope, per-operation gates and an observed mixed-batch premise for A2. Paid usage is 5 calls / US$0.09113535 with no outstanding reservation; the [shared ledger](docs/evidence/implementations/fe-1573-step-a/usage-ledger.json) is authoritative for remaining budget. This contract authorizes the integrated adversarial tracer, four probes, two measurements, and bounded rework below; Step B requires Lu Nelson's separate acceptance and an authority-only amendment commit. The [Step B packet](docs/mission-drafts/7-explainable-construction.md) is not execution authority. **Foundation gate — opened by Lu's narrowed Mission 6b acceptance on 2026-09-07.** The [owner witness](docs/evidence/implementations/voice-resumable-reconciliation/owner-witness-2026-09-07/witness.md) proves the local Voice/mutation/resume/active-Stop path and records the accepted limitations: direct spoken-user Voice attribution after hydration is unsupported, locally withheld work after a settled tool-call step may reappear as pending, and no comparative latency claim exists. Shared host/transport implementation and paid Step A runs may now proceed under this authority and its budget. Preserve causal per-step client results and the narrowed Voice/Stop claims; Mission 6b evidence is a regression baseline, not Mission 7 proof. @@ -225,7 +225,7 @@ The integration owner maintains `usage-ledger.json` and `attempt-ledger.md` unde - Compaction survival and public history/state contracts at the real mounted runtime, including call-ID equality, post-settlement visibility, and enforceable mixed-batch prevention. - Genuine retention/relocation/reopen route and identity rebinding; snapshots remain diagnostics, not arbitrary canonical import permission. - Passage locator mechanism under the accepted identity policy; optional evidence relation's compliance and whether it drifts toward assertion-card complexity. -- Local carrier derivation versus upstream support and each admitted class's real provider behavior; no shape-preserving claim from description text. +- A1 proved mechanically derived `addType` carriage, including real nested provider arguments. Other operation classes remain unproved; empty required lists, discriminated unions and recursive metadata need their own alignment/admission decision. See the [per-operation handoff](docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/carrier-result.md#per-operation-admission). No shape-preserving claim follows from description text or from this one class. - Actual browser pre/post observation seam and headless parity; ability to distinguish effect categories and account for all changed fields without Brunch logic in Petrinaut. - Whether current guidance elicits/conserves enough Vestera complexity and produces useful, non-circular basis at an affordable cadence; classify acquisition, conservation, construction and interviewee nondisclosure rather than assume a prompt defect. - One versus two model-facing why tools, full-document token cost, when a structured patch earns its complexity, and whether the real user interaction needs browser-driven persona execution. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/.gitignore b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/.gitignore new file mode 100644 index 00000000000..50bb0062b2f --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/.gitignore @@ -0,0 +1,4 @@ +# Local Flue stores are retained for inspection, not committed as portable fixtures. +*.db +*.db-shm +*.db-wal diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/canonical-observations.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/canonical-observations.json new file mode 100644 index 00000000000..091437b8b76 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/canonical-observations.json @@ -0,0 +1,215 @@ +[ + { + "call": { + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "toolName": "getLatestNetDefinition", + "input": {} + }, + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "result": { + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "toolName": "getLatestNetDefinition", + "output": { + "title": "Isolated A1 synthetic carrier check", + "definition": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "extensions": { + "colors": true, + "stochasticity": true, + "dynamics": true, + "parameters": true, + "subnets": true + } + } + }, + "after": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + } + }, + { + "call": { + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "toolCallId": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "toolName": "addType", + "input": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + }, + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "result": { + "toolCallId": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "toolName": "addType", + "output": { + "applied": true + } + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + ], + "differentialEquations": [], + "parameters": [] + } + }, + { + "call": { + "submissionId": "sub_01M2031D4ZPHAACEDS1C4Y2FCD", + "toolCallId": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "toolName": "getLatestNetDefinition", + "input": {} + }, + "before": { + "places": [], + "transitions": [], + "types": [ + { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "result": { + "toolCallId": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "toolName": "getLatestNetDefinition", + "output": { + "title": "Isolated A1 synthetic carrier check", + "definition": { + "places": [], + "transitions": [], + "types": [ + { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "extensions": { + "colors": true, + "stochasticity": true, + "dynamics": true, + "parameters": true, + "subnets": true + } + } + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + ], + "differentialEquations": [], + "parameters": [] + } + } +] diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/carrier-result.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/carrier-result.md new file mode 100644 index 00000000000..ff66e3c0dc8 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/carrier-result.md @@ -0,0 +1,89 @@ +# A1 — nested canonical carrier result + +## Verdict and scope + +**Pass for `addType.elements`; Partial for the wider Mission 7 carrier portfolio.** The isolated check traversed the built production ChatAgent through its mounted `/agents/chat/:instanceId` route, the real Anthropic provider, Flue's canonical tool validation/defer path, the existing real-headless Petrinaut executor, and correlated client-result continuation. It created one type containing two nested attribute objects. It did not construct a process region, elicit Vestera facts, settle a workpiece revision, declare basis, observe a browser mutation, or prove explanation/reopen safety. + +Lu authorized this isolated pre-A2 probe on 2026-09-08; authority-only commits are `082224d` and `37d19d231b`. `MISSION.md` remains Step A authority. No Step A acceptance or Step B authorization is claimed. + +## Input and mechanism + +The input was explicitly test-authored and synthetic: a production-eligibility token with a product-family string and a line-qualification boolean. These exercise the selected region's required attribute class but encode no concrete family, line, qualification rule or operational quantity. The normal inherited construct-only mode was used; no hidden situation pack, truth ledger, expected Vestera net or prior Mission 3 workpiece was supplied. This is not a baseline rerun or genuine conversation candidate. + +`packages/plugin-sdcpn/src/tools/canonical-schema-carrier.ts` mechanically converts only the JSON Schema vocabulary exercised by `addType`: closed objects, required/optional properties, homogeneous arrays, string enums, string minimum length, nullable unions and descriptions. Fields come exclusively from `petrinautAiTools.addType.inputSchema.toJSONSchema()`. Unhandled keywords fail explicitly. The existing canonical Zod parse remains authoritative. No tool mounting, termination, prompts, skills, stock Petrinaut semantics or other inherited carriers changed. + +The actual provider-facing `addType` parameters equal canonical JSON Schema structurally, with only the root `$schema` dialect declaration excluded because Flue 2.0.3 itself removes it. No constraints, properties, descriptions, requiredness, union branches or nested structures are normalized away. The comparison is asserted both in the plugin test and against the built agent's actual provider context. Anthropic's actual request schema is retained in `request-3.json` (`payload.tools`); `context-3.json` retains Flue's pre-provider parameters. `generated-schema.json` is a post-run extraction from that context, not a hand-authored schema. + +The red test failed on the inherited `{ type: "object", properties: {}, required: [] }` provider carrier while canonical runtime acceptance/rejection already passed. `verification-red.log` preserves this distinction. Installed runtime/converter source, rather than description-text presence, determined the repair. + +## Observed crossing + +- Provider and all five returned model identities: `anthropic/claude-sonnet-4-6`. +- Source and complete built-artifact hashes, actual inherited guidance and selected mode: `guidance-manifest.json`; full model-facing prompts/tools/messages: `context-1.json` through `context-5.json`. +- Raw request bodies and enforced token/cost bounds: `request-1.json` through `request-5.json`. Raw provider-adapter responses, arguments, model ids and usage: corresponding `response-*.json` files. +- Nested mutation: `response-3.json`, call `toolu_01UxCaZSXf8DnT2YTW71aoUP`. `elements` is an actual array, not a serialized string. It contains `product_family: string` and `line_qualified: boolean`, each with a stable element id selected by the model. +- Canonical validation succeeded with no rejection. The headless pre-definition had zero types; the post-definition had exactly the canonical type supplied by the model. All other entity collections stayed empty. `canonical-observations.json` retains complete pre/post definitions and correlated callback results; this is independent observation in the headless probe, **not A3 browser-effect/transition-record proof**. The claim does not rely on `{ applied: true }` alone. +- `history.json` retains canonical public history and result signals; `turn-result.json` records the existing driver returning the same conversation's completed assistant response after client-result continuation. The agent made a post-mutation read and described the actual two attributes and the check's limitations. +- The local `conversation.db` is retained alongside this run but git-ignored. Retention is not an A4 materialization/reopen verdict; no relocation or authorized reopened why was tested. + +### Exposed batching premise — handoff to A2 + +The first provider response combined `activate_skill` and the terminating `getLatestNetDefinition`. The runtime made two more provider calls in the same submission before delivering the pending client work. In `response-3.json`, the agent explicitly said the read was pending and issued `addType` using the synthetic request's empty-document statement. Both pending client calls were then executed in canonical order. The later standalone read and final response did consume client results. + +This probe does **not** prove read-before-mutation settlement or enforceable terminating-batch behavior. The observed history is a concrete premise pin for A2's mixed-batch investigation, not permission to alter termination or weaken settled-citation requirements. No `update_workpiece` existed in this run under the explicit isolated exception. + +## Per-operation admission + +| Operation(s) | A1 disposition | Remaining gate | +| --- | --- | --- | +| `addType` | Structurally aligned and real-provider nested carrier proved | Integration owner must still join settled citation/basis and host records before ordinary scenario admission. This is only schema-carrier eligibility. | +| `getLatestNetDefinition` | Real headless reads exercised; inherited empty carrier unchanged | No new exact-schema-alignment claim: Valibot emits `required: []`, whereas canonical Zod omits the empty keyword. Decide structural equivalence or require upstream supplied JSON Schema before a broader exact-alignment claim. | +| `addParameter`, `addPlace` | Inherited carriers unchanged; no new admission | Derive and prove each required schema vocabulary and actual provider class separately. `addPlace` needs boolean/numeric/bounded integer handling beyond this compiler. | +| `addArc` | Inherited carrier and numeric-string normalization unchanged | Discriminated `oneOf`, typed literals and positive-number bounds are not carried by this compiler. Preserve canonical normalization before structural validation if this class is repaired. | +| `addTransition` | Inherited carrier unchanged | In addition to arc schemas, recursive `metadata` introduces `$defs`/`$ref`; Valibot's lazy converter creates its own reference names. No exact-shape claim or converter hack is authorized by this success. | +| `updatePlace`, `removePlace`, `updateTransition`, `removeTransition`, `removeArc`, `updateArcWeight`, `updateArcType`, `updateArcPlace`, `updateType`, `removeType`, `addTypeElement`, `updateTypeElement`, `removeTypeElement`, `addScenario`, `updateScenario`, `removeScenario`, `updateParameter`, `removeParameter`, `getNetCompilationErrors`, `applyAutoLayout`, `setNetTitle` | Not mounted or tested by A1 | Remain unavailable under unchanged mounting; scenario-specific admission and class proof belong to subsequent integration. The accepted Vestera rules have not been dropped. | + +For schema classes that cannot be represented faithfully by the installed converter, the named upstream requirement is **Flue tool support for canonical supplied JSON Schema / Standard Schema validation**, retaining top-level-object validation and canonical execution. Do not copy Petrinaut fields, replace `oneOf` by a weaker union, drop recursive metadata, or treat this one pass as blanket admission. + +## Usage and timing + +| Call | Provider latency | Catalog-calculated USD | Main output | +| --- | ---: | ---: | --- | +| 1 | 3,869 ms | 0.03815025 | Activate modelling skill and request the pre-read | +| 2 | 3,362 ms | 0.01041570 | Read construction/check resources | +| 3 | 9,110 ms | 0.02367300 | One nested `addType` call | +| 4 | 2,805 ms | 0.00789915 | Post-mutation read | +| 5 | 10,450 ms | 0.01099725 | Final scope-qualified report | +| Total | 29,596 ms summed provider latency | **0.09113535** | **5 calls; 1 mutation attempt; 0 canonical rejections; 0 retries** | + +The provider reported token counts and cache splits; dollar costs are calculated by the installed Pi Anthropic catalogue, not an invoice. Every request had `max_tokens: 4096`; payloads ranged from 34,720 to 65,275 UTF-8 bytes. A conservative byte-based input-token bound plus 10,000 framing tokens, highest input/cache rate and bounded output reserved under US$1 per call. Maximum computed per-call upper bound was US$0.34372125. SDK retries were disabled. All five outcomes have complete accounting. No comparative latency or product responsiveness claim follows from these timings. + +The initial US$8/eight-call reservation is released after this run. Shared Step A totals: **US$0.09113535 / 5 calls spent; US$99.90886465 / 195 calls remain**, no outstanding reservation. `../usage-ledger.json` is the live ledger; `result.json` preserves the run's original reservation and raw measurements. + +## Verification and next boundary + +Command from repository root: + +```sh +yarn exec turbo run build lint:tsc lint:eslint test:unit --filter=@hashintel/brunch-agent-plugin-sdcpn --filter=@apps/brunch-agent +``` + +Result: **39 tasks passed**; plugin **15 tests**, app **152 tests**. Plugin lint: zero warnings/errors. App lint: 14 warnings in untouched files, zero errors. The initial standalone app typecheck lacked the built `@local/hash-backend-utils/opentelemetry` declaration; dependency builds supplied it and the root-Turbo run passed without source changes there. `verification.log` retains output. The app's normal suite includes the built-agent faux carrier test and existing construction/transport regressions. No UI was changed, so no browser screenshot is presented as A1 evidence. + +Paid command (already spent; do not repeat without a new ledger reservation): + +```sh +yarn workspace @apps/brunch-agent exec node --experimental-strip-types src/evaluations/runbook/schema-carrier-probe.ts --paid +``` + +The paid instrument is **retired**, not a general campaign driver. Its exact source at execution is retained in `probe-source.txt`; the current `schema-carrier-probe.ts` is an unpaid built-agent regression replay and rejects `--paid` before any provider request. `probe.log` retains the successful result and local OTLP exporter connection errors: no collector was listening on `localhost:4317`; provider, history and canonical execution succeeded. Hosted telemetry is not claimed or repaired here. + +### Post-run review and disposition + +An independent read-only code review found no current `addType` carrier defect and confirmed the narrow success/accounting. It found a latent guard gap in the one-use paid instrument: `addTypeAttempts` was checked before the next provider call, so multiple calls in one provider response could exceed the three-attempt ceiling before that guard ran. It also counted all attempts, not specifically canonical rejections. **No violation occurred in this run: exactly one mutation was emitted and accepted.** The eight-call/dollar bounds and recorded one-attempt outcome still hold, but the source must not be advertised as enforcing an intra-response repair ceiling. + +Rather than introduce stream interception or change production termination to harden a spent instrument, A1 removes the paid path from executable source and retains only the faux production-boundary regression. A future paid instrument must enforce its operation allowance before dispatching a response's tool calls and test batched rejection cases. This does not authorize another paid A1 run or weaken Step A's repair ceiling. The second review finding was the read-before-mutation overclaim risk; the batching-premise section above explicitly disposes it to A2. + +`verification-final.log` verifies the shipped unpaid replay after retirement; `verification-retired-paid.log` records explicit paid-entry rejection. These later checks neither replace nor rerun the frozen paid evidence. + +Next: A2's actual call-id/state/mixed-batch premises, while A3/A4 may consume these narrow carrier artifacts. A1 supplies one carried nested class, not an integrated tracer and not owner acceptance of Step A. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-1.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-1.json new file mode 100644 index 00000000000..f07ac0f86bd --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-1.json @@ -0,0 +1,281 @@ +{ + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ], + "timestamp": 1788857054348 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-2.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-2.json new file mode 100644 index 00000000000..4942ecaa1b4 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-2.json @@ -0,0 +1,363 @@ +{ + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ], + "timestamp": 1788857054348 + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "thinkingSignature": "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" + }, + { + "type": "toolCall", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "arguments": { + "name": "sdcpn-modelling" + } + }, + { + "type": "toolCall", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "arguments": {} + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 3, + "output": 178, + "cacheRead": 0, + "cacheWrite": 9459, + "totalTokens": 9640, + "cost": { + "input": 0.000009, + "output": 0.00267, + "cacheRead": 0, + "cacheWrite": 0.03547125, + "total": 0.038150250000000004 + }, + "cacheWrite1h": 0, + "reasoning": 94 + }, + "stopReason": "toolUse", + "timestamp": 1788857054384, + "responseId": "msg_011CeqgFjoFELctCQ663iQsc", + "rawStopReason": "tool_use" + }, + { + "role": "toolResult", + "toolCallId": "toolu_018YLU45ajpyuxkD1XmckJq8", + "toolName": "activate_skill", + "content": [ + { + "type": "text", + "text": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n" + } + ], + "details": { + "skill": "sdcpn-modelling" + }, + "isError": false, + "timestamp": 1788857058234 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "toolName": "getLatestNetDefinition", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "getLatestNetDefinition", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788857058234 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-3.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-3.json new file mode 100644 index 00000000000..789a5296e0e --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-3.json @@ -0,0 +1,441 @@ +{ + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ], + "timestamp": 1788857054348 + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "thinkingSignature": "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" + }, + { + "type": "toolCall", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "arguments": { + "name": "sdcpn-modelling" + } + }, + { + "type": "toolCall", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "arguments": {} + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 3, + "output": 178, + "cacheRead": 0, + "cacheWrite": 9459, + "totalTokens": 9640, + "cost": { + "input": 0.000009, + "output": 0.00267, + "cacheRead": 0, + "cacheWrite": 0.03547125, + "total": 0.038150250000000004 + }, + "cacheWrite1h": 0, + "reasoning": 94 + }, + "stopReason": "toolUse", + "timestamp": 1788857054384, + "responseId": "msg_011CeqgFjoFELctCQ663iQsc", + "rawStopReason": "tool_use" + }, + { + "role": "toolResult", + "toolCallId": "toolu_018YLU45ajpyuxkD1XmckJq8", + "toolName": "activate_skill", + "content": [ + { + "type": "text", + "text": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n" + } + ], + "details": { + "skill": "sdcpn-modelling" + }, + "isError": false, + "timestamp": 1788857058234 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "toolName": "getLatestNetDefinition", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "getLatestNetDefinition", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788857058234 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + } + }, + { + "type": "toolCall", + "id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + } + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 1, + "output": 176, + "cacheRead": 9459, + "cacheWrite": 1316, + "totalTokens": 10952, + "cost": { + "input": 0.000003, + "output": 0.00264, + "cacheRead": 0.0028377, + "cacheWrite": 0.004935, + "total": 0.0104157 + }, + "cacheWrite1h": 0, + "reasoning": 0 + }, + "stopReason": "toolUse", + "timestamp": 1788857058239, + "responseId": "msg_011CeqgG1q9PDJGcipcW482u", + "rawStopReason": "tool_use" + }, + { + "role": "toolResult", + "toolCallId": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "toolName": "read_skill_resource", + "content": [ + { + "type": "text", + "text": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n" + } + ], + "details": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md", + "lines": 128 + }, + "isError": false, + "timestamp": 1788857061607 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "toolName": "read_skill_resource", + "content": [ + { + "type": "text", + "text": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n" + } + ], + "details": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md", + "lines": 117 + }, + "isError": false, + "timestamp": 1788857061607 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-4.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-4.json new file mode 100644 index 00000000000..4e533b06cb8 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-4.json @@ -0,0 +1,502 @@ +{ + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ], + "timestamp": 1788857054348 + }, + { + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "thinkingSignature": "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" + }, + { + "type": "toolCall", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "arguments": { + "name": "sdcpn-modelling" + } + }, + { + "type": "toolCall", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "arguments": {} + } + ], + "stopReason": "toolUse", + "usage": { + "input": 3, + "output": 178, + "cacheRead": 0, + "cacheWrite": 9459, + "totalTokens": 9640, + "cost": { + "input": 0.000009, + "output": 0.00267, + "cacheRead": 0, + "cacheWrite": 0.03547125, + "total": 0.038150250000000004 + }, + "cacheWrite1h": 0, + "reasoning": 94 + }, + "timestamp": 1788857056346 + }, + { + "role": "toolResult", + "toolCallId": "toolu_018YLU45ajpyuxkD1XmckJq8", + "toolName": "activate_skill", + "isError": false, + "content": [ + { + "type": "text", + "text": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n" + } + ], + "timestamp": 1788857058233 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "toolName": "getLatestNetDefinition", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "timestamp": 1788857058233 + }, + { + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + } + }, + { + "type": "toolCall", + "id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 1, + "output": 176, + "cacheRead": 9459, + "cacheWrite": 1316, + "totalTokens": 10952, + "cost": { + "input": 0.000003, + "output": 0.00264, + "cacheRead": 0.0028377, + "cacheWrite": 0.004935, + "total": 0.0104157 + }, + "cacheWrite1h": 0, + "reasoning": 0 + }, + "timestamp": 1788857060219 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "toolName": "read_skill_resource", + "isError": false, + "content": [ + { + "type": "text", + "text": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n" + } + ], + "timestamp": 1788857061606 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "toolName": "read_skill_resource", + "isError": false, + "content": [ + { + "type": "text", + "text": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n" + } + ], + "timestamp": 1788857061606 + }, + { + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "Good. I have the skill resources. The net definition is awaiting client - I need to wait for it. But actually looking at the tool result, it says `{\"awaiting\":\"client\"}` which means the browser hasn't returned the result yet. Let me proceed with what I know - the document is empty (as stated in the prompt), and I just need to add the type.\n\nLet me now call `addType` with the specified attributes.", + "thinkingSignature": "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" + }, + { + "type": "text", + "text": "The net definition read is pending a client-side result; the task description confirms the document is empty. I'll proceed directly to the single `addType` call as instructed." + }, + { + "type": "toolCall", + "id": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "name": "addType", + "arguments": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 1, + "output": 378, + "cacheRead": 10775, + "cacheWrite": 3938, + "totalTokens": 15092, + "cost": { + "input": 0.000003, + "output": 0.0056700000000000006, + "cacheRead": 0.0032324999999999997, + "cacheWrite": 0.0147675, + "total": 0.023673 + }, + "cacheWrite1h": 0, + "reasoning": 106 + }, + "timestamp": 1788857063842 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "toolName": "addType", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "timestamp": 1788857070731 + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "\n[{\"toolCallId\":\"toolu_01ESjLAmxCrCsgjgA67zYvxD\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}},{\"toolCallId\":\"toolu_01UxCaZSXf8DnT2YTW71aoUP\",\"toolName\":\"addType\",\"output\":{\"applied\":true}}]\n" + } + ], + "timestamp": 1788857070754 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-5.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-5.json new file mode 100644 index 00000000000..e74e5206c96 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/context-5.json @@ -0,0 +1,562 @@ +{ + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ], + "timestamp": 1788857054348 + }, + { + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "thinkingSignature": "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" + }, + { + "type": "toolCall", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "arguments": { + "name": "sdcpn-modelling" + } + }, + { + "type": "toolCall", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "arguments": {} + } + ], + "stopReason": "toolUse", + "usage": { + "input": 3, + "output": 178, + "cacheRead": 0, + "cacheWrite": 9459, + "totalTokens": 9640, + "cost": { + "input": 0.000009, + "output": 0.00267, + "cacheRead": 0, + "cacheWrite": 0.03547125, + "total": 0.038150250000000004 + }, + "cacheWrite1h": 0, + "reasoning": 94 + }, + "timestamp": 1788857056346 + }, + { + "role": "toolResult", + "toolCallId": "toolu_018YLU45ajpyuxkD1XmckJq8", + "toolName": "activate_skill", + "isError": false, + "content": [ + { + "type": "text", + "text": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n" + } + ], + "timestamp": 1788857058233 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "toolName": "getLatestNetDefinition", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "timestamp": 1788857058233 + }, + { + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + } + }, + { + "type": "toolCall", + "id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 1, + "output": 176, + "cacheRead": 9459, + "cacheWrite": 1316, + "totalTokens": 10952, + "cost": { + "input": 0.000003, + "output": 0.00264, + "cacheRead": 0.0028377, + "cacheWrite": 0.004935, + "total": 0.0104157 + }, + "cacheWrite1h": 0, + "reasoning": 0 + }, + "timestamp": 1788857060219 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "toolName": "read_skill_resource", + "isError": false, + "content": [ + { + "type": "text", + "text": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n" + } + ], + "timestamp": 1788857061606 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "toolName": "read_skill_resource", + "isError": false, + "content": [ + { + "type": "text", + "text": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n" + } + ], + "timestamp": 1788857061606 + }, + { + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "Good. I have the skill resources. The net definition is awaiting client - I need to wait for it. But actually looking at the tool result, it says `{\"awaiting\":\"client\"}` which means the browser hasn't returned the result yet. Let me proceed with what I know - the document is empty (as stated in the prompt), and I just need to add the type.\n\nLet me now call `addType` with the specified attributes.", + "thinkingSignature": "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" + }, + { + "type": "text", + "text": "The net definition read is pending a client-side result; the task description confirms the document is empty. I'll proceed directly to the single `addType` call as instructed." + }, + { + "type": "toolCall", + "id": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "name": "addType", + "arguments": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 1, + "output": 378, + "cacheRead": 10775, + "cacheWrite": 3938, + "totalTokens": 15092, + "cost": { + "input": 0.000003, + "output": 0.0056700000000000006, + "cacheRead": 0.0032324999999999997, + "cacheWrite": 0.0147675, + "total": 0.023673 + }, + "cacheWrite1h": 0, + "reasoning": 106 + }, + "timestamp": 1788857063842 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "toolName": "addType", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "timestamp": 1788857070731 + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "\n[{\"toolCallId\":\"toolu_01ESjLAmxCrCsgjgA67zYvxD\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}},{\"toolCallId\":\"toolu_01UxCaZSXf8DnT2YTW71aoUP\",\"toolName\":\"addType\",\"output\":{\"applied\":true}}]\n" + } + ], + "timestamp": 1788857070754 + }, + { + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The addType call was accepted. Now I should inspect the net definition to confirm the type is present.", + "thinkingSignature": "EtwCCpIBCBEYAipAsGif+1CUpjQUIlAi59RYfF+BdNyt2et/xIntzbEqkdt7S8ka8lLYZf2L6xoVhYClsjUaMuAW81iIuQ/oWqe1RDIRY2xhdWRlLXNvbm5ldC00LTY4AEIIdGhpbmtpbmdaJDFjYjg0ZmM0LTQ3YWEtNGUxZi1hNjY1LTk0MGFiOWY4MWY4OKgB8ZX/1AYSDP9s1oZONrWNYTj2oRoMuSSkTwV96DxJx3ApIjA6k4bsU6TxP+8MUYIvi9L6hRlbQBvS8uU5VHgSe7bt3YuQQD68oCxLKutLsjLPxEUqd805bE/flR4HkqIevputKeasmXqPIKbsPkXwqegK96VnRuxp/daRE8AY0vKmdovIYb5UgR3j2Uz/b1ZDfOfgRpLHjt+KNAUCVuOE0yvYyc7+5zyFslezJPhTwjnRyJDsaIXhxyfS/a6KY2r00IhA3rkTjLr/agVjGAE=" + }, + { + "type": "toolCall", + "id": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "name": "getLatestNetDefinition", + "arguments": {} + } + ], + "stopReason": "toolUse", + "usage": { + "input": 3, + "output": 75, + "cacheRead": 14713, + "cacheWrite": 627, + "totalTokens": 15418, + "cost": { + "input": 0.000009, + "output": 0.0011250000000000001, + "cacheRead": 0.0044139, + "cacheWrite": 0.00235125, + "total": 0.00789915 + }, + "cacheWrite1h": 0, + "reasoning": 33 + }, + "timestamp": 1788857072564 + }, + { + "role": "toolResult", + "toolCallId": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "toolName": "getLatestNetDefinition", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "timestamp": 1788857073569 + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "\n[{\"toolCallId\":\"toolu_01WXUUuzQ8cJ3XrCziTGkXNQ\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[{\"id\":\"type_production_eligibility\",\"name\":\"ProductionEligibility\",\"description\":\"Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.\",\"iconSlug\":\"circle\",\"displayColor\":\"#4A90D9\",\"elements\":[{\"elementId\":\"elem_product_family\",\"name\":\"product_family\",\"type\":\"string\"},{\"elementId\":\"elem_line_qualified\",\"name\":\"line_qualified\",\"type\":\"boolean\"}]}],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}}]\n" + } + ], + "timestamp": 1788857073578 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/generated-schema.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/generated-schema.json new file mode 100644 index 00000000000..f65b95e8636 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/generated-schema.json @@ -0,0 +1,70 @@ +{ + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/guidance-manifest.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/guidance-manifest.json new file mode 100644 index 00000000000..3e77de971cc --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/guidance-manifest.json @@ -0,0 +1,151 @@ +{ + "runId": "a1-paid-2026-09-08T08-44-14-222Z", + "paid": true, + "model": "anthropic/claude-sonnet-4-6", + "pricing": { + "input": 3, + "output": 15, + "cacheRead": 0.3, + "cacheWrite": 3.75 + }, + "pricingSource": "installed Pi provider catalogue; actual token counts come from provider responses", + "sourceHashes": { + "packages/core/src/_suspended/conversation/affordance.ts": "248bac732b36ae37372b3095836ae222734d11412c700f1598fc7442ad05471b", + "packages/core/src/_suspended/conversation/ask-protocol.ts": "290a14d0d132c8a1270fb6ae5c5b8eed05933d82d5d87077cb87d0ad210e00a0", + "packages/core/src/_suspended/conversation/ask-tool-contract.ts": "0f83a03b363823b033526e6527a6d18a88a9e95952d21b8d99186f5e07307f38", + "packages/core/src/_suspended/conversation/sweep-protocol.ts": "c2203dac99f6d893724942f611c29b6729111077f9f904c5fca8092d4688bdb5", + "packages/core/src/client-tools.ts": "7bed156431d2429088b47b3032d73bb3c5768a0e3b73d21661b4217f60990f93", + "packages/core/src/conversation/naming.ts": "3d7fe8ad4d2964077820a7f9b6bc293ba8dda9b39a70ebeba4f2092f8b4d966b", + "packages/core/src/conversation/reply-protocol.ts": "912defd5d2a4eaa13877213226e2f1bc728886f6058a517403271e03787f7ae2", + "packages/core/src/evidence/capture-store.ts": "94ad9f32a790eaa8986018b0e8bb3626720533eb308a89a883b824132316b264", + "packages/core/src/evidence/session-log.ts": "50bbd4d0f7cce592189c5c56982b239bd9b346cb69bd1f1461639866e30f9ac3", + "packages/core/src/flue.ts": "00d17ad9af494a19b1f31d6d48bb7700d06fcac99beae5c7ce6686cf1ebd4308", + "packages/core/src/index.ts": "c3a13bcd4928a8f7b11ba83601257bb550e9b2d2f1874d009997cf292587f0b2", + "packages/core/src/json-value.ts": "852964ae98b7c0378aba1052d04ade55980e6e5d696507de4869452c96476fac", + "packages/core/src/prompts/SYSTEM.md": "3a657235227a99beee3ad570ea330c4d781fddde8590564fa23022459cac78da", + "packages/core/src/question-marker.ts": "c69b158ec3020c1080561071155dd5ad51d836701b632c6afac1d56daee917dd", + "packages/core/src/raw-imports.d.ts": "f921bd201474298ebf43978860dfe8699729ae6724fb487b25b23177d9100ea9", + "packages/core/src/readonly-deep.ts": "697c6fbc62c11c3940f883aa5bd3249c205a4ab5831e2aae8d244615451adce2", + "packages/core/src/skills/elicitation/SKILL.md": "68b7fa27c2ba8401a97272e63c17d0ad6c6fdb9b3c81d9aa02e7ec3120e0aacc", + "packages/core/src/skills/elicitation/skill.ts": "5ab4a1cd714b6b819e51864d48ec2fe655fc6a335a73eb51c7126ebdd9c631f2", + "packages/core/src/skills/skill-markdown.ts": "cf72c6c604141cac834b7bf3978a63001181b304c271ab64d363949b64cc4166", + "packages/core/src/storage.ts": "30bf7ddc29a871733ea8635ded1ad756b1b644b63ee982ea82181a2a3a73193f", + "packages/core/src/workpiece.ts": "2bf5a4122f2040638e13d3a5767da7a76299c49fe451c07304f15202c89c0991", + "packages/plugin-sdcpn/src/flue.ts": "cbbb990cc54d46404580e625e218399b76165433d8d09da76adf77bdce47434d", + "packages/plugin-sdcpn/src/index.ts": "5feb06b4571f36e7a1998c0fff431bb6d6dfe6acfe62e95252ff32d0e5cabda6", + "packages/plugin-sdcpn/src/prompts/APPEND_SYSTEM.md": "8826b85d32d6c24fbc8f678ec394600676ec61c4a0b83d0a9cfa16be87fc5d76", + "packages/plugin-sdcpn/src/raw-imports.d.ts": "8ab4c314d9824d521f5d375c71353c42011be943091e05732f9b55f305133af5", + "packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md": "ff0d9351bf6f130188c325d0fd158bd5b874b3eb18d3a4f195e8487dc811dde9", + "packages/plugin-sdcpn/src/skills/sdcpn-modelling/references/checks.md": "43dbc9adc9168ae9984321895fca441386ee3c44ab8691ba92baec0f7c43f400", + "packages/plugin-sdcpn/src/skills/sdcpn-modelling/references/pn-construction.md": "57edbdfebd733ed6c1d5eb02f81dc13e6d5b9c7357f00018c1d0f2b1b1a3f694", + "packages/plugin-sdcpn/src/skills/sdcpn-modelling/references/profile.md": "cf37161ee79cace2d96ee6d473e9751cab65cc050ebae79d94530a01705b2b8e", + "packages/plugin-sdcpn/src/skills/sdcpn-modelling/skill.ts": "201fbf3cb4655f9eaee23e07dc289e58f348e967df455195fdd35d4757371b73", + "packages/plugin-sdcpn/src/skills/sdcpn-modelling/templates/workpiece.md": "6c26ed3808ccbb7133ea7c370779e63885dfdc342c6594f5cb3730b467e2b1da", + "packages/plugin-sdcpn/src/tools/canonical-schema-carrier.ts": "5c12fd8ffd2ad004f714b04859f3fedc6896ace79c02e477c2e020fde6a2ba8d", + "packages/plugin-sdcpn/src/tools/petrinaut-construction.ts": "8a98b249f4d59793e0a8c88deacd70eb92004244fdfeed3b69a77d786e1cd170", + "packages/plugin-sdcpn/src/tools/read-petrinaut-doc.ts": "9e020d8bee5e6c9902b5e5b609abc5930d3e27647d0f4d0d4679f3e31097dfbb" + }, + "buildHashes": { + "../../../apps/brunch-agent/dist/app.mjs": "2a13cb8ab797f272cf697720ad5bf58f0a84fd1198f998acb9ad471fcddb3ccf", + "../../../apps/brunch-agent/dist/client/assets/index.css": "a3aae2c9f488b052c6f96dd29eb88af15f907a3f9d36e2081990e26ea3c9d543", + "../../../apps/brunch-agent/dist/client/assets/index.js": "ce920d90f61236fe745e67b45a9cc5687e9a9ebdc1bd6d7fcc6470a20c3e7889", + "../../../apps/brunch-agent/dist/client/index.html": "626163ab520ec02e5768256d5d8eeefe5690016a7dbdc87a4153743e073982f5", + "../../../apps/brunch-agent/dist/execAsync-D25bwo5l.mjs": "2aa3218ffa6e86ced8194f6f089522154c7ee24eb9aa2e839b1ce04cc2286965", + "../../../apps/brunch-agent/dist/execAsync-D25bwo5l.mjs.map": "5e381f4e18a353dafefac2971b2ab2a593b230920e05fca9639a695c2fb9f55a", + "../../../apps/brunch-agent/dist/getMachineId-bsd-ThF6nEVL.mjs": "1f347955329d7a66f491559c8d11e0a722c20bf01bcc578a7fcbd0fc09210268", + "../../../apps/brunch-agent/dist/getMachineId-bsd-ThF6nEVL.mjs.map": "8427bcf68f4765b130ef689958ca9684ed05952e44fea16f96f5b4d31954ae4b", + "../../../apps/brunch-agent/dist/getMachineId-darwin-C6rMMlat.mjs": "35ea46fdbfb21cbbfdd7609a6305a067f1ecc8af7d307c515de940ddd5e14183", + "../../../apps/brunch-agent/dist/getMachineId-darwin-C6rMMlat.mjs.map": "49511a6d3eb20411051b2692c0d11d1cd8106624db496aa18749900dfeacf675", + "../../../apps/brunch-agent/dist/getMachineId-linux-B5Iy_Sy7.mjs": "2b320cd8b585786fe74d9bc0950666896d481620b50712947d4fd914ca4f1cff", + "../../../apps/brunch-agent/dist/getMachineId-linux-B5Iy_Sy7.mjs.map": "f94bbae72789f890a358dbaf54455dbb0f95f4780d6b194aeaf2948c6c84bbba", + "../../../apps/brunch-agent/dist/getMachineId-unsupported-QqRDr4II.mjs": "e31d1f882207eaaf5c81cbc80cec1fe13a4bc3a3706050519c68515954249d5d", + "../../../apps/brunch-agent/dist/getMachineId-unsupported-QqRDr4II.mjs.map": "43b5c2cf0d1aae3fbe0cdcafb6a9b3b6428467fefbb5df4a6eedc06e9fbd2d9d", + "../../../apps/brunch-agent/dist/getMachineId-win-FwyaH7b-.mjs": "fa859f727a5adeece86355bcf5b5cb5cf83b286f3662dd98e4d7869e511fbceb", + "../../../apps/brunch-agent/dist/getMachineId-win-FwyaH7b-.mjs.map": "0b71b5580380d956471c3f153d313fe132edd2deea6816677c9ff25d97c9a780", + "../../../apps/brunch-agent/dist/node-server-JHw3gbXL.mjs": "9c8bf41f6bccd979b73a8dba875d387fa4bf59ffbdc406cb6ae3d460f7eedab6", + "../../../apps/brunch-agent/dist/node-server-JHw3gbXL.mjs.map": "9ab0e889f80a6ffadebc95b36ee6b71caa12e1e8fc7bcf2dad272f7e9c010363", + "../../../apps/brunch-agent/dist/rolldown-runtime-BMI-E3GI.mjs": "efc57dcff870d1e3f2f361b3ba80eb84330c649bef8f1529736019ea7e961346", + "../../../apps/brunch-agent/dist/server.mjs": "80aaf1ee9e8cef4151ec700dd121d9e875635594c3b8d0eaa6bef8b3f7f5f118", + "../../../apps/brunch-agent/dist/server.mjs.map": "383860dfb293450d31adb1753b56e4c10a8e8f6b061a4a904af42d8449f0ca1c" + }, + "initialData": { + "mode": "validated-construction" + }, + "request": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented.", + "canonicalSchema": { + "$schema": "https://json-schema.org/draft/2020-12/schema", + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "description": "Optional human-readable summary shown to users.", + "type": "string" + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "type": "string", + "enum": ["real", "integer", "boolean", "uuid", "string"], + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.", + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ] + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + }, + "limitations": [ + "update_workpiece absent under owner-approved isolated A1 exception", + "inherited construct-only mounting unchanged", + "no browser, genuine interview, revision, basis or explanation claim" + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/history.json new file mode 100644 index 00000000000..41a97ef9bee --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/history.json @@ -0,0 +1,223 @@ +{ + "v": 1, + "conversationId": "conv_01M2030X3SH3TN6FA7GY89G99W", + "offset": "0000000000000000_0000000000000063", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwMzBYM1JKNThGWU5NODBSWEtEOTRH", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "parts": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented.", + "state": "done" + } + ] + }, + { + "id": "entry_01M2030Z2TZAVFX3NAXWPJV9GB", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "turnId": "turn_01M2030X4JC6HBXQVC7QQ81SY6", + "parts": [ + { + "type": "reasoning", + "text": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "state": "done" + }, + { + "type": "dynamic-tool", + "toolName": "activate_skill", + "toolCallId": "toolu_018YLU45ajpyuxkD1XmckJq8", + "state": "output-available", + "input": { + "name": "sdcpn-modelling" + }, + "output": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n", + "durationMs": 7 + }, + { + "type": "dynamic-tool", + "toolName": "getLatestNetDefinition", + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "state": "output-available", + "input": {}, + "output": { + "awaiting": "client" + }, + "durationMs": 4 + }, + { + "type": "dynamic-tool", + "toolName": "read_skill_resource", + "toolCallId": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "state": "output-available", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + }, + "output": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n", + "durationMs": 4 + }, + { + "type": "dynamic-tool", + "toolName": "read_skill_resource", + "toolCallId": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "state": "output-available", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + }, + "output": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n", + "durationMs": 3 + }, + { + "type": "reasoning", + "text": "Good. I have the skill resources. The net definition is awaiting client - I need to wait for it. But actually looking at the tool result, it says `{\"awaiting\":\"client\"}` which means the browser hasn't returned the result yet. Let me proceed with what I know - the document is empty (as stated in the prompt), and I just need to add the type.\n\nLet me now call `addType` with the specified attributes.", + "state": "done" + }, + { + "type": "text", + "text": "The net definition read is pending a client-side result; the task description confirms the document is empty. I'll proceed directly to the single `addType` call as instructed.", + "state": "done" + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "state": "output-available", + "input": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 6 + } + ] + }, + { + "id": "entry_direct_c3ViXzAxTTIwMzFENFpQSEFBQ0VEUzFDNFkyRkNE", + "role": "system", + "purpose": "dispatch", + "display": "diagnostic", + "submissionId": "sub_01M2031D4ZPHAACEDS1C4Y2FCD", + "signal": { + "tagName": "client-tool-result", + "attributes": { + "toolCallIds": "toolu_01ESjLAmxCrCsgjgA67zYvxD,toolu_01UxCaZSXf8DnT2YTW71aoUP" + } + }, + "parts": [ + { + "type": "text", + "text": "[{\"toolCallId\":\"toolu_01ESjLAmxCrCsgjgA67zYvxD\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}},{\"toolCallId\":\"toolu_01UxCaZSXf8DnT2YTW71aoUP\",\"toolName\":\"addType\",\"output\":{\"applied\":true}}]", + "state": "done" + } + ] + }, + { + "id": "entry_01M2031EXM0GVKCNNVT0TVRXAA", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M2031D4ZPHAACEDS1C4Y2FCD", + "turnId": "turn_01M2031D57367N0FJ5KZT1RYZD", + "parts": [ + { + "type": "reasoning", + "text": "The addType call was accepted. Now I should inspect the net definition to confirm the type is present.", + "state": "done" + }, + { + "type": "dynamic-tool", + "toolName": "getLatestNetDefinition", + "toolCallId": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "state": "output-available", + "input": {}, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + } + ] + }, + { + "id": "entry_direct_c3ViXzAxTTIwMzFGWDlTOFJFRVNIMVNYQTcxUks0", + "role": "system", + "purpose": "dispatch", + "display": "diagnostic", + "submissionId": "sub_01M2031FX9S8REESH1SXA71RK4", + "signal": { + "tagName": "client-tool-result", + "attributes": { + "toolCallIds": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ" + } + }, + "parts": [ + { + "type": "text", + "text": "[{\"toolCallId\":\"toolu_01WXUUuzQ8cJ3XrCziTGkXNQ\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[{\"id\":\"type_production_eligibility\",\"name\":\"ProductionEligibility\",\"description\":\"Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.\",\"iconSlug\":\"circle\",\"displayColor\":\"#4A90D9\",\"elements\":[{\"elementId\":\"elem_product_family\",\"name\":\"product_family\",\"type\":\"string\"},{\"elementId\":\"elem_line_qualified\",\"name\":\"line_qualified\",\"type\":\"boolean\"}]}],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}}]", + "state": "done" + } + ] + }, + { + "id": "entry_01M2031JWP232KEM9D0R7B0GY5", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M2031FX9S8REESH1SXA71RK4", + "turnId": "turn_01M2031FXEPQ4MDV0PFD7XCC4F", + "parts": [ + { + "type": "reasoning", + "text": "The type has been confirmed in the inspected definition. I can now report the result with the limited scope stated.", + "state": "done" + }, + { + "type": "text", + "text": "The mutation is confirmed. The inspected definition now contains exactly one type and nothing else:\n\n| Field | Value |\n|---|---|\n| **Type ID** | `type_production_eligibility` |\n| **Name** | `ProductionEligibility` |\n| **Icon / colour** | circle / `#4A90D9` |\n| **Attribute 1** | `product_family` — `string` (`elem_product_family`) |\n| **Attribute 2** | `line_qualified` — `boolean` (`elem_line_qualified`) |\n\nPlaces, transitions, parameters, differential equations, and arcs: **none present** — exactly as required.\n\n---\n\n**Evidence level reached:** tool-schema accepted and post-mutation definition inspected. The inspected definition matches the specified schema. No structural correspondence review, no simulation, and no behavioral claim applies, because no process structure exists.\n\n**Scope of this check:** this is an isolated, test-authored schema-carrier check confined to verifying that Petrinaut accepts a coloured-token type bearing one `string` attribute and one `boolean` attribute under stable identifiers. No product family, production line, eligibility rule, operational quantity, or plant context is represented, implied, or invented. The result is not a process model and supports no operational decision.", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M2030X3RJ58FYNM80RXKD94G" + }, + { + "submissionId": "sub_01M2031D4ZPHAACEDS1C4Y2FCD", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M2031D4ZPHAACEDS1C4Y2FCD" + }, + { + "submissionId": "sub_01M2031FX9S8REESH1SXA71RK4", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M2031FX9S8REESH1SXA71RK4" + } + ], + "incarnation": "inc_01M2030X3RV4XRR07AQQ8BXWNQ" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe-source.txt b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe-source.txt new file mode 100644 index 00000000000..21588a6fccb --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe-source.txt @@ -0,0 +1,397 @@ +/** Isolated Mission 7 A1 carrier probe. Defaults to faux; --paid requires an unused evidence directory. */ +import assert from "node:assert/strict"; +import { createHash } from "node:crypto"; +import { mkdirSync, readFileSync, readdirSync, writeFileSync } from "node:fs"; +import { tmpdir } from "node:os"; +import { join, relative, resolve } from "node:path"; + +import { + fauxAssistantMessage, + fauxProvider, + fauxText, + fauxToolCall, +} from "@earendil-works/pi-ai"; +import { anthropicProvider } from "@earendil-works/pi-ai/providers/anthropic"; +import { setProvider } from "@flue/runtime"; +import { createFlueClient } from "@flue/sdk"; + +import { VALIDATED_CONSTRUCTION_MODE } from "@hashintel/brunch-agent-plugin-sdcpn/flue"; +import { petrinautAiTools } from "@hashintel/petrinaut-core/ai"; + +import { + agentOwnershipHeaders, + flueConversationIdFrom, +} from "../../conversation/identity.ts"; +import { CHAT_AGENT_ROUTE } from "../../http/routes.ts"; +import { createBrunchTurnTool } from "../persona/brunch-turn.ts"; +import { createHeadlessPetrinautClient } from "./headless-petrinaut-client.ts"; +import { loadBuiltBrunchApplication } from "./load-built-application.ts"; + +import type { + AssistantMessage, + Context, + Provider, + SimpleStreamOptions, +} from "@earendil-works/pi-ai"; + +const paid = process.argv.includes("--paid"); +const modelId = "claude-sonnet-4-6"; +const contextRoot = resolve( + import.meta.dirname, + "../../../../../libs/@hashintel/brunch-agent", +); +const evidenceRoot = join( + contextRoot, + "docs/evidence/implementations/fe-1573-step-a", +); +const runId = `a1-${paid ? "paid" : "faux"}-${new Date().toISOString().replaceAll(/[:.]/gu, "-")}`; +const outputDirectory = paid + ? join(evidenceRoot, runId) + : join(tmpdir(), runId); +mkdirSync(outputDirectory, { recursive: true }); +process.env.BRUNCH_CHAT_MODEL = modelId; +process.env.BRUNCH_DEV_DB_PATH = join(outputDirectory, "conversation.db"); + +const save = (name: string, value: unknown) => + writeFileSync( + join(outputDirectory, name), + `${JSON.stringify(value, null, 2)}\n`, + ); +const sha256 = (content: string | Buffer) => + createHash("sha256").update(content).digest("hex"); +const sourceHashes = (directory: string): Record => + Object.fromEntries( + readdirSync(directory, { withFileTypes: true }).flatMap((entry) => { + const path = join(directory, entry.name); + return entry.isDirectory() + ? Object.entries(sourceHashes(path)) + : [[relative(contextRoot, path), sha256(readFileSync(path))]]; + }), + ); + +const request = `This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented.`; +const nestedType = { + id: "production_eligibility", + name: "ProductionEligibility", + iconSlug: "circle", + displayColor: "#808080", + elements: [ + { elementId: "product_family", name: "product_family", type: "string" }, + { elementId: "line_qualified", name: "line_qualified", type: "boolean" }, + ], +}; +const faux = fauxProvider({ + provider: "anthropic", + models: [{ id: modelId, reasoning: true }], +}); +faux.setResponses([ + fauxAssistantMessage( + [fauxToolCall("getLatestNetDefinition", {}, { id: "read-before" })], + { stopReason: "toolUse" }, + ), + fauxAssistantMessage( + [fauxToolCall("addType", nestedType, { id: "nested-type" })], + { stopReason: "toolUse" }, + ), + fauxAssistantMessage([ + fauxText( + "The synthetic nested type was added. This is carrier evidence only, not an operational model or provenance proof.", + ), + ]), +]); +const provider = paid ? anthropicProvider() : faux.provider; +const model = provider + .getModels() + .find((candidate) => candidate.id === modelId); +assert(model, `Required model unavailable: ${modelId}`); +if (paid) + assert( + process.env.ANTHROPIC_API_KEY, + "ANTHROPIC_API_KEY is required; no fallback", + ); + +const ledger = { + authority: "MISSION.md — isolated A1 clarification", + limits: { usd: 100, calls: 200 }, + reservation: { owner: "A1", runId, usd: 8, calls: 8 }, + calls: [] as { + sequence: number; + status: "reserved" | "complete" | "unknown"; + reservedUsd: number; + actualUsd?: number; + usage?: AssistantMessage["usage"]; + latencyMs?: number; + }[], +}; +const ledgerPath = join(evidenceRoot, "usage-ledger.json"); +const persistLedger = () => { + if (paid) writeFileSync(ledgerPath, `${JSON.stringify(ledger, null, 2)}\n`); +}; +if (paid) { + // This first A1 run owns the initial ledger only. Never overwrite earlier paid work. + writeFileSync(ledgerPath, `${JSON.stringify(ledger, null, 2)}\n`, { + flag: "wx", + }); + writeFileSync( + join(evidenceRoot, "attempt-ledger.md"), + `# Step A attempts\n\n- ${runId}: isolated A1 carrier probe; reserved 8 calls / US$8. No automatic retries; per-operation rejection ceiling 3. See ${runId}/result.json and usage-ledger.json for the actual outcome.\n`, + { flag: "wx" }, + ); +} +save("guidance-manifest.json", { + runId, + paid, + model: `${provider.id}/${modelId}`, + pricing: model.cost, + pricingSource: + "installed Pi provider catalogue; actual token counts come from provider responses", + sourceHashes: { + ...sourceHashes(join(contextRoot, "packages/core/src")), + ...sourceHashes(join(contextRoot, "packages/plugin-sdcpn/src")), + }, + buildHashes: sourceHashes(resolve(import.meta.dirname, "../../../dist")), + initialData: { mode: VALIDATED_CONSTRUCTION_MODE }, + request, + canonicalSchema: petrinautAiTools.addType.inputSchema.toJSONSchema(), + limitations: [ + "update_workpiece absent under owner-approved isolated A1 exception", + "inherited construct-only mounting unchanged", + "no browser, genuine interview, revision, basis or explanation claim", + ], +}); +let callCount = 0; +let addTypeAttempts = 0; +const responses: AssistantMessage[] = []; +const contexts: Context[] = []; +const wrappedProvider: Provider = { + ...provider, + stream() { + throw new Error("A1 expects the production streamSimple boundary"); + }, + streamSimple(selectedModel, context, options) { + assert.equal(selectedModel.id, modelId); + assert.equal(selectedModel.provider, "anthropic"); + assert(callCount < 8, "A1 provider-call reservation exhausted"); + assert( + addTypeAttempts < 3, + "A1 canonical operation repair budget exhausted", + ); + assert( + ledger.calls.every((call) => call.status === "complete"), + "Unsettled or unaccounted provider call; stop paid work", + ); + const sequence = ++callCount; + const startedAt = Date.now(); + contexts.push(context); + save(`context-${sequence}.json`, context); + const entry: (typeof ledger.calls)[number] = { + sequence, + status: "reserved", + reservedUsd: 1, + }; + ledger.calls.push(entry); + persistLedger(); + const boundedOptions: SimpleStreamOptions = { + ...options, + maxTokens: 4096, + maxRetries: 0, + onPayload(payload) { + const serialized = JSON.stringify(payload); + const wire = JSON.parse(serialized) as { + max_tokens: number; + model: string; + }; + assert.equal(wire.model, modelId); + assert( + wire.max_tokens > 0 && wire.max_tokens <= 16384, + "Output token ceiling exceeded", + ); + const bytes = Buffer.byteLength(serialized); + assert(bytes <= 100_000, "Input byte ceiling exceeded"); + // One token per UTF-8 byte plus a framing allowance, at the highest input/cache rate. + const inputRate = Math.max( + selectedModel.cost.input, + selectedModel.cost.cacheWrite, + selectedModel.cost.cacheRead, + ); + const upperCost = + ((bytes + 10_000) * inputRate + + wire.max_tokens * selectedModel.cost.output) / + 1_000_000; + assert( + Number.isFinite(upperCost) && upperCost <= entry.reservedUsd, + "Cost exceeds per-call reservation", + ); + save(`request-${sequence}.json`, { + payload, + bounds: { + bytes, + inputTokenBound: bytes + 10_000, + outputTokenBound: wire.max_tokens, + upperCost, + }, + }); + }, + }; + const stream = provider.streamSimple( + selectedModel, + context, + boundedOptions, + ); + void stream.result().then((response) => { + responses.push(response); + addTypeAttempts += response.content.filter( + (part) => part.type === "toolCall" && part.name === "addType", + ).length; + entry.latencyMs = Date.now() - startedAt; + const cost = response.usage.cost.total; + entry.status = + response.stopReason !== "error" && + response.stopReason !== "aborted" && + Number.isFinite(cost) && + response.usage.totalTokens > 0 + ? "complete" + : "unknown"; + // Faux responses have no paid usage; their zero cost is not provider accounting. + if (!paid) entry.status = "complete"; + entry.actualUsd = cost; + entry.usage = response.usage; + save(`response-${sequence}.json`, response); + persistLedger(); + }); + return stream; + }, +}; +setProvider(wrappedProvider); + +const identity = { + principalKey: "principal-mission-7-a1", + conversationId: runId, +}; +const headless = createHeadlessPetrinautClient( + "Isolated A1 synthetic carrier check", +); +const application = await loadBuiltBrunchApplication(); +const observations: unknown[] = []; +let failure: string | undefined; +try { + const client = createFlueClient({ + url: `http://brunch.local/agents/${CHAT_AGENT_ROUTE}/${flueConversationIdFrom(identity)}`, + fetch: async (input, init) => + application.fetch( + input instanceof Request ? input : new Request(input, init), + ), + headers: agentOwnershipHeaders(identity), + }); + let firstSend = true; + const turn = createBrunchTurnTool({ + conversationId: runId, + client: { + history: (...args) => client.history(...args), + read: (...args) => client.read(...args), + send: (input) => { + const initialData = firstSend + ? { mode: VALIDATED_CONSTRUCTION_MODE } + : undefined; + firstSend = false; + return client.send({ ...input, initialData }); + }, + }, + retainSnapshot: (snapshot) => save("history.json", snapshot), + resolveClientToolHost: () => ({ + kind: "real-headless", + async execute(call) { + assert( + ["getLatestNetDefinition", "addType"].includes(call.toolName), + `Probe does not authorize executing ${call.toolName}`, + ); + const before = structuredClone(headless.definition()); + const result = await headless.execute(call); + observations.push({ + call, + before, + result, + after: structuredClone(headless.definition()), + }); + save("canonical-observations.json", observations); + return result.output; + }, + }), + }); + const result = await turn.execute( + "a1-probe", + { message: request }, + AbortSignal.timeout(180_000), + ); + save("turn-result.json", result); + const generatedTools = contexts.flatMap((context) => context.tools ?? []); + const generatedAddType = generatedTools.find( + (tool) => tool.name === "addType", + ); + assert(generatedAddType, "addType not mounted at provider boundary"); + const { $schema: _dialect, ...canonicalSchema } = + petrinautAiTools.addType.inputSchema.toJSONSchema(); + assert.deepEqual(generatedAddType.parameters, canonicalSchema); + assert( + generatedTools.some((tool) => tool.name === "brunch_mark_question"), + "Question marker missing", + ); + const rawCalls = responses.flatMap((response) => + response.content.filter( + (part) => part.type === "toolCall" && part.name === "addType", + ), + ); + assert.equal(rawCalls.length, 1); + const rawCall = rawCalls[0]!; + assert(rawCall.type === "toolCall"); + const parsed = petrinautAiTools.addType.inputSchema.parse(rawCall.arguments); + assert.equal(parsed.elements.length, 2); + assert.deepEqual( + parsed.elements.toSorted((left, right) => left.name.localeCompare(right.name)).map((element) => [element.name, element.type]), + [ + ["line_qualified", "boolean"], + ["product_family", "string"], + ], + ); + assert.deepEqual( + headless.definition().types, + [{ ...parsed, targetSubnetId: undefined }].map( + ({ targetSubnetId: _subnet, ...type }) => type, + ), + ); + assert(headless.parse().ok, "Canonical document parse failed"); + assert( + result.details.toolActivity.some( + (activity) => + activity.toolCallId === rawCall.id && + activity.executor === "real-headless", + ), + "Result was not correlated to the provider call", + ); + assert( + ledger.calls.every((call) => call.status === "complete"), + "Incomplete provider accounting", + ); +} catch (error) { + failure = + error instanceof Error ? (error.stack ?? error.message) : String(error); + process.exitCode = 1; +} finally { + save("result.json", { + runId, + paid, + passed: failure === undefined, + failure, + callCount, + addTypeAttempts, + ledger, + definition: headless.definition(), + scope: "addType nested carrier and headless continuation only", + }); + persistLedger(); + headless.dispose(); + await application.stop(); + process.stdout.write( + `SCHEMA_CARRIER_PROBE ${JSON.stringify({ passed: failure === undefined, paid, outputDirectory, failure })}\n`, + ); +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe.log new file mode 100644 index 00000000000..c93ce5bf251 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/probe.log @@ -0,0 +1,4 @@ +Registered OpenTelemetry (traces + logs + metrics) at endpoint http://localhost:4317 for Brunch Agent +{"stack":"Error: 14 UNAVAILABLE: No connection established. Last error: Error: connect ECONNREFUSED 127.0.0.1:4317. Resolution note: \n at callErrorFromStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:29782:20)\n at Object.onReceiveStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30470:62)\n at Object.onReceiveStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30289:122)\n at Object.onReceiveStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30254:163)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:45042:59\n at process.processTicksAndRejections (node:internal/process/task_queues:85:11)\nfor call at\n at ServiceClientImpl.makeUnaryRequest (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30447:43)\n at ServiceClientImpl.export (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30735:14)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:51195:24\n at new Promise ()\n at GrpcExporterTransport.send (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:51189:11)\n at OTLPExportDelegate.export (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:26814:51)\n at OTLPTraceExporter.export (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:19288:25)\n at doExport (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65661:50)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65675:37\n at AsyncLocalStorage.run (node:internal/async_local_storage/async_context_frame:65:14)\n at AsyncLocalStorageContextManager.with (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:66766:35)\n at ContextAPI.with (/Users/lunelson/.herdr/worktrees/hash/alpha/node_modules/@opentelemetry/api/build/src/api/context.js:51:46)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65655:25\n at new Promise ()\n at BatchSpanProcessor._flushOneBatch (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65651:11)\n at flush (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65687:10)\n at Timeout. (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65700:35)\n at listOnTimeout (node:internal/timers:685:17)\n at process.processTimers (node:internal/timers:618:7)","message":"14 UNAVAILABLE: No connection established. Last error: Error: connect ECONNREFUSED 127.0.0.1:4317. Resolution note: ","code":"14","details":"No connection established. Last error: Error: connect ECONNREFUSED 127.0.0.1:4317. Resolution note: ","metadata":"[object Object]","name":"Error"} +{"stack":"Error: 14 UNAVAILABLE: No connection established. Last error: Error: connect ECONNREFUSED ::1:4317. Resolution note: \n at callErrorFromStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:29782:20)\n at Object.onReceiveStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30470:62)\n at Object.onReceiveStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30289:122)\n at Object.onReceiveStatus (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30254:163)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:45042:59\n at process.processTicksAndRejections (node:internal/process/task_queues:85:11)\nfor call at\n at ServiceClientImpl.makeUnaryRequest (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30447:43)\n at ServiceClientImpl.export (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:30735:14)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:51195:24\n at new Promise ()\n at GrpcExporterTransport.send (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:51189:11)\n at OTLPExportDelegate.export (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:26814:51)\n at OTLPTraceExporter.export (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:19288:25)\n at doExport (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65661:50)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65675:37\n at AsyncLocalStorage.run (node:internal/async_local_storage/async_context_frame:65:14)\n at AsyncLocalStorageContextManager.with (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:66766:35)\n at ContextAPI.with (/Users/lunelson/.herdr/worktrees/hash/alpha/node_modules/@opentelemetry/api/build/src/api/context.js:51:46)\n at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65655:25\n at new Promise ()\n at BatchSpanProcessor._flushOneBatch (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65651:11)\n at flush (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65687:10)\n at Timeout. (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-JHw3gbXL.mjs:65700:35)\n at listOnTimeout (node:internal/timers:685:17)\n at process.processTimers (node:internal/timers:618:7)","message":"14 UNAVAILABLE: No connection established. Last error: Error: connect ECONNREFUSED ::1:4317. Resolution note: ","code":"14","details":"No connection established. Last error: Error: connect ECONNREFUSED ::1:4317. Resolution note: ","metadata":"[object Object]","name":"Error"} +SCHEMA_CARRIER_PROBE {"passed":true,"paid":true,"outputDirectory":"/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z"} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-1.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-1.json new file mode 100644 index 00000000000..aa03a59c130 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-1.json @@ -0,0 +1,310 @@ +{ + "payload": { + "model": "claude-sonnet-4-6", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented.", + "cache_control": { + "type": "ephemeral" + } + } + ] + } + ], + "max_tokens": 4096, + "stream": true, + "system": [ + { + "type": "text", + "text": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "cache_control": { + "type": "ephemeral" + } + } + ], + "tools": [ + { + "name": "task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + }, + "required": ["prompt", "agent"] + } + }, + { + "name": "activate_skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + }, + "required": ["name"] + } + }, + { + "name": "read_skill_resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + }, + "required": ["path"] + } + }, + { + "name": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"] + } + }, + { + "name": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + }, + "cache_control": { + "type": "ephemeral" + } + } + ], + "thinking": { + "type": "adaptive", + "display": "summarized" + }, + "output_config": { + "effort": "medium" + } + }, + "bounds": { + "bytes": 34720, + "inputTokenBound": 44720, + "outputTokenBound": 4096, + "upperCost": 0.22914 + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-2.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-2.json new file mode 100644 index 00000000000..8b6e85af0d5 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-2.json @@ -0,0 +1,351 @@ +{ + "payload": { + "model": "claude-sonnet-4-6", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "signature": "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" + }, + { + "type": "tool_use", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "input": { + "name": "sdcpn-modelling" + } + }, + { + "type": "tool_use", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "input": {} + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "content": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n", + "is_error": false + }, + { + "type": "tool_result", + "tool_use_id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "content": "{\"awaiting\":\"client\"}", + "is_error": false, + "cache_control": { + "type": "ephemeral" + } + } + ] + } + ], + "max_tokens": 4096, + "stream": true, + "system": [ + { + "type": "text", + "text": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "cache_control": { + "type": "ephemeral" + } + } + ], + "tools": [ + { + "name": "task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + }, + "required": ["prompt", "agent"] + } + }, + { + "name": "activate_skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + }, + "required": ["name"] + } + }, + { + "name": "read_skill_resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + }, + "required": ["path"] + } + }, + { + "name": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"] + } + }, + { + "name": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + }, + "cache_control": { + "type": "ephemeral" + } + } + ], + "thinking": { + "type": "adaptive", + "display": "summarized" + }, + "output_config": { + "effort": "medium" + } + }, + "bounds": { + "bytes": 41061, + "inputTokenBound": 51061, + "outputTokenBound": 4096, + "upperCost": 0.25291875 + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-3.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-3.json new file mode 100644 index 00000000000..b1f6f925c1a --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-3.json @@ -0,0 +1,389 @@ +{ + "payload": { + "model": "claude-sonnet-4-6", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "signature": "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" + }, + { + "type": "tool_use", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "input": { + "name": "sdcpn-modelling" + } + }, + { + "type": "tool_use", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "input": {} + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "content": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n", + "is_error": false + }, + { + "type": "tool_result", + "tool_use_id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "content": "{\"awaiting\":\"client\"}", + "is_error": false + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "tool_use", + "id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "name": "read_skill_resource", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + } + }, + { + "type": "tool_use", + "id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "name": "read_skill_resource", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + } + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "content": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n", + "is_error": false + }, + { + "type": "tool_result", + "tool_use_id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "content": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n", + "is_error": false, + "cache_control": { + "type": "ephemeral" + } + } + ] + } + ], + "max_tokens": 4096, + "stream": true, + "system": [ + { + "type": "text", + "text": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "cache_control": { + "type": "ephemeral" + } + } + ], + "tools": [ + { + "name": "task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + }, + "required": ["prompt", "agent"] + } + }, + { + "name": "activate_skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + }, + "required": ["name"] + } + }, + { + "name": "read_skill_resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + }, + "required": ["path"] + } + }, + { + "name": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"] + } + }, + { + "name": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + }, + "cache_control": { + "type": "ephemeral" + } + } + ], + "thinking": { + "type": "adaptive", + "display": "summarized" + }, + "output_config": { + "effort": "medium" + } + }, + "bounds": { + "bytes": 60424, + "inputTokenBound": 70424, + "outputTokenBound": 4096, + "upperCost": 0.32553 + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-4.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-4.json new file mode 100644 index 00000000000..fcbb3281733 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-4.json @@ -0,0 +1,447 @@ +{ + "payload": { + "model": "claude-sonnet-4-6", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "signature": "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" + }, + { + "type": "tool_use", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "input": { + "name": "sdcpn-modelling" + } + }, + { + "type": "tool_use", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "input": {} + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "content": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n", + "is_error": false + }, + { + "type": "tool_result", + "tool_use_id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "content": "{\"awaiting\":\"client\"}", + "is_error": false + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "tool_use", + "id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "name": "read_skill_resource", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + } + }, + { + "type": "tool_use", + "id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "name": "read_skill_resource", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + } + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "content": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n", + "is_error": false + }, + { + "type": "tool_result", + "tool_use_id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "content": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n", + "is_error": false + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "Good. I have the skill resources. The net definition is awaiting client - I need to wait for it. But actually looking at the tool result, it says `{\"awaiting\":\"client\"}` which means the browser hasn't returned the result yet. Let me proceed with what I know - the document is empty (as stated in the prompt), and I just need to add the type.\n\nLet me now call `addType` with the specified attributes.", + "signature": "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" + }, + { + "type": "text", + "text": "The net definition read is pending a client-side result; the task description confirms the document is empty. I'll proceed directly to the single `addType` call as instructed." + }, + { + "type": "tool_use", + "id": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "name": "addType", + "input": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "content": "{\"awaiting\":\"client\"}", + "is_error": false + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "\n[{\"toolCallId\":\"toolu_01ESjLAmxCrCsgjgA67zYvxD\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}},{\"toolCallId\":\"toolu_01UxCaZSXf8DnT2YTW71aoUP\",\"toolName\":\"addType\",\"output\":{\"applied\":true}}]\n", + "cache_control": { + "type": "ephemeral" + } + } + ] + } + ], + "max_tokens": 4096, + "stream": true, + "system": [ + { + "type": "text", + "text": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "cache_control": { + "type": "ephemeral" + } + } + ], + "tools": [ + { + "name": "task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + }, + "required": ["prompt", "agent"] + } + }, + { + "name": "activate_skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + }, + "required": ["name"] + } + }, + { + "name": "read_skill_resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + }, + "required": ["path"] + } + }, + { + "name": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"] + } + }, + { + "name": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + }, + "cache_control": { + "type": "ephemeral" + } + } + ], + "thinking": { + "type": "adaptive", + "display": "summarized" + }, + "output_config": { + "effort": "medium" + } + }, + "bounds": { + "bytes": 63337, + "inputTokenBound": 73337, + "outputTokenBound": 4096, + "upperCost": 0.33645375 + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-5.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-5.json new file mode 100644 index 00000000000..bc49e609ea0 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/request-5.json @@ -0,0 +1,483 @@ +{ + "payload": { + "model": "claude-sonnet-4-6", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "This is an isolated, test-authored schema-carrier check, not an operational interview or a claim about a real plant. The entire synthetic workpiece is: production eligibility tokens carry a product family label and a line qualification flag. Create exactly one coloured-token type named ProductionEligibility with two attributes: product_family (string) and line_qualified (boolean). Use stable identifiers of your choice and ordinary display settings. Read the empty document first; add only this type, no places, transitions, parameters or arcs. Stop after the client confirms the mutation, and state the check's limited scope. This tests nested typed attributes needed for eligibility modelling; no concrete family, line, restriction or operational quantity is supplied or to be invented." + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "signature": "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" + }, + { + "type": "tool_use", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "input": { + "name": "sdcpn-modelling" + } + }, + { + "type": "tool_use", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "input": {} + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "content": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n", + "is_error": false + }, + { + "type": "tool_result", + "tool_use_id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "content": "{\"awaiting\":\"client\"}", + "is_error": false + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "tool_use", + "id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "name": "read_skill_resource", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + } + }, + { + "type": "tool_use", + "id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "name": "read_skill_resource", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + } + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "content": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n", + "is_error": false + }, + { + "type": "tool_result", + "tool_use_id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "content": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n", + "is_error": false + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "Good. I have the skill resources. The net definition is awaiting client - I need to wait for it. But actually looking at the tool result, it says `{\"awaiting\":\"client\"}` which means the browser hasn't returned the result yet. Let me proceed with what I know - the document is empty (as stated in the prompt), and I just need to add the type.\n\nLet me now call `addType` with the specified attributes.", + "signature": "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" + }, + { + "type": "text", + "text": "The net definition read is pending a client-side result; the task description confirms the document is empty. I'll proceed directly to the single `addType` call as instructed." + }, + { + "type": "tool_use", + "id": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "name": "addType", + "input": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "content": "{\"awaiting\":\"client\"}", + "is_error": false + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "\n[{\"toolCallId\":\"toolu_01ESjLAmxCrCsgjgA67zYvxD\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}},{\"toolCallId\":\"toolu_01UxCaZSXf8DnT2YTW71aoUP\",\"toolName\":\"addType\",\"output\":{\"applied\":true}}]\n" + } + ] + }, + { + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The addType call was accepted. Now I should inspect the net definition to confirm the type is present.", + "signature": "EtwCCpIBCBEYAipAsGif+1CUpjQUIlAi59RYfF+BdNyt2et/xIntzbEqkdt7S8ka8lLYZf2L6xoVhYClsjUaMuAW81iIuQ/oWqe1RDIRY2xhdWRlLXNvbm5ldC00LTY4AEIIdGhpbmtpbmdaJDFjYjg0ZmM0LTQ3YWEtNGUxZi1hNjY1LTk0MGFiOWY4MWY4OKgB8ZX/1AYSDP9s1oZONrWNYTj2oRoMuSSkTwV96DxJx3ApIjA6k4bsU6TxP+8MUYIvi9L6hRlbQBvS8uU5VHgSe7bt3YuQQD68oCxLKutLsjLPxEUqd805bE/flR4HkqIevputKeasmXqPIKbsPkXwqegK96VnRuxp/daRE8AY0vKmdovIYb5UgR3j2Uz/b1ZDfOfgRpLHjt+KNAUCVuOE0yvYyc7+5zyFslezJPhTwjnRyJDsaIXhxyfS/a6KY2r00IhA3rkTjLr/agVjGAE=" + }, + { + "type": "tool_use", + "id": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "name": "getLatestNetDefinition", + "input": {} + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "tool_result", + "tool_use_id": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "content": "{\"awaiting\":\"client\"}", + "is_error": false + } + ] + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "\n[{\"toolCallId\":\"toolu_01WXUUuzQ8cJ3XrCziTGkXNQ\",\"toolName\":\"getLatestNetDefinition\",\"output\":{\"title\":\"Isolated A1 synthetic carrier check\",\"definition\":{\"places\":[],\"transitions\":[],\"types\":[{\"id\":\"type_production_eligibility\",\"name\":\"ProductionEligibility\",\"description\":\"Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.\",\"iconSlug\":\"circle\",\"displayColor\":\"#4A90D9\",\"elements\":[{\"elementId\":\"elem_product_family\",\"name\":\"product_family\",\"type\":\"string\"},{\"elementId\":\"elem_line_qualified\",\"name\":\"line_qualified\",\"type\":\"boolean\"}]}],\"differentialEquations\":[],\"parameters\":[]},\"extensions\":{\"colors\":true,\"stochasticity\":true,\"dynamics\":true,\"parameters\":true,\"subnets\":true}}}]\n", + "cache_control": { + "type": "ephemeral" + } + } + ] + } + ], + "max_tokens": 4096, + "stream": true, + "system": [ + { + "type": "text", + "text": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "cache_control": { + "type": "ephemeral" + } + } + ], + "tools": [ + { + "name": "task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + }, + "required": ["prompt", "agent"] + } + }, + { + "name": "activate_skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + }, + "required": ["name"] + } + }, + { + "name": "read_skill_resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + }, + "required": ["path"] + } + }, + { + "name": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"] + } + }, + { + "name": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "eager_input_streaming": true, + "input_schema": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + }, + "cache_control": { + "type": "ephemeral" + } + } + ], + "thinking": { + "type": "adaptive", + "display": "summarized" + }, + "output_config": { + "effort": "medium" + } + }, + "bounds": { + "bytes": 65275, + "inputTokenBound": 75275, + "outputTokenBound": 4096, + "upperCost": 0.34372125 + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-1.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-1.json new file mode 100644 index 00000000000..ba182841fd8 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-1.json @@ -0,0 +1,47 @@ +{ + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The user wants me to:\n1. Read the current (empty) net definition\n2. Add exactly one coloured-token type named \"ProductionEligibility\" with two attributes: product_family (string) and line_qualified (boolean)\n3. Stop after confirmation\n4. State the check's limited scope\n\nLet me first activate the skill and get the current net definition.", + "thinkingSignature": "EskECpIBCBEYAipAQJcbyZJ+D0Xu867x6yHKm4REkwRHXeyacli/v/9JKJhM0Ix2EXqneHPO2PsROSAFVQAWewzfBZc4XrJp0Qz8rjIRY2xhdWRlLXNvbm5ldC00LTY4AEIIdGhpbmtpbmdaJDFjYjg0ZmM0LTQ3YWEtNGUxZi1hNjY1LTk0MGFiOWY4MWY4OKgB4ZX/1AYSDOQOwME1UYDCqibF+hoMiaswf4DSJTgcshlzIjA+sJsvqHOaiCzMUd7PYuNg9bZdXNc4HYDPxTikRmk4NXzlIc1wEiOcZ8HHBAdZhXgq4wI6pdsltKJyuAirFTLngzmVUpi6jWBEh/hf2fjVCFa8FJ7HOOzSM6JDSi9yaCYmXJbC0SHklEoCLqIwmU8CeeL1zpWGx+eVJvhzYRLo9z/gNPGtW/mDyFG0FKkSR7pJVR5jUEk1MSSl5VLPjIvVSG4BDBQWSCFTtI8uqDISiCU/JHU5vjcXBjb58D07pXZGngEnTsC5tWKJAjQymjBCZdIrc3R/wxwanWpads0vc31uFrfPzBLZhi0YE0EcYI0GLOcsnSnTUcz5AG2qg8jPI/oYecMkYifsknGBBIqPeIgj/X6Y1r1iXeXtrPfgE3n4S1rczD3DQayxKN9lc74vJ+glmbHwTSu/Yd6+aCxENyag5FGDXk8gYlM6tihc6Yuzo3BxKMQk0jeAf5MCXg9g341Hu5SsffTsY5hMegPgmNttv+NLQyYlXU9Q1okQUJDBbzaHVyYlhuspPdQdml2fCjw6RFk4GAE=" + }, + { + "type": "toolCall", + "id": "toolu_018YLU45ajpyuxkD1XmckJq8", + "name": "activate_skill", + "arguments": { + "name": "sdcpn-modelling" + } + }, + { + "type": "toolCall", + "id": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "name": "getLatestNetDefinition", + "arguments": {} + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 3, + "output": 178, + "cacheRead": 0, + "cacheWrite": 9459, + "totalTokens": 9640, + "cost": { + "input": 0.000009, + "output": 0.00267, + "cacheRead": 0, + "cacheWrite": 0.03547125, + "total": 0.038150250000000004 + }, + "cacheWrite1h": 0, + "reasoning": 94 + }, + "stopReason": "toolUse", + "timestamp": 1788857054384, + "responseId": "msg_011CeqgFjoFELctCQ663iQsc", + "rawStopReason": "tool_use" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-2.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-2.json new file mode 100644 index 00000000000..f37fe3274e1 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-2.json @@ -0,0 +1,44 @@ +{ + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + } + }, + { + "type": "toolCall", + "id": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "name": "read_skill_resource", + "arguments": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + } + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 1, + "output": 176, + "cacheRead": 9459, + "cacheWrite": 1316, + "totalTokens": 10952, + "cost": { + "input": 0.000003, + "output": 0.00264, + "cacheRead": 0.0028377, + "cacheWrite": 0.004935, + "total": 0.0104157 + }, + "cacheWrite1h": 0, + "reasoning": 0 + }, + "stopReason": "toolUse", + "timestamp": 1788857058239, + "responseId": "msg_011CeqgG1q9PDJGcipcW482u", + "rawStopReason": "tool_use" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-3.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-3.json new file mode 100644 index 00000000000..7a05ba6feb3 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-3.json @@ -0,0 +1,61 @@ +{ + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "Good. I have the skill resources. The net definition is awaiting client - I need to wait for it. But actually looking at the tool result, it says `{\"awaiting\":\"client\"}` which means the browser hasn't returned the result yet. Let me proceed with what I know - the document is empty (as stated in the prompt), and I just need to add the type.\n\nLet me now call `addType` with the specified attributes.", + "thinkingSignature": "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" + }, + { + "type": "text", + "text": "The net definition read is pending a client-side result; the task description confirms the document is empty. I'll proceed directly to the single `addType` call as instructed." + }, + { + "type": "toolCall", + "id": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "name": "addType", + "arguments": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 1, + "output": 378, + "cacheRead": 10775, + "cacheWrite": 3938, + "totalTokens": 15092, + "cost": { + "input": 0.000003, + "output": 0.0056700000000000006, + "cacheRead": 0.0032324999999999997, + "cacheWrite": 0.0147675, + "total": 0.023673 + }, + "cacheWrite1h": 0, + "reasoning": 106 + }, + "stopReason": "toolUse", + "timestamp": 1788857061613, + "responseId": "msg_011CeqgGGE5hjE2XRLs1GeJu", + "rawStopReason": "tool_use" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-4.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-4.json new file mode 100644 index 00000000000..4147a1556a2 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-4.json @@ -0,0 +1,39 @@ +{ + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The addType call was accepted. Now I should inspect the net definition to confirm the type is present.", + "thinkingSignature": "EtwCCpIBCBEYAipAsGif+1CUpjQUIlAi59RYfF+BdNyt2et/xIntzbEqkdt7S8ka8lLYZf2L6xoVhYClsjUaMuAW81iIuQ/oWqe1RDIRY2xhdWRlLXNvbm5ldC00LTY4AEIIdGhpbmtpbmdaJDFjYjg0ZmM0LTQ3YWEtNGUxZi1hNjY1LTk0MGFiOWY4MWY4OKgB8ZX/1AYSDP9s1oZONrWNYTj2oRoMuSSkTwV96DxJx3ApIjA6k4bsU6TxP+8MUYIvi9L6hRlbQBvS8uU5VHgSe7bt3YuQQD68oCxLKutLsjLPxEUqd805bE/flR4HkqIevputKeasmXqPIKbsPkXwqegK96VnRuxp/daRE8AY0vKmdovIYb5UgR3j2Uz/b1ZDfOfgRpLHjt+KNAUCVuOE0yvYyc7+5zyFslezJPhTwjnRyJDsaIXhxyfS/a6KY2r00IhA3rkTjLr/agVjGAE=" + }, + { + "type": "toolCall", + "id": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "name": "getLatestNetDefinition", + "arguments": {} + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 3, + "output": 75, + "cacheRead": 14713, + "cacheWrite": 627, + "totalTokens": 15418, + "cost": { + "input": 0.000009, + "output": 0.0011250000000000001, + "cacheRead": 0.0044139, + "cacheWrite": 0.00235125, + "total": 0.00789915 + }, + "cacheWrite1h": 0, + "reasoning": 33 + }, + "stopReason": "toolUse", + "timestamp": 1788857070763, + "responseId": "msg_011CeqgGwZSqp7gxYQ1aa5tD", + "rawStopReason": "tool_use" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-5.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-5.json new file mode 100644 index 00000000000..1aeb45b6789 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/response-5.json @@ -0,0 +1,37 @@ +{ + "role": "assistant", + "content": [ + { + "type": "thinking", + "thinking": "The type has been confirmed in the inspected definition. I can now report the result with the limited scope stated.", + "thinkingSignature": "EuoCCpIBCBEYAipAJkyt/HTU3kWng92WUhqO0aeNwynJbX5eW2Mxv07oEj3qccM9paDiE+PBZ2jcmI6XnTCF2M/7JIiYvpiRWyMVLzIRY2xhdWRlLXNvbm5ldC00LTY4AEIIdGhpbmtpbmdaJDFjYjg0ZmM0LTQ3YWEtNGUxZi1hNjY1LTk0MGFiOWY4MWY4OKgB9ZX/1AYSDLTEVN0McpEy89AP6xoMGWsK5g2tzcKpipZYIjCZbkpQjlQSf0TKx0P3Q6CAByR5Y9LsBa7SlMhdx8xrnSpln7mn8IEc67Fpk7DcIOQqhAH+mVyI1oM/OCGY8FOnJFfl/s4y1rF77SIvofcXjMkmn6VNW/ELJmxOiiJDDav/LTqg5147Q+zXJYPcJiugVBzP//C38yVmm6dQBUKlq9+QH9Pr6bOsaklpezeG+dKe+61g+8A08ljFSEYEM6vCLT4/MQ68oeHSKXKgLxlboAZOLDmD5wAYAQ==" + }, + { + "type": "text", + "text": "The mutation is confirmed. The inspected definition now contains exactly one type and nothing else:\n\n| Field | Value |\n|---|---|\n| **Type ID** | `type_production_eligibility` |\n| **Name** | `ProductionEligibility` |\n| **Icon / colour** | circle / `#4A90D9` |\n| **Attribute 1** | `product_family` — `string` (`elem_product_family`) |\n| **Attribute 2** | `line_qualified` — `boolean` (`elem_line_qualified`) |\n\nPlaces, transitions, parameters, differential equations, and arcs: **none present** — exactly as required.\n\n---\n\n**Evidence level reached:** tool-schema accepted and post-mutation definition inspected. The inspected definition matches the specified schema. No structural correspondence review, no simulation, and no behavioral claim applies, because no process structure exists.\n\n**Scope of this check:** this is an isolated, test-authored schema-carrier check confined to verifying that Petrinaut accepts a coloured-token type bearing one `string` attribute and one `boolean` attribute under stable identifiers. No product family, production line, eligibility rule, operational quantity, or plant context is represented, implied, or invented. The result is not a process model and supports no operational decision." + } + ], + "api": "anthropic-messages", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 3, + "output": 333, + "cacheRead": 15340, + "cacheWrite": 371, + "totalTokens": 16047, + "cost": { + "input": 0.000009, + "output": 0.004995, + "cacheRead": 0.004602, + "cacheWrite": 0.00139125, + "total": 0.01099725 + }, + "cacheWrite1h": 0, + "reasoning": 35 + }, + "stopReason": "stop", + "timestamp": 1788857073585, + "responseId": "msg_011CeqgH9V3wE3kGZgn4bmJY", + "rawStopReason": "end_turn" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/result.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/result.json new file mode 100644 index 00000000000..6c032bb90be --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/result.json @@ -0,0 +1,165 @@ +{ + "runId": "a1-paid-2026-09-08T08-44-14-222Z", + "paid": true, + "passed": true, + "callCount": 5, + "addTypeAttempts": 1, + "ledger": { + "authority": "MISSION.md — isolated A1 clarification", + "limits": { + "usd": 100, + "calls": 200 + }, + "reservation": { + "owner": "A1", + "runId": "a1-paid-2026-09-08T08-44-14-222Z", + "usd": 8, + "calls": 8 + }, + "calls": [ + { + "sequence": 1, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 3869, + "actualUsd": 0.038150250000000004, + "usage": { + "input": 3, + "output": 178, + "cacheRead": 0, + "cacheWrite": 9459, + "totalTokens": 9640, + "cost": { + "input": 0.000009, + "output": 0.00267, + "cacheRead": 0, + "cacheWrite": 0.03547125, + "total": 0.038150250000000004 + }, + "cacheWrite1h": 0, + "reasoning": 94 + } + }, + { + "sequence": 2, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 3362, + "actualUsd": 0.0104157, + "usage": { + "input": 1, + "output": 176, + "cacheRead": 9459, + "cacheWrite": 1316, + "totalTokens": 10952, + "cost": { + "input": 0.000003, + "output": 0.00264, + "cacheRead": 0.0028377, + "cacheWrite": 0.004935, + "total": 0.0104157 + }, + "cacheWrite1h": 0, + "reasoning": 0 + } + }, + { + "sequence": 3, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 9110, + "actualUsd": 0.023673, + "usage": { + "input": 1, + "output": 378, + "cacheRead": 10775, + "cacheWrite": 3938, + "totalTokens": 15092, + "cost": { + "input": 0.000003, + "output": 0.0056700000000000006, + "cacheRead": 0.0032324999999999997, + "cacheWrite": 0.0147675, + "total": 0.023673 + }, + "cacheWrite1h": 0, + "reasoning": 106 + } + }, + { + "sequence": 4, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 2805, + "actualUsd": 0.00789915, + "usage": { + "input": 3, + "output": 75, + "cacheRead": 14713, + "cacheWrite": 627, + "totalTokens": 15418, + "cost": { + "input": 0.000009, + "output": 0.0011250000000000001, + "cacheRead": 0.0044139, + "cacheWrite": 0.00235125, + "total": 0.00789915 + }, + "cacheWrite1h": 0, + "reasoning": 33 + } + }, + { + "sequence": 5, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 10450, + "actualUsd": 0.01099725, + "usage": { + "input": 3, + "output": 333, + "cacheRead": 15340, + "cacheWrite": 371, + "totalTokens": 16047, + "cost": { + "input": 0.000009, + "output": 0.004995, + "cacheRead": 0.004602, + "cacheWrite": 0.00139125, + "total": 0.01099725 + }, + "cacheWrite1h": 0, + "reasoning": 35 + } + } + ] + }, + "definition": { + "places": [], + "transitions": [], + "types": [ + { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "scope": "addType nested carrier and headless continuation only" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/turn-result.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/turn-result.json new file mode 100644 index 00000000000..1f1b962a42a --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/turn-result.json @@ -0,0 +1,159 @@ +{ + "content": [ + { + "type": "text", + "text": "The mutation is confirmed. The inspected definition now contains exactly one type and nothing else:\n\n| Field | Value |\n|---|---|\n| **Type ID** | `type_production_eligibility` |\n| **Name** | `ProductionEligibility` |\n| **Icon / colour** | circle / `#4A90D9` |\n| **Attribute 1** | `product_family` — `string` (`elem_product_family`) |\n| **Attribute 2** | `line_qualified` — `boolean` (`elem_line_qualified`) |\n\nPlaces, transitions, parameters, differential equations, and arcs: **none present** — exactly as required.\n\n---\n\n**Evidence level reached:** tool-schema accepted and post-mutation definition inspected. The inspected definition matches the specified schema. No structural correspondence review, no simulation, and no behavioral claim applies, because no process structure exists.\n\n**Scope of this check:** this is an isolated, test-authored schema-carrier check confined to verifying that Petrinaut accepts a coloured-token type bearing one `string` attribute and one `boolean` attribute under stable identifiers. No product family, production line, eligibility rule, operational quantity, or plant context is represented, implied, or invented. The result is not a process model and supports no operational decision." + } + ], + "details": { + "conversationId": "a1-paid-2026-09-08T08-44-14-222Z", + "submissionId": "sub_01M2031FX9S8REESH1SXA71RK4", + "submissionIds": [ + "sub_01M2030X3RJ58FYNM80RXKD94G", + "sub_01M2031D4ZPHAACEDS1C4Y2FCD", + "sub_01M2031FX9S8REESH1SXA71RK4" + ], + "status": "elicitor-replied", + "elicitorText": "The mutation is confirmed. The inspected definition now contains exactly one type and nothing else:\n\n| Field | Value |\n|---|---|\n| **Type ID** | `type_production_eligibility` |\n| **Name** | `ProductionEligibility` |\n| **Icon / colour** | circle / `#4A90D9` |\n| **Attribute 1** | `product_family` — `string` (`elem_product_family`) |\n| **Attribute 2** | `line_qualified` — `boolean` (`elem_line_qualified`) |\n\nPlaces, transitions, parameters, differential equations, and arcs: **none present** — exactly as required.\n\n---\n\n**Evidence level reached:** tool-schema accepted and post-mutation definition inspected. The inspected definition matches the specified schema. No structural correspondence review, no simulation, and no behavioral claim applies, because no process structure exists.\n\n**Scope of this check:** this is an isolated, test-authored schema-carrier check confined to verifying that Petrinaut accepts a coloured-token type bearing one `string` attribute and one `boolean` attribute under stable identifiers. No product family, production line, eligibility rule, operational quantity, or plant context is represented, implied, or invented. The result is not a process model and supports no operational decision.", + "toolActivity": [ + { + "sequence": 1, + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "toolCallId": "toolu_018YLU45ajpyuxkD1XmckJq8", + "toolName": "activate_skill", + "executor": "server", + "outcome": "output", + "input": { + "name": "sdcpn-modelling" + }, + "output": "Run the skill named \"sdcpn-modelling\".\n\n\n# Capability-aware lifecycle\n\nUse one conceptual lifecycle: orient, elicit or revise, maintain the workpiece, construct when supported, check, and deliver. The current conversation may expose only one branch of that lifecycle. Do not claim that an unavailable transition occurred.\n\n## Select the runtime branch\n\n### Interactive elicitation or revision\n\nInterview in the person's operational vocabulary. Activate the `elicitation` skill and read `references/profile.md` before substantive questions or revision. Read `templates/workpiece.md` when creating or materially revising the shared workpiece. Construct only when the mounted capabilities actually permit construction in this conversation.\n\n### Construct-only execution\n\nUse the supplied workpiece as the complete modelling input. Do not interview. Read `references/pn-construction.md` and `references/checks.md`, then use the mounted construction tools. If a consequential workpiece gap prevents faithful construction, report the gap and the smallest question a later interactive elicitation must answer; do not ask it or invent an answer in this conversation.\n\n## Procedure\n\n### Orient\n\nEstablish enough purpose and context to select one focused next action: the intended question or decision, audience, boundary, horizon, accuracy need, and available time. Orientation need not settle every concern before elicitation begins.\n\n### Elicit or revise\n\nFor a new account, follow one concrete case and re-evaluate the active gap after each useful answer. For an existing account, first locate the disputed or changed material and its consequence for the objective. Use the `elicitation` skill's universal guidance and `references/profile.md` for detailed operations and coverage; do not turn their register order into question order.\n\n### Maintain the workpiece\n\nTreat the workpiece as the recoverable account construction will consume. Update it after a useful stretch rather than waiting until the end. Preserve unrelated material unless new evidence affects it.\n\nWhenever the workpiece changes substantially, emit the full current document in a fenced block whose language tag is exactly `runbook-ir`. Emit it again before construction and before workpiece-only delivery. A delta or prose promise is not a recoverable workpiece.\n\n### Construct\n\nConstruct only from the current workpiece. Read `references/pn-construction.md` and `references/checks.md` before beginning. Use mounted Petrinaut tools for every net change and inspect the resulting definition rather than emitting free-form net JSON. If the required tools are absent, limit the result to the workpiece and construction-ready notes.\n\nConstruction may infer a representation from recorded operational meaning; it may not invent operational facts. Record construction inferences, approximations, defaults, and target losses in the workpiece.\n\n### Check and deliver\n\nApply `references/checks.md` whenever construction is prepared or attempted. Deliver the current workpiece in every branch. Deliver a net only when the mounted tool path has produced and checked one. State what the result can support, what remains open, what was assumed or simplified, and what the target or current tools could not represent.\n\nAn explicit stop opens no new topic. In an interactive conversation, emit the best current workpiece and any already-checked net with limitations visible. In construct-only execution, report a blocking gap rather than opening an interview.\n\n## Resource discipline\n\nRead resources directly from this skill's advertised resource list, using the exact `/.flue/packaged-skills/...` path shown in the activation briefing; the relative name is a label only. Do not treat Markdown links as includes, follow references recursively, or read construction material merely to frame ordinary interview questions.\n\n\nSupporting skill resources are available but are not loaded into context unless needed:\n\n- references/checks.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md\n- references/pn-construction.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md\n- references/profile.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/profile.md\n- templates/workpiece.md → read_skill_resource /.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/templates/workpiece.md\n" + }, + { + "sequence": 2, + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "toolCallId": "toolu_01AFNKniMZo6KvdS9VJWP2SY", + "toolName": "read_skill_resource", + "executor": "server", + "outcome": "output", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/pn-construction.md" + }, + "output": "# SDCPN Construction\n\nRead this only when constructing, revising, or checking a net. Consume the current process-model workpiece; do not reread the transcript as the primary model.\n\nConstruction translates recorded operational meaning into SDCPN structure. It may choose a representation, introduce a visibly named approximation, or report a loss. It may not invent operational facts to make the net complete.\n\n## Construction boundary\n\nBefore constructing, confirm that the workpiece states what the model must support and contains a usable process spine: what flows, what admits it, what happens and in what order, what changes the path, what resources are occupied, and what outcome ends or hands off the case.\n\nIf materially different nets remain possible because one operational distinction is missing, formulate the smallest resolving question. Ask it only when interactive elicitation is available; in construct-only execution, report it as the required re-entry and stop the unsupported path.\n\nWhen Petrinaut construction tools are mounted, their accepted schemas and the inspected resulting definition are the authority for payload fields and net state. Use the tools for every net change; do not emit free-form net JSON. When tools are absent, leave construction-ready notes and do not claim a loadable net.\n\n## Mapping principles\n\n| Recorded operational meaning | Possible SDCPN interpretation |\n| --- | --- |\n| Things that flow, are acted on, or do work | Typed tokens and colour elements when distinctions change behavior |\n| Initial populations, arrivals, departures, calendars, and external inputs | Initial marking, parameters, boundary conditions, or source and sink transitions where representable |\n| Logical activities | Transitions, factored into start, in-progress state, and completion only when timing or resource semantics require it |\n| Waiting, availability, and occupied state | Places derived from the activities and conditions on either side, not independently elicited queue nodes |\n| Ordering, branching, joining, triggers, and practiced decision rules | Arcs, guards, priorities, and explicit enabling state |\n| Resource consumption, reservation, release, and read-only use | Consumed tokens, held and returned resource tokens, or read behavior |\n| Continuous change | Dynamics on real-valued colour elements when a rate, threshold, or objective makes it consequential |\n| Metrics and objectives | Simulation metrics where representable; qualitative goals and unsupported weights remain in the workpiece |\n| Data bindings and validation criteria | Workpiece obligations until a separate integration represents them |\n\nA physical location becomes target structure only through its recorded operational effect; it is not automatically a Petri-net place. A simulation scenario is assembled from initial state, boundary conditions, parameters, and candidate policies rather than represented as one process node.\n\n## Petrinaut tool sequence\n\nWhen the corresponding tools are mounted:\n\n1. Call `getLatestNetDefinition` before changing the net.\n2. Add only workpiece-supported token types and tunable parameters with `addType` and `addParameter`.\n3. Add places and transitions with `addPlace` and `addTransition`; establish stable identifiers before connecting them.\n4. Add connections with `addArc`. Arc weights are positive token multiplicities, not switches for mutually exclusive modes.\n5. Re-inspect with `getLatestNetDefinition` after each dependent stage and at the end.\n6. Correct rejected calls in the same conversation or state why construction remains partial.\n\nThe mounted schemas, not this prose, govern exact payload fields.\n\n## Construction patterns\n\nPatterns are candidate transformations whose premises must already be present in the workpiece. They do not supply missing facts.\n\n### Timed work\n\nWhen a logical activity occupies consequential time, represent start, in-progress state, and completion separately. Preserve what remains occupied while work runs. Use a constant or named parameter when only a typical duration is supported; do not invent a distribution family or tail.\n\n### Conditional or probabilistic outcome\n\nRepresent mutually exclusive outcomes with distinct enabled paths. Use a recorded rule, condition, parameter, or probability. If no probability is supported, do not manufacture an even split; preserve a symbolic parameter, use a non-probabilistic condition when available, or report the gap.\n\n### Contended resource\n\nHold available instances in shared resource state. A work-start transition acquires the required tokens; competing work cannot use them while held; success, failure, cancellation, or recovery returns them when the workpiece says they become available. Preserve changed wear, qualification, location, or other consequential state on return.\n\nCompile practiced contention rules into guards or priorities only when their selecting conditions are recorded.\n\n### Consumed, reserved, and read inputs\n\n- **Consumed or transformed:** remove the input from its source state and produce only the outputs the workpiece records.\n- **Reserved:** remove or lock availability at start, carry the association through work, and return the input at release.\n- **Read:** allow the activity to depend on the input without making it unavailable to other work.\n\nConfirm that the target's actual arc semantics implement the intended use; syntactic convenience does not override operational meaning.\n\n### Gate, release, trigger, or prerequisite\n\nRepresent the observable enabling condition and the event or actor that changes it. Use a guard, state place, external source, or timed event appropriate to the workpiece. Preserve overrides rather than silently weakening the gate.\n\n### Batch, lot, load, or grouped movement\n\nRepresent formation by the recorded count, clock, or combined release rule. Preserve whether the group stays together and any split, merge, setup, or capacity cost. Do not infer a preferred batch size from a maximum.\n\n### Mode change\n\nRepresent source and destination availability states with directional transitions when setup, changeover, restart, handover, or reconfiguration changes behavior. Attach time, material, scrap, or capacity loss to the direction where it occurs.\n\n### Event, failure, retry, and recovery\n\nRepresent disruptions separately from normal progress when they befall the process rather than advance it. Place the return path at the recorded retry scope: failed activity, repeated subsequence, whole-case restart, diversion, or scrap. Preserve the work, state, and occupied resources that survive or reset.\n\n### Continuous quantity and threshold\n\nCarry a changing quantity in state with the supported evolution law. Fire consequential behavior at the recorded threshold and add a reset only when one is supported. Omit a floating continuous variable that affects no objective or process behavior.\n\n### Spatial transfer\n\nRepresent transfer as an activity when location change consumes time or resources. Reserve transport capacity when contended and preserve origin-to-destination dependence when supported.\n\n### Hidden waiting\n\nDerive waiting from unavailable resources, unmet prerequisites, calendar state, batching, transport, policy, or disruption. An intermediate place may be required, but its meaning comes from those surrounding conditions rather than an elicited queue object.\n\n## Inference, approximation, and target loss\n\nName every representational choice not directly supported by the operational account. Preserve its reason, consequence, and route to checking in the workpiece.\n\nPotentially acceptable when purpose-relative and visible:\n\n- collapsing several named micro-steps when no objective depends on their internal order;\n- representing an unknown rate as a parameter rather than a value;\n- using a constant for variation judged immaterial to the stated purpose;\n- choosing one of several behaviorally equivalent net factorizations; and\n- supplying layout positions that carry no operational meaning.\n\nNot acceptable:\n\n- filling an empty workpiece concern from generic operations knowledge;\n- averaging conflicting or context-dependent values;\n- interpreting “unknown” as a conventional distribution;\n- treating a posted rule as practiced behavior;\n- inventing release, recovery, retry, or branch semantics; or\n- claiming a net is loadable, valid, or simulated without corresponding tool evidence.\n\nRecord workpiece material the target or current tools cannot faithfully carry, including qualitative objectives without usable metrics, policy whose deciding condition remains tacit, live data bindings not connected by the current path, validation judgments outside net semantics, and contextual distinctions collapsed by an accepted simplification.\n\n## Existing-net analysis and bounded change\n\nStart from the changed or disputed workpiece material and inspect the current net before mutation. Identify the elements whose meaning depends on that material and the desired delta.\n\nDo not claim general net revision unless mounted capabilities can update or remove existing structure. With an add-and-inspect subset, apply only genuinely additive changes that preserve the intended existing structure; otherwise stop after analysis and describe the unsupported update or removal. Never simulate replacement by adding competing elements beside obsolete ones.\n\nAfter a supported change, report what was added, what was only inspected, which objective consequences changed, and which assumptions or losses opened or closed.\n" + }, + { + "sequence": 3, + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "toolCallId": "toolu_01WVYLQGN2TAA8W2JdGRxVK8", + "toolName": "read_skill_resource", + "executor": "server", + "outcome": "output", + "input": { + "path": "/.flue/packaged-skills/skill%3Asdcpn-modelling%3A99a447ec4bcbf6c0/references/checks.md" + }, + "output": "# Workpiece, Construction, and Delivery Checks\n\nRead this when preparing to construct, after construction changes, and before delivering a net. For workpiece-only delivery, apply the universal and plugin Verification registers without loading this construction resource.\n\nA failed check triggers the smallest relevant repair available in the current runtime branch: amend the workpiece, ask during interactive elicitation, revise construction, or report a visible limitation and re-entry question for a later conversation.\n\n## Evidence levels\n\nReport the highest level actually reached. Passing one level does not imply the next.\n\n### 1. Tool-schema acceptance\n\nThe mounted construction tools accepted the submitted payloads, and the latest inspected definition contains the accepted changes. This establishes conformance to those tool input schemas and the shape returned by inspection. It does not establish correspondence with the workpiece, reachability, resource conservation, exclusivity over executions, loadability in another consumer, or simulated behavior.\n\n### 2. Agent-reviewed structural correspondence\n\nThe agent compared the inspected definition with the workpiece and found visible structures corresponding to the recorded process. This can establish that named elements, connections, candidate paths, guards, resource-return structures, and parameters are present and apparently aligned. It remains a review judgment over static structure, not behavioral proof.\n\n### 3. Behavioral execution or stronger analysis\n\nAn actual simulation, state-space exploration, invariant check, or other named analysis exercised the constructed definition. State exactly which method, scenario, initial state, parameters, paths, and observations were covered. A simulation run establishes only the behavior observed in that run; a universal claim such as “resources cannot leak” requires an analysis whose scope genuinely covers every relevant execution.\n\nIf no behavioral execution or stronger analysis occurred, say so. Do not convert tool acceptance or visual inspection into behavioral validation.\n\n## Before construction\n\n- The intended question, comparison, or decision is stated in the person's terms.\n- The boundary and a meaningful concrete case are cold-readable from the workpiece.\n- The process spine says what flows, what admits it, what happens and in what order, what changes the path, where waiting comes from, and what outcome or handoff ends it.\n- Inputs that matter are distinguished as consumed, reserved/released, or read.\n- Required resource availability and release are recorded or visibly unknown.\n- Consequential quantities retain their context and supported precision.\n- Practiced and prescribed rules, corrections, conflicts, and contextual variants are not silently collapsed.\n- Construction can proceed without recovering a load-bearing fact from transcript memory.\n- Assumptions, unresolved matters, omissions, and anticipated losses are visible.\n\nIf the missing material admits materially different process structures, formulate the smallest resolving question before constructing. Ask it only during interactive elicitation; in construct-only execution, return it as a blocking re-entry question. If the person has stopped, deliver the partial workpiece instead of opening a new topic.\n\n## Tool-schema acceptance checks\n\n- Every intended construction call was accepted or its rejection remains explicitly unresolved.\n- The latest inspected definition contains each accepted place, transition, type, parameter, and connection under the identifier returned or supplied.\n- Every referenced endpoint exists in the inspected definition.\n- Arc weights or multiplicities are positive and conform to the mounted schema.\n- No later step depends on a rejected or absent change.\n\nRe-inspect after dependent stages and once at the end. Record rejected calls and repairs. Describe this result as **tool-schema accepted**, not valid, runnable, or simulated.\n\n## Agent-reviewed structural correspondence\n\nCompare the latest inspected definition with the authoritative workpiece claims.\n\n- The definition contains at least one meaningful place and transition corresponding to the process account.\n- It contains a candidate structural path from a represented initial or admitted condition toward an outcome. This does not establish that the path can fire.\n- Visible branches, joins, loops, and recovery structures correspond to the workpiece's stated ordering and conditions.\n- For each enumerated resource-holding path, the intended acquisition and return structures are present. This does not establish conservation over every execution.\n- Consumed inputs lack an unintended return structure; reserved inputs have an intended return structure; read-only information remains visibly available by the chosen representation.\n- Mutually exclusive outcomes or modes have apparently exclusive guards or structure. This does not establish that they can never overlap at runtime.\n- Direction-dependent mode changes retain distinct structural losses where the workpiece requires them.\n- Continuous dynamics have a recorded quantity, consequential threshold or effect, and workpiece support.\n- Required parameters and initial populations are represented or explicitly named as external inputs.\n- Waiting is explained by recorded surrounding conditions rather than an unsupported queue object.\n\nRecord discrepancies and the agent judgment used to resolve or preserve them. Describe a passing result as **structurally reviewed against the workpiece**.\n\n## Behavioral evidence\n\nOnly report observations produced by an actual execution or named stronger analysis.\n\n- Record the exact definition revision, scenario, initial state, parameters, duration or stopping condition, and analysis method.\n- State which process path or property was exercised.\n- For a simulation, report only observed progress, resource balances, mode states, outputs, and failures from the runs performed.\n- For state-space or invariant analysis, report the explored scope, assumptions, and any unexamined behaviors.\n- Relate each observation back to the workpiece objective it bears on.\n- Preserve failures and counterexamples; do not summarize them as a pass because another run succeeded.\n\nNo behavioral tool or result means no behavioral claim.\n\n## Fidelity and uncertainty\n\n- Every load-bearing net choice traces to an authoritative workpiece claim or a named construction inference, approximation, or default.\n- No hedge has been hardened solely to satisfy a schema.\n- No conflict has been averaged and no contextual value has been made universal without an accepted simplification.\n- Assumptions state why they were introduced, what they affect, and how they could be checked.\n- Material retained only in the workpiece is named as a target or tooling loss rather than omitted silently.\n- The delivery distinguishes accepted structure, agent review, observed behavior, and universal guarantees.\n\n## Revision checks\n\nWhen revising an existing workpiece or analyzing a requested net change:\n\n- the changed or disputed workpiece material is explicit;\n- the prior and current account are distinguishable as correction, conflict, or contextual coexistence;\n- the desired net delta follows from changed workpiece meaning;\n- unsupported update or removal operations are reported rather than imitated with competing additive structure;\n- any applied additive net changes preserve the intended existing structure at the level actually inspected;\n- assumptions and losses displaced or introduced by the revision are reported;\n- the delivery distinguishes what changed from what was only inspected and says what the model can now support that it could not support before, or vice versa.\n\n## Delivery\n\nAlways deliver the current recoverable workpiece. Deliver a net only if construction occurred through available tools and the resulting definition was inspected.\n\nState plainly:\n\n- what question or decision the result is intended to support;\n- whether the workpiece is sufficient for that purpose or partial with named gaps;\n- whether construction was not attempted, blocked, partial, or tool-schema accepted;\n- whether an agent-reviewed structural comparison occurred and what discrepancies remain;\n- whether behavior was untested, observed in named simulations, or established to the stated scope by stronger analysis;\n- what the agent inferred, approximated, defaulted, simplified, or omitted;\n- what remains unknown, unasked, declined, deferred, conflicting, or unsupported;\n- what the target formalism or current tooling could not represent;\n- what smallest next evidence would change the result.\n\nDo not collapse these levels into “validated,” “correct,” “runnable,” or “simulatable” without naming the evidence that supports that exact claim. Do not convert the delivery descriptions into a closed completion algebra.\n" + }, + { + "sequence": 4, + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "toolCallId": "toolu_01ESjLAmxCrCsgjgA67zYvxD", + "toolName": "getLatestNetDefinition", + "executor": "real-headless", + "outcome": "output", + "input": {}, + "output": { + "title": "Isolated A1 synthetic carrier check", + "definition": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "extensions": { + "colors": true, + "stochasticity": true, + "dynamics": true, + "parameters": true, + "subnets": true + } + } + }, + { + "sequence": 5, + "submissionId": "sub_01M2030X3RJ58FYNM80RXKD94G", + "toolCallId": "toolu_01UxCaZSXf8DnT2YTW71aoUP", + "toolName": "addType", + "executor": "real-headless", + "outcome": "output", + "input": { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + }, + "output": { + "applied": true + } + }, + { + "sequence": 6, + "submissionId": "sub_01M2031D4ZPHAACEDS1C4Y2FCD", + "toolCallId": "toolu_01WXUUuzQ8cJ3XrCziTGkXNQ", + "toolName": "getLatestNetDefinition", + "executor": "real-headless", + "outcome": "output", + "input": {}, + "output": { + "title": "Isolated A1 synthetic carrier check", + "definition": { + "places": [], + "transitions": [], + "types": [ + { + "id": "type_production_eligibility", + "name": "ProductionEligibility", + "description": "Schema-carrier check type. Carries a product family label and a line qualification flag. No operational content is supplied or inferred.", + "iconSlug": "circle", + "displayColor": "#4A90D9", + "elements": [ + { + "elementId": "elem_product_family", + "name": "product_family", + "type": "string" + }, + { + "elementId": "elem_line_qualified", + "name": "line_qualified", + "type": "boolean" + } + ] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "extensions": { + "colors": true, + "stochasticity": true, + "dynamics": true, + "parameters": true, + "subnets": true + } + } + } + ] + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-final.log new file mode 100644 index 00000000000..318be5c17f0 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-final.log @@ -0,0 +1,962 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent-plugin-sdcpn + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/petrinaut-core:build: cache bypass, force executing c950d3ff30965e29 +@local/advanced-types:build: cache hit, replaying logs 771afa5d7f763cf4 +@hashintel/brunch-agent:build: cache hit, replaying logs 057c83646aa992ff +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@local/eslint:build: cache hit, replaying logs abf06d7df99eb760 +@hashintel/brunch-agent:build: transforming... +@hashintel/brunch-agent:build: ✓ 19 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent:build: computing gzip size... +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.90 kB │ gzip: 1.14 kB │ map: 9.46 kB +@hashintel/brunch-agent:build: dist/session-log-CfNSNnUn.js 6.30 kB │ gzip: 2.24 kB │ map: 20.06 kB +@hashintel/brunch-agent:build: dist/flue.js 20.23 kB │ gzip: 7.71 kB │ map: 5.00 kB +@hashintel/brunch-agent:build: dist/index.js 24.84 kB │ gzip: 7.61 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 17ms +@hashintel/brunch-agent-transport-aisdk:build: cache hit, replaying logs 75ce107459296704 +@local/hash-isomorphic-utils:codegen: cache hit, replaying logs 573963f615d9c4a4 +@local/internal-api-client:build: cache hit, replaying logs d38f5b82972ba669 +@local/hash-isomorphic-utils:codegen: ❯ Parse Configuration +@local/hash-isomorphic-utils:codegen: ✔ Parse Configuration +@local/hash-isomorphic-utils:codegen: ❯ Generate outputs +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/fragment-types.gen.json +@local/status:build: cache hit, replaying logs 9540cd777ca03a27 +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@rust/hash-codec:build:types: cache hit, replaying logs d8dbac163dc104b2 +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@rust/hash-codec:build:types: Compiling unicode-segmentation v1.13.3 +@rust/hash-codec:build:types: Compiling siphasher v1.0.3 +@rust/hash-codec:build:types: Compiling serde_core v1.0.228 +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/fragment-types.gen.json +@hashintel/brunch-agent-binding-flue:build: cache hit, replaying logs 4c33f169a0dac127 +@hashintel/brunch-agent-plugin-gherkin:build: cache hit, replaying logs 9c85678d74d6866a +@blockprotocol/type-system-rs:build:types: cache hit, replaying logs e88e5b117e84995b +@hashintel/brunch-agent-plugin-gherkin:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-gherkin:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-plugin-gherkin:build: rendering chunks... +@hashintel/brunch-agent-plugin-gherkin:build: computing gzip size... +@hashintel/brunch-agent-plugin-gherkin:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.77 kB +@hashintel/brunch-agent-plugin-gherkin:build: dist/flue.js 31.54 kB │ gzip: 10.81 kB │ map: 1.94 kB +@hashintel/brunch-agent-plugin-gherkin:build: +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ✔ Generate outputs +@rust/hash-codec:build:types: Compiling owo-colors v4.3.0 +@rust/hash-codec:build:types: Compiling allocator-api2 v0.2.21 +@hashintel/brunch-agent-plugin-gherkin:build: ✓ built in 11ms +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@local/harpc-client:build: cache hit, replaying logs 73864d13c6889729 +@hashintel/brunch-agent-binding-flue:build: vite v8.2.2 building client environment for production... +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Compiling unicode-linebreak v0.1.5 +@rust/hash-codec:build:types: Compiling unicode-width v0.2.2 +@rust/hash-codec:build:types: Compiling smawk v0.3.3 +@hashintel/brunch-agent-binding-flue:build: transforming... +@hashintel/brunch-agent-binding-flue:build: ✓ 7 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: cache hit, replaying logs ad6714a0e2646a64 +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on build directory +@rust/hash-codec:build:types: Compiling fastrand v2.4.1 +@blockprotocol/type-system-rs:build:wasm: cache hit, replaying logs 71255e2fe653a7bf +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 11ms +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🎯 Checking for the Wasm target... +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🌀 Compiling to Wasm... +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling serde_core v1.0.228 +@blockprotocol/type-system-rs:build:types: Compiling serde v1.0.228 +@blockprotocol/type-system-rs:build:types: Compiling regex-syntax v0.8.11 +@rust/hash-graph-authorization:build:types: cache hit, replaying logs c5f2cf7a00a6a433 +@rust/hash-codec:build:types: Compiling serde v1.0.228 +@rust/hash-codec:build:types: Compiling oxc_data_structures v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@hashintel/brunch-agent-binding-flue:build: rendering chunks... +@rust/hash-graph-store:build:types: cache hit, replaying logs 638aaa593e296209 +@blockprotocol/type-system-rs:build:types: Compiling indexmap v2.14.0 +@blockprotocol/type-system-rs:build:types: Compiling aho-corasick v1.1.4 +@rust/hash-codec:build:types: Compiling cow-utils v0.1.3 +@rust/hash-codec:build:types: Compiling syn v2.0.118 +@rust/hash-codec:build:types: Compiling castaway v0.2.4 +@rust/hash-codec:build:types: Compiling oxc_estree v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling unicode-id-start v1.4.0 +@blockprotocol/type-system-rs:build:types: Compiling either v1.16.0 +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on build directory +@blockprotocol/type-system-rs:build:types: Compiling anyhow v1.0.102 +@blockprotocol/type-system-rs:build:types: Compiling cc v1.2.65 +@blockprotocol/type-system-rs:build:types: Compiling fixedbitset v0.5.7 +@blockprotocol/type-system-rs:build:types: Compiling serde_json v1.0.150 +@hashintel/brunch-agent-binding-flue:build: computing gzip size... +@hashintel/brunch-agent-binding-flue:build: dist/index.js 10.81 kB │ gzip: 3.85 kB │ map: 30.78 kB +@rust/hash-graph-authorization:build:types: Compiling memchr v2.8.2 +@rust/hash-graph-authorization:build:types: Compiling phf_macros v0.13.1 +@rust/hash-graph-authorization:build:types: Compiling getrandom v0.4.3 +@rust/hash-graph-authorization:build:types: Compiling parking_lot_core v0.9.12 +@rust/hash-graph-authorization:build:types: Compiling scopeguard v1.2.0 +@rust/hash-graph-authorization:build:types: Compiling regex-syntax v0.8.11 +@rust/hash-codec:build:types: Compiling nonmax v0.5.5 +@rust/hash-codec:build:types: Compiling compact_str v0.9.1 +@rust/hash-codec:build:types: Compiling dragonbox_ecma v0.0.5 +@rust/hash-codec:build:types: Compiling num-integer v0.1.46 +@rust/hash-codec:build:types: Compiling phf_shared v0.13.1 +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Compiling unicode-ident v1.0.24 +@blockprotocol/type-system-rs:build:wasm: Compiling proc-macro2 v1.0.106 +@hashintel/brunch-agent-binding-flue:build: +@hashintel/brunch-agent-binding-flue:build: ✓ built in 19ms +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: Compiling uuid v1.23.3 +@rust/hash-graph-store:build:types: Compiling chrono v0.4.45 +@blockprotocol/type-system-rs:build:wasm: Compiling quote v1.0.46 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_core v1.0.228 +@blockprotocol/type-system-rs:build:wasm: Compiling memchr v2.8.2 +@blockprotocol/type-system-rs:build:wasm: Compiling rustversion v1.0.22 +@blockprotocol/type-system-rs:build:types: Compiling tokio v1.52.3 +@blockprotocol/type-system-rs:build:types: Compiling libm v0.2.16 +@blockprotocol/type-system-rs:build:types: Compiling num-traits v0.2.19 +@hashintel/brunch-agent-plugin-dafny:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-dafny:build: transforming... +@hashintel/brunch-agent-plugin-dafny:build: ✓ 6 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: rendering chunks... +@hashintel/brunch-agent-plugin-dafny:build: computing gzip size... +@rust/hash-graph-store:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@rust/hash-graph-store:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@rust/hash-graph-store:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling libc v0.2.186 +@rust/hash-codec:build:types: Compiling serde_json v1.0.150 +@rust/hash-codec:build:types: Compiling oxc_sourcemap v6.1.1 +@rust/hash-codec:build:types: Compiling self_cell v1.2.2 +@rust/hash-codec:build:types: Compiling ctor-proc-macro v0.0.6 +@rust/hash-codec:build:types: Compiling textwrap v0.16.2 +@rust/hash-codec:build:types: Compiling phf v0.13.1 +@rust/hash-codec:build:types: Compiling phf_generator v0.13.1 +@rust/hash-codec:build:types: Compiling num-bigint v0.4.6 +@rust/hash-codec:build:types: Compiling hashbrown v0.15.5 +@rust/hash-codec:build:types: Compiling bumpalo v3.19.0 +@rust/hash-codec:build:types: Compiling getrandom v0.3.4 +@rust/hash-codec:build:types: Compiling dashu-int v0.4.3 +@rust/hash-codec:build:types: Compiling json-escape-simd v3.0.2 +@rust/hash-codec:build:types: Compiling rustix v1.1.4 +@rust/hash-codec:build:types: Compiling Inflector v0.11.4 +@rust/hash-codec:build:types: Compiling ctor v0.4.3 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen-shared v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling stable_deref_trait v1.2.1 +@blockprotocol/type-system-rs:build:wasm: Compiling serde v1.0.228 +@blockprotocol/type-system-rs:build:wasm: Compiling cfg-if v1.0.4 +@blockprotocol/type-system-rs:build:wasm: Compiling zmij v1.0.21 +@blockprotocol/type-system-rs:build:wasm: Compiling bumpalo v3.19.0 +@rust/hash-codec:build:types: Compiling convert_case v0.10.0 +@rust/hash-codec:build:types: Compiling dashu-base v0.4.3 +@rust/hash-codec:build:types: Compiling oxc_allocator v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling seq-macro v0.3.6 +@rust/hash-codec:build:types: Compiling num-modular v0.6.4 +@rust/hash-codec:build:types: Compiling similar v2.7.0 +@blockprotocol/type-system-rs:build:types: Compiling prettyplease v0.2.37 +@blockprotocol/type-system-rs:build:types: Compiling errno v0.3.14 +@hashintel/brunch-agent-plugin-dafny:build: dist/index.js 0.19 kB │ gzip: 0.18 kB │ map: 0.83 kB +@hashintel/brunch-agent-plugin-dafny:build: dist/flue.js 2.24 kB │ gzip: 1.10 kB │ map: 1.22 kB +@hashintel/brunch-agent-plugin-dafny:build: +@hashintel/brunch-agent-plugin-dafny:build: ✓ built in 12ms +@rust/hash-graph-authorization:build:types: Compiling regex-automata v0.4.14 +@rust/hash-graph-authorization:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/error-stack) +@rust/hash-graph-authorization:build:types: Compiling log v0.4.33 +@rust/hash-graph-authorization:build:types: Compiling smallvec v1.15.2 +@rust/hash-graph-authorization:build:types: Compiling derive_more-impl v2.1.1 +@rust/hash-graph-authorization:build:types: Compiling tokio v1.52.3 +@rust/hash-codec:build:types: Compiling harpc-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/harpc/types) +@rust/hash-codec:build:types: Compiling thiserror-impl v2.0.18 +@rust/hash-codec:build:types: Compiling oxc-miette-derive v2.7.1 +@rust/hash-codec:build:types: Compiling serde_derive v1.0.228 +@rust/hash-codec:build:types: Compiling oxc_ast_macros v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling phf_macros v0.13.1 +@rust/hash-codec:build:types: Compiling specta-macros v2.0.0-rc.18 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@rust/hash-codec:build:types: Compiling derive_more-impl v2.1.1 +@rust/hash-codec:build:types: Compiling errno v0.3.14 +@rust/hash-codec:build:types: Compiling thiserror v2.0.18 +@rust/hash-codec:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@local/hash-graph-client:codegen: cache hit, replaying logs 87f9f1ecb47dedc7 +@rust/hash-graph-authorization:build:types: Compiling itertools v0.14.0 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_json v1.0.150 +@blockprotocol/type-system-rs:build:wasm: Compiling writeable v0.6.3 +@blockprotocol/type-system-rs:build:wasm: Compiling litemap v0.8.2 +@blockprotocol/type-system-rs:build:wasm: Compiling itoa v1.0.18 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_normalizer_data v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling utf8_iter v1.0.4 +@blockprotocol/type-system-rs:build:wasm: Compiling once_cell v1.21.4 +@blockprotocol/type-system-rs:build:types: Compiling bytes v1.12.0 +@blockprotocol/type-system-rs:build:types: Compiling itertools v0.14.0 +@blockprotocol/type-system-rs:build:types: Compiling rustix v1.1.4 +@blockprotocol/type-system-rs:build:types: Compiling getrandom v0.3.4 +@blockprotocol/type-system-rs:build:types: Compiling parking_lot_core v0.9.12 +@blockprotocol/type-system-rs:build:types: Compiling unicode-xid v0.2.6 +@local/hash-graph-client:codegen: bundling ../../api/openapi/openapi.json... +@local/hash-graph-client:codegen: 📦 Created a bundle for ../../api/openapi/openapi.json at openapi.bundle.json 56ms. +@local/hash-graph-client:codegen: Download 6.6.0 ... +@local/hash-graph-client:codegen: Downloaded 6.6.0 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: A terminally deprecated method in sun.misc.Unsafe has been called +@blockprotocol/type-system-rs:build:types: Compiling pulldown-cmark v0.13.4 +@blockprotocol/type-system-rs:build:types: Compiling ident_case v1.0.1 +@blockprotocol/type-system-rs:build:types: Compiling foldhash v0.1.5 +@blockprotocol/type-system-rs:build:types: Compiling unicase v2.9.0 +@blockprotocol/type-system-rs:build:types: Compiling strsim v0.11.1 +@blockprotocol/type-system-rs:build:types: Compiling hashbrown v0.15.5 +@blockprotocol/type-system-rs:build:types: Compiling getrandom v0.2.17 +@blockprotocol/type-system-rs:build:types: Compiling rand_core v0.10.1 +@blockprotocol/type-system-rs:build:types: Compiling scopeguard v1.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_properties_data v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling unicode-segmentation v1.13.3 +@blockprotocol/type-system-rs:build:wasm: Compiling dashu-int v0.4.3 +@blockprotocol/type-system-rs:build:wasm: Compiling num-conv v0.2.2 +@blockprotocol/type-system-rs:build:wasm: Compiling semver v1.0.28 +@blockprotocol/type-system-rs:build:wasm: Compiling regex-syntax v0.8.11 +@blockprotocol/type-system-rs:build:wasm: Compiling smallvec v1.15.2 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset has been called by com.github.benmanes.caffeine.cache.UnsafeAccess (file:/Users/lunelson/.herdr/worktrees/hash/alpha/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: Please consider reporting this to the maintainers of class com.github.benmanes.caffeine.cache.UnsafeAccess +@rust/hash-graph-authorization:build:types: Compiling lock_api v0.4.14 +@rust/hash-graph-authorization:build:types: Compiling form_urlencoded v1.2.2 +@rust/hash-graph-authorization:build:types: Compiling tracing-core v0.1.36 +@rust/hash-graph-authorization:build:types: Compiling indoc v2.0.7 +@rust/hash-graph-store:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling prost-wkt v0.7.1 +@rust/hash-graph-store:build:types: Compiling prost-wkt-types v0.7.1 +@rust/hash-graph-store:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:wasm: Compiling convert_case v0.10.0 +@blockprotocol/type-system-rs:build:wasm: Compiling aho-corasick v1.1.4 +@blockprotocol/type-system-rs:build:wasm: Compiling unicode-xid v0.2.6 +@blockprotocol/type-system-rs:build:wasm: Compiling static_assertions v1.1.0 +@blockprotocol/type-system-rs:build:types: Compiling once_cell v1.21.4 +@blockprotocol/type-system-rs:build:types: Compiling getrandom v0.4.3 +@blockprotocol/type-system-rs:build:types: Compiling futures-util v0.3.32 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset will be removed in a future release +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] [main] WARN o.o.codegen.DefaultCodegen - PathExpression_path_inner (oneOf schema) already has `string` defined and therefore it's skipped. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Thanks for using OpenAPI Generator. # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Please consider donation to help us maintain this project 🙏 # +@blockprotocol/type-system-rs:build:types: Compiling tempfile v3.27.0 +@blockprotocol/type-system-rs:build:types: Compiling petgraph v0.8.3 +@blockprotocol/type-system-rs:build:types: Compiling prost-derive v0.14.4 +@blockprotocol/type-system-rs:build:types: Compiling regex-automata v0.4.14 +@blockprotocol/type-system-rs:build:types: Compiling lock_api v0.4.14 +@blockprotocol/type-system-rs:build:types: Compiling multimap v0.10.1 +@rust/hash-codec:build:types: Compiling derive_more v2.1.1 +@blockprotocol/type-system-rs:build:wasm: Compiling dashu-base v0.4.3 +@blockprotocol/type-system-rs:build:wasm: Compiling time-core v0.1.9 +@blockprotocol/type-system-rs:build:wasm: Compiling num-modular v0.6.4 +@rust/hash-graph-store:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling temporalio-protos v0.5.0 +@rust/hash-graph-store:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-store:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@blockprotocol/type-system-rs:build:wasm: Compiling time-macros v0.2.30 +@blockprotocol/type-system-rs:build:wasm: Compiling regex-automata v0.4.14 +@blockprotocol/type-system-rs:build:wasm: Compiling rustc_version v0.4.1 +@blockprotocol/type-system-rs:build:wasm: Compiling sha1_smol v1.0.1 +@rust/hash-graph-authorization:build:types: Compiling ena v0.14.4 +@rust/hash-graph-authorization:build:types: Compiling icu_normalizer v2.2.0 +@rust/hash-graph-authorization:build:types: Compiling parking_lot v0.12.5 +@rust/hash-graph-authorization:build:types: Compiling aho-corasick v1.1.4 +@rust/hash-graph-authorization:build:types: Compiling object v0.37.3 +@rust/hash-graph-authorization:build:types: Compiling tracing v0.1.44 +@rust/hash-graph-authorization:build:types: Compiling string_cache v0.8.9 +@rust/hash-graph-authorization:build:types: Compiling idna_adapter v1.2.2 +@rust/hash-graph-authorization:build:types: Compiling phf v0.13.1 +@rust/hash-graph-authorization:build:types: Compiling idna v1.1.0 +@blockprotocol/type-system-rs:build:wasm: Compiling powerfmt v0.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/error-stack) +@blockprotocol/type-system-rs:build:types: Compiling ring v0.17.14 +@blockprotocol/type-system-rs:build:types: Compiling derive_more-impl v2.1.1 +@blockprotocol/type-system-rs:build:types: Compiling oxc-miette-derive v2.7.1 +@blockprotocol/type-system-rs:build:types: Compiling sha1_smol v1.0.1 +@blockprotocol/type-system-rs:build:types: Compiling typeid v1.0.3 +@blockprotocol/type-system-rs:build:wasm: Compiling percent-encoding v2.3.2 +@blockprotocol/type-system-rs:build:wasm: Compiling thiserror v2.0.18 +@blockprotocol/type-system-rs:build:wasm: Compiling minimal-lexical v0.2.1 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # https://opencollective.com/openapi_generator/donate # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] java -Dlog.level=warn -jar "/Users/lunelson/.herdr/worktrees/hash/alpha/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar" generate --input-spec="openapi.bundle.json" --generate-alias-as-model --generator-name="typescript-axios" --output="/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/client/typescript" --additional-properties="npmName=@local/hash-graph-client,npmVersion=0.0.0-private,supportsES6=true,withInterfaces=true,disallowAdditionalPropertiesIfNotPresent=true,withNodeImports=true,sortModelPropertiesByRequiredFlag=false" exited with code 0 +@rust/hash-codec:build:types: Compiling dashu-float v0.4.5 +@rust/hash-codec:build:types: Compiling tempfile v3.27.0 +@rust/hash-codec:build:types: Compiling oxc-miette v2.7.1 +@rust/hash-codec:build:types: Compiling insta v1.48.0 +@rust/hash-graph-authorization:build:types: Compiling url v2.5.8 +@rust/hash-graph-authorization:build:types: Compiling uuid v1.23.3 +@rust/hash-graph-authorization:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@rust/hash-graph-authorization:build:types: Compiling tokio-util v0.7.18 +@blockprotocol/type-system-rs:build:types: Compiling prost v0.14.4 +@rust/hash-codec:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@rust/hash-codec:build:types: Compiling oxc_index v4.1.0 +@blockprotocol/type-system-rs:build:wasm: Compiling simple-mermaid v0.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling nom v7.1.3 +@rust/hash-graph-authorization:build:types: Compiling derive_more v2.1.1 +@rust/hash-graph-authorization:build:types: Compiling regex v1.12.4 +@rust/hash-graph-authorization:build:types: Compiling lalrpop-util v0.22.2 +@rust/hash-graph-authorization:build:types: Compiling oxc_syntax v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/types) +@rust/hash-graph-store:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/authorization/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-common-wasm v0.5.0 +@rust/hash-graph-store:build:types: Compiling temporalio-common v0.5.0 +@rust/hash-graph-store:build:types: Compiling temporalio-client v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/temporal-client) +@blockprotocol/type-system-rs:build:wasm: Compiling form_urlencoded v1.2.2 +@blockprotocol/type-system-rs:build:wasm: Compiling either v1.16.0 +@blockprotocol/type-system-rs:build:wasm: Compiling regex v1.12.4 +@blockprotocol/type-system-rs:build:wasm: Compiling itertools v0.14.0 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling iso8601-duration v0.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling bytes v1.12.0 +@blockprotocol/type-system-rs:build:wasm: Compiling email_address v0.2.9 +@local/hash-graph-client:codegen: [ts] openapi.bundle.json +@local/hash-graph-client:codegen: done. +@rust/hash-graph-store:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/store/rust) +@rust/hash-graph-store:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 55.66s +@rust/hash-codec:build:types: Compiling oxc_span v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:wasm: Compiling syn v2.0.118 +@blockprotocol/type-system-rs:build:wasm: Compiling deranged v0.5.8 +@blockprotocol/type-system-rs:build:wasm: Compiling uuid v1.23.3 +@blockprotocol/type-system-rs:build:wasm: Compiling time v0.3.51 +@blockprotocol/type-system-rs:build:wasm: Compiling synstructure v0.13.2 +@rust/hash-graph-authorization:build:types: Compiling oxc_regular_expression v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling generic-array v0.14.7 +@blockprotocol/type-system-rs:build:types: Compiling phf_generator v0.13.1 +@blockprotocol/type-system-rs:build:types: Compiling regex v1.12.4 +@blockprotocol/type-system-rs:build:types: Compiling tokio-util v0.7.18 +@blockprotocol/type-system-rs:build:types: Compiling oxc-miette v2.7.1 +@blockprotocol/type-system-rs:build:types: Compiling rustls v0.23.41 +@blockprotocol/type-system-rs:build:types: Compiling typenum v1.20.1 +@rust/hash-graph-store:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/hash-graph-store/17dfb30a5790cc47/out/codegen-17dfb30a5790cc47) +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: running 1 test +@rust/hash-graph-store:build:types: test index ... ok +@rust/hash-graph-authorization:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Compiling oxc_ast v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling ar_archive_writer v0.5.2 +@rust/hash-graph-authorization:build:types: Compiling lalrpop v0.22.2 +@rust/hash-graph-authorization:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@rust/hash-graph-store:build:types: +@blockprotocol/type-system-rs:build:types: Compiling erased-serde v0.4.10 +@blockprotocol/type-system-rs:build:types: Compiling tonic-build v0.14.6 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen-macro-support v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_derive_internals v0.29.1 +@blockprotocol/type-system-rs:build:wasm: Compiling zerofrom-derive v0.1.7 +@blockprotocol/type-system-rs:build:wasm: Compiling yoke-derive v0.8.2 +@blockprotocol/type-system-rs:build:wasm: Compiling zerovec-derive v0.11.3 +@blockprotocol/type-system-rs:build:wasm: Compiling displaydoc v0.2.6 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_derive v1.0.228 +@blockprotocol/type-system-rs:build:wasm: Compiling derive_more-impl v2.1.1 +@blockprotocol/type-system-rs:build:wasm: Compiling thiserror-impl v2.0.18 +@blockprotocol/type-system-rs:build:wasm: Compiling derive-where v1.6.1 +@blockprotocol/type-system-rs:build:wasm: Compiling tsify-macros v0.5.6 +@blockprotocol/type-system-rs:build:wasm: Compiling zerofrom v0.1.8 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen-macro v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling derive_more v2.1.1 +@blockprotocol/type-system-rs:build:wasm: Compiling yoke v0.8.3 +@blockprotocol/type-system-rs:build:types: Compiling h2 v0.4.18 +@blockprotocol/type-system-rs:build:types: Compiling phf_macros v0.13.1 +@rust/hash-graph-authorization:build:types: Compiling psm v0.1.31 +@rust/hash-codec:build:types: Compiling oxc_diagnostics v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_syntax v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_regular_expression v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_ast v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling uuid v1.23.3 +@blockprotocol/type-system-rs:build:types: Compiling oxc_ast_macros v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling pulldown-cmark-to-cmark v22.0.0 +@blockprotocol/type-system-rs:build:types: Compiling security-framework-sys v2.17.0 +@blockprotocol/type-system-rs:build:types: Compiling simd-adler32 v0.3.9 +@blockprotocol/type-system-rs:build:types: Compiling typetag v0.2.22 +@blockprotocol/type-system-rs:build:types: Compiling object v0.37.3 +@blockprotocol/type-system-rs:build:types: Compiling security-framework v3.7.0 +@blockprotocol/type-system-rs:build:types: Compiling specta-macros v2.0.0-rc.18 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@blockprotocol/type-system-rs:build:types: Compiling phf v0.13.1 +@blockprotocol/type-system-rs:build:types: Compiling miniz_oxide v0.8.9 +@rust/hash-codec:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_ast_visit v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/error-stack) +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling derive_more v2.1.1 +@blockprotocol/type-system-rs:build:types: Compiling prost-types v0.14.4 +@blockprotocol/type-system-rs:build:types: Compiling typetag-impl v0.2.22 +@rust/hash-graph-store:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.12s +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: done: no snapshots to review +@rust/hash-codec:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@blockprotocol/type-system-rs:build:types: Compiling form_urlencoded v1.2.2 +@blockprotocol/type-system-rs:build:types: Compiling zerocopy v0.8.55 +@blockprotocol/type-system-rs:build:types: Compiling inventory v0.3.24 +@blockprotocol/type-system-rs:build:types: Compiling smallvec v1.15.2 +@blockprotocol/type-system-rs:build:types: Compiling sync_wrapper v1.0.2 +@blockprotocol/type-system-rs:build:types: Compiling time-macros v0.2.30 +@blockprotocol/type-system-rs:build:types: Compiling tower v0.5.3 +@blockprotocol/type-system-rs:build:types: Compiling hyper v1.10.1 +@rust/hash-graph-authorization:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Compiling stacker v0.1.24 +@rust/hash-graph-authorization:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling oxc_ast_visit v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.75s +@rust/hash-codec:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/hash-codec/ac4a733b509c7198/out/codegen-ac4a733b509c7198) +@rust/hash-codec:build:types: +@blockprotocol/type-system-rs:build:types: Compiling prost-build v0.14.4 +@rust/hash-codec:build:types: running 1 test +@rust/hash-codec:build:types: test index ... ok +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.10s +@rust/hash-codec:build:types: +@local/hash-graph-client:build: cache hit, replaying logs 5d3e9407e7c9aad6 +@rust/hash-graph-authorization:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling cedar-policy-core v4.5.1 +@rust/hash-graph-authorization:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:wasm: Compiling dashu-float v0.4.5 +@blockprotocol/type-system-rs:build:types: Compiling pbjson-build v0.9.0 +@blockprotocol/type-system-rs:build:types: Compiling rustls-native-certs v0.8.4 +@blockprotocol/type-system-rs:build:types: Compiling url v2.5.8 +@rust/hash-codec:build:types: done: no snapshots to review +@rust/hash-graph-authorization:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 45.22s +@blockprotocol/type-system-rs:build:types: Compiling prost-wkt-build v0.7.1 +@blockprotocol/type-system-rs:build:types: Compiling tonic-prost-build v0.14.6 +@blockprotocol/type-system-rs:build:types: Compiling oxc_span v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:wasm: Compiling zerovec v0.11.6 +@blockprotocol/type-system-rs:build:wasm: Compiling zerotrie v0.2.4 +@blockprotocol/type-system-rs:build:wasm: Compiling js-sys v0.3.85 +@blockprotocol/type-system-rs:build:wasm: Compiling console_error_panic_hook v0.1.7 +@blockprotocol/type-system-rs:build:wasm: Compiling tinystr v0.8.3 +@blockprotocol/type-system-rs:build:wasm: Compiling potential_utf v0.1.5 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_collections v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_locale_core v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_provider v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_properties v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_normalizer v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling idna_adapter v1.2.2 +@blockprotocol/type-system-rs:build:types: Compiling hyper-util v0.1.20 +@blockprotocol/type-system-rs:build:types: Compiling oxc_diagnostics v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling oxc_index v4.1.0 +@blockprotocol/type-system-rs:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@blockprotocol/type-system-rs:build:types: Compiling flate2 v1.1.9 +@blockprotocol/type-system-rs:build:types: Compiling prost-wkt-types v0.7.1 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-protos v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling block-buffer v0.10.4 +@blockprotocol/type-system-rs:build:types: Compiling crypto-common v0.1.7 +@blockprotocol/type-system-rs:build:types: Compiling chrono v0.4.45 +@blockprotocol/type-system-rs:build:types: Compiling futures-executor v0.3.32 +@blockprotocol/type-system-rs:build:types: Compiling tokio-stream v0.1.18 +@blockprotocol/type-system-rs:build:types: Compiling deranged v0.5.8 +@blockprotocol/type-system-rs:build:types: Compiling cpufeatures v0.2.17 +@blockprotocol/type-system-rs:build:types: Compiling keccak v0.1.6 +@blockprotocol/type-system-rs:build:types: Compiling hyper-timeout v0.5.2 +@blockprotocol/type-system-rs:build:types: Compiling parking_lot v0.12.5 +@blockprotocol/type-system-rs:build:types: Compiling futures v0.3.32 +@rust/hash-graph-authorization:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/hash-graph-authorization/16c7ff128fd8ff0f/out/codegen-16c7ff128fd8ff0f) +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: running 1 test +@rust/hash-graph-authorization:build:types: test index ... ok +@blockprotocol/type-system-rs:build:wasm: Compiling idna v1.1.0 +@blockprotocol/type-system-rs:build:types: Compiling digest v0.10.7 +@blockprotocol/type-system-rs:build:types: Compiling darling v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling matchers v0.2.0 +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.23.0 +@blockprotocol/type-system-rs:build:types: Compiling rustls-webpki v0.103.13 +@blockprotocol/type-system-rs:build:types: Compiling time v0.3.51 +@blockprotocol/type-system-rs:build:types: Compiling derive-where v1.6.1 +@blockprotocol/type-system-rs:build:types: Compiling phf_shared v0.11.3 +@blockprotocol/type-system-rs:build:types: Compiling minimal-lexical v0.2.1 +@blockprotocol/type-system-rs:build:types: Compiling same-file v1.0.6 +@blockprotocol/type-system-rs:build:types: Compiling precomputed-hash v0.1.1 +@blockprotocol/type-system-rs:build:types: Compiling new_debug_unreachable v1.0.6 +@blockprotocol/type-system-rs:build:types: Compiling bit-vec v0.8.0 +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:types: Compiling term v1.2.1 +@blockprotocol/type-system-rs:build:wasm: Compiling url v2.5.8 +@blockprotocol/type-system-rs:build:wasm: Compiling web-sys v0.3.85 +@blockprotocol/type-system-rs:build:wasm: Compiling gloo-utils v0.2.0 +@blockprotocol/type-system-rs:build:types: Compiling tracing-subscriber v0.3.23 +@blockprotocol/type-system-rs:build:types: Compiling bit-set v0.8.0 +@blockprotocol/type-system-rs:build:types: Compiling string_cache v0.8.9 +@blockprotocol/type-system-rs:build:types: Compiling ascii-canvas v4.0.0 +@blockprotocol/type-system-rs:build:types: Compiling walkdir v2.5.0 +@blockprotocol/type-system-rs:build:types: Compiling nom v7.1.3 +@blockprotocol/type-system-rs:build:types: Compiling sha3 v0.10.9 +@blockprotocol/type-system-rs:build:types: Compiling pbjson v0.9.0 +@blockprotocol/type-system-rs:build:types: Compiling num-integer v0.1.46 +@blockprotocol/type-system-rs:build:types: Compiling lalrpop-util v0.22.2 +@blockprotocol/type-system-rs:build:types: Compiling rand_core v0.6.4 +@blockprotocol/type-system-rs:build:wasm: Compiling tsify v0.5.6 +@blockprotocol/type-system-rs:build:wasm: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:wasm: Finished `release` profile [optimized] target(s) in 20.59s +@blockprotocol/type-system-rs:build:wasm: [INFO]: ⬇️ Installing wasm-bindgen... +@blockprotocol/type-system-rs:build:wasm: [INFO]: found wasm-opt at "/Users/lunelson/.local/share/mise/installs/github-web-assembly-binaryen/version_131/bin/wasm-opt" +@blockprotocol/type-system-rs:build:wasm: [INFO]: Optimizing wasm binaries with `wasm-opt`... +@blockprotocol/type-system-rs:build:wasm: [INFO]: ✨ Done in 20.81s +@blockprotocol/type-system-rs:build:wasm: [INFO]: 📦 Your wasm pkg is ready to publish at pkg. +@blockprotocol/type-system-rs:build:types: Compiling oxc_syntax v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling oxc_regular_expression v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling petgraph v0.7.1 +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.23.0 +@blockprotocol/type-system-rs:build:types: Compiling ar_archive_writer v0.5.2 +@blockprotocol/type-system-rs:build:types: Compiling oxc_ast v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling ena v0.14.4 +@blockprotocol/type-system-rs:build:types: Compiling tinyvec_macros v0.1.1 +@blockprotocol/type-system-rs:build:types: Compiling pico-args v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling tinyvec v1.11.0 +@blockprotocol/type-system-rs:build:types: Compiling iso8601-duration v0.2.0 +@blockprotocol/type-system-rs:build:types: Compiling darling v0.23.0 +@blockprotocol/type-system-rs:build:types: Compiling lalrpop v0.22.2 +@blockprotocol/type-system-rs:build:types: Compiling num-bigint v0.4.6 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling semver v1.0.28 +@blockprotocol/type-system-rs:build:types: Compiling psm v0.1.31 +@blockprotocol/type-system-rs:build:types: Compiling stacker v0.1.24 +@blockprotocol/type-system-rs:build:types: Compiling chacha20 v0.10.0 +@blockprotocol/type-system-rs:build:types: Compiling ppv-lite86 v0.2.21 +@blockprotocol/type-system-rs:build:types: Compiling enum-ordinalize-derive v4.3.2 +@blockprotocol/type-system-rs:build:types: Compiling ref-cast v1.0.25 +@blockprotocol/type-system-rs:build:types: Compiling rand_chacha v0.3.1 +@blockprotocol/type-system-rs:build:types: Compiling email_address v0.2.9 +@blockprotocol/type-system-rs:build:types: Compiling enum-ordinalize v4.3.2 +@blockprotocol/type-system-rs:build:types: Compiling rand v0.8.6 +@blockprotocol/type-system-rs:build:types: Compiling rand v0.10.1 +@blockprotocol/type-system-rs:build:types: Compiling unicode-normalization v0.1.25 +@blockprotocol/type-system-rs:build:types: Compiling prost-wkt v0.7.1 +@blockprotocol/type-system-rs:build:types: Compiling ref-cast-impl v1.0.25 +@blockprotocol/type-system-rs:build:types: Compiling miette-derive v7.6.0 +@blockprotocol/type-system-rs:build:types: Compiling instant v0.1.13 +@blockprotocol/type-system-rs:build:types: Compiling unicode-width v0.1.14 +@blockprotocol/type-system-rs:build:types: Compiling unicode-script v0.5.8 +@blockprotocol/type-system-rs:build:types: Compiling backoff v0.4.0 +@blockprotocol/type-system-rs:build:types: Compiling futures-retry v0.6.0 +@blockprotocol/type-system-rs:build:types: Compiling unicode-security v0.1.2 +@blockprotocol/type-system-rs:build:types: Compiling nonempty v0.10.0 +@blockprotocol/type-system-rs:build:types: Compiling smol_str v0.3.6 +@blockprotocol/type-system-rs:build:types: Compiling rustc_lexer v0.1.0 +@blockprotocol/type-system-rs:build:types: Compiling opentelemetry v0.32.0 +@blockprotocol/type-system-rs:build:types: Compiling trait-variant v0.1.2 +@blockprotocol/type-system-rs:build:types: Compiling enum-iterator-derive v1.5.0 +@blockprotocol/type-system-rs:build:types: Compiling miette v7.6.0 +@blockprotocol/type-system-rs:build:types: Compiling dyn-clone v1.0.20 +@blockprotocol/type-system-rs:build:types: Compiling tokio-rustls v0.26.4 +@blockprotocol/type-system-rs:build:types: Compiling bon-macros v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling tonic v0.14.6 +@blockprotocol/type-system-rs:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@local/hash-graph-store:codegen: cache hit, replaying logs 9446cbb9870c7d1f +@blockprotocol/type-system-rs:build:types: Compiling oxc_ast_visit v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling oxc_sourcemap v6.1.1 +@blockprotocol/type-system-rs:build:types: Compiling serde_with_macros v3.21.0 +@blockprotocol/type-system-rs:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling enum-iterator v2.3.0 +@blockprotocol/type-system-rs:build:types: Compiling tonic-prost v0.14.6 +@blockprotocol/type-system-rs:build:types: Compiling serde_with v3.21.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:types: Compiling tracing-opentelemetry v0.33.0 +@blockprotocol/type-system-rs:build:types: Compiling educe v0.6.0 +@blockprotocol/type-system-rs:build:types: Compiling serde_plain v1.0.2 +@blockprotocol/type-system-rs:build:types: Compiling hostname v0.4.2 +@blockprotocol/type-system-rs:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling rand_distr v0.6.0 +@blockprotocol/type-system-rs:build:types: Compiling yansi v1.0.1 +@blockprotocol/type-system-rs:build:types: Compiling diff v0.1.13 +@blockprotocol/type-system-rs:build:types: Compiling xxhash-rust v0.8.15 +@blockprotocol/type-system-rs:build:types: Compiling insta v1.48.0 +@blockprotocol/type-system-rs:build:types: Compiling bon v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling pretty_assertions v1.4.1 +@blockprotocol/type-system-rs:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@blockprotocol/type-system-rs:build:types: Compiling cedar-policy-core v4.5.1 +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/types) +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common-wasm v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-client v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/temporal-client) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/store/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-test-data v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/tests/graph/test-data/rust) +@blockprotocol/type-system-rs:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 32.10s +@blockprotocol/type-system-rs:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/type-system/e8f578c7eb92fdef/out/codegen-e8f578c7eb92fdef) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: running 1 test +@blockprotocol/type-system-rs:build:types: test index ... ok +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: done: no snapshots to review +@local/hash-codec:codegen: cache hit, replaying logs 7d79b975c7187360 +@local/hash-graph-authorization:codegen: cache hit, replaying logs 543b80a72619ec11 +@blockprotocol/type-system:codegen: cache hit, replaying logs 7e21eb26c5e200a3 +@local/hash-codec:build: cache hit, replaying logs 6617cea020d10429 +@blockprotocol/type-system:codegen: ../rust/pkg/type-system.d.ts -> src/generated/type-system.d.ts +@blockprotocol/type-system:codegen: ../rust/types/index.snap.d.ts -> src/generated/types.d.ts +@blockprotocol/type-system:build: cache hit, replaying logs c823cc32b13c36bf +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main.ts → dist/es... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es in 1s +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main-slim.ts → dist/es-slim... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es-slim in 685ms +@local/hash-graph-authorization:build: cache hit, replaying logs d8cc3a79a0c4e3e9 +@local/hash-graph-store:build: cache hit, replaying logs fdf07aaf5c8203b6 +@blockprotocol/graph:build: cache hit, replaying logs 51c7de052305cf9e +@local/hash-graph-sdk:build: cache hit, replaying logs 3d722162fcfa28fc +@local/hash-isomorphic-utils:build: cache hit, replaying logs e1a27028298d91f2 +@local/hash-backend-utils:build: cache hit, replaying logs fcd3bd37b7dbb563 +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/petrinaut-core:build: transforming... +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@hashintel/petrinaut-core:build: rendering chunks... +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.58s +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent-plugin-sdcpn:lint:eslint: cache hit, replaying logs ab80aba6706bf885 +@hashintel/brunch-agent-plugin-sdcpn:test:unit: cache hit, replaying logs a9be0afd6b55590d +@hashintel/brunch-agent-plugin-sdcpn:lint:tsc: cache hit, replaying logs c0e40a213f1c6235 +@hashintel/brunch-agent-plugin-sdcpn:build: cache hit, replaying logs fa49ed28bc2655d7 +@hashintel/brunch-agent-plugin-sdcpn:lint:eslint: Found 0 warnings and 0 errors. +@hashintel/brunch-agent-plugin-sdcpn:lint:eslint: Finished in 439ms on 11 files with 179 rules using 16 threads. +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@hashintel/brunch-agent-plugin-sdcpn:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/alpha/libs/@hashintel/brunch-agent/packages/plugin-sdcpn +@hashintel/brunch-agent-plugin-sdcpn:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@hashintel/brunch-agent-plugin-sdcpn:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ 13 modules transformed. +@hashintel/brunch-agent-plugin-sdcpn:build: rendering chunks... +@hashintel/brunch-agent-plugin-sdcpn:build: computing gzip size... +@hashintel/brunch-agent-plugin-sdcpn:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.84 kB +@hashintel/brunch-agent-plugin-sdcpn:build: dist/flue.js 53.70 kB │ gzip: 17.92 kB │ map: 17.32 kB +@hashintel/brunch-agent-plugin-sdcpn:build: +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ built in 12ms +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Test Files 3 passed (3) +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Tests 15 passed (15) +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Start at 10:43:27 +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Duration 703ms (transform 241ms, setup 0ms, import 864ms, tests 13ms, environment 0ms) +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@apps/brunch-agent:build: cache miss, executing 1282b5f74c0a2142 +@apps/brunch-agent:lint:tsc: cache miss, executing 62f3bfd789ad37b6 +@apps/brunch-agent:lint:eslint: cache miss, executing 357cb9f4aae44060 +@apps/brunch-agent:build: vite v8.2.2 building ssr environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 556 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:297:11] +@apps/brunch-agent:lint:eslint: 296 | submissionIds.push(currentAdmission.submissionId); +@apps/brunch-agent:lint:eslint: 297 | await onUpdate?.({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 298 | content: [ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:311:25] +@apps/brunch-agent:lint:eslint: 310 | +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:312:28] +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 313 | // Snapshot retention must finish before this canonical submission is advanced or returned. +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:400:30] +@apps/brunch-agent:lint:eslint: 399 | // Tool calls within one suspension are serviced in canonical order. +@apps/brunch-agent:lint:eslint: 400 | const output = await host.execute(call); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 401 | completedClientCallIds.add(call.toolCallId); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:436:30] +@apps/brunch-agent:lint:eslint: 435 | +@apps/brunch-agent:lint:eslint: 436 | currentAdmission = await client.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 437 | message: { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/petrinaut-chat.integration.ts:71:20] +@apps/brunch-agent:lint:eslint: 70 | for (;;) { +@apps/brunch-agent:lint:eslint: 71 | const result = await reader.read(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 72 | if (result.done) return chunks; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:108:12] +@apps/brunch-agent:lint:eslint: 107 | +@apps/brunch-agent:lint:eslint: 108 | function submit(event: FormEvent): void { +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- The prop was declared here +@apps/brunch-agent:lint:eslint: 109 | event.preventDefault(); +@apps/brunch-agent:lint:eslint: 110 | const reply = input.trim(); +@apps/brunch-agent:lint:eslint: 111 | if (!reply || busy) return; +@apps/brunch-agent:lint:eslint: 112 | setInput(""); +@apps/brunch-agent:lint:eslint: 113 | void agent.sendMessage(reply); +@apps/brunch-agent:lint:eslint: 114 | } +@apps/brunch-agent:lint:eslint: 115 | +@apps/brunch-agent:lint:eslint: 116 | return ( +@apps/brunch-agent:lint:eslint: 117 |
+@apps/brunch-agent:lint:eslint: 118 |
+@apps/brunch-agent:lint:eslint: 119 |
+@apps/brunch-agent:lint:eslint: 120 |

+@apps/brunch-agent:lint:eslint: 121 | {readOnly ? "Brunch / Flue observer" : "Brunch / Flue chat"} +@apps/brunch-agent:lint:eslint: 122 |

+@apps/brunch-agent:lint:eslint: 123 |

+@apps/brunch-agent:lint:eslint: 124 | {readOnly ? "Canonical conversation" : "Plain Flue conversation"} +@apps/brunch-agent:lint:eslint: 125 |

+@apps/brunch-agent:lint:eslint: 126 |
+@apps/brunch-agent:lint:eslint: 127 | +@apps/brunch-agent:lint:eslint: 128 | {readOnly ? `read-only · ${agent.status}` : agent.status} +@apps/brunch-agent:lint:eslint: 129 | +@apps/brunch-agent:lint:eslint: 130 |
+@apps/brunch-agent:lint:eslint: 131 | +@apps/brunch-agent:lint:eslint: 132 |
+@apps/brunch-agent:lint:eslint: 133 | {agent.messages.map((message) => ( +@apps/brunch-agent:lint:eslint: 134 | +@apps/brunch-agent:lint:eslint: 135 | ))} +@apps/brunch-agent:lint:eslint: 136 | {agent.error ?

{agent.error.message}

: null} +@apps/brunch-agent:lint:eslint: 137 |
+@apps/brunch-agent:lint:eslint: 138 | +@apps/brunch-agent:lint:eslint: 139 | {readOnly ? null : ( +@apps/brunch-agent:lint:eslint: 140 |
+@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- And used here +@apps/brunch-agent:lint:eslint: 141 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:146:25] +@apps/brunch-agent:lint:eslint: 145 | value={input} +@apps/brunch-agent:lint:eslint: 146 | onChange={(event) => setInput(event.target.value)} +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | placeholder="Ask something." +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:78:24] +@apps/brunch-agent:lint:eslint: 77 | ] as const) { +@apps/brunch-agent:lint:eslint: 78 | const response = await app.request(`/assets/${file}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 79 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:129:24] +@apps/brunch-agent:lint:eslint: 128 | for (const name of PRODUCER_PUNCTUATION) { +@apps/brunch-agent:lint:eslint: 129 | const response = await app.request(`/assets/${encodeURIComponent(name)}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:133:15] +@apps/brunch-agent:lint:eslint: 132 | status: response.status, +@apps/brunch-agent:lint:eslint: 133 | body: await response.text(), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 134 | }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:159:24] +@apps/brunch-agent:lint:eslint: 158 | ]) { +@apps/brunch-agent:lint:eslint: 159 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 160 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:163:18] +@apps/brunch-agent:lint:eslint: 162 | status: response.status, +@apps/brunch-agent:lint:eslint: 163 | leaked: (await response.text()).includes("SECRET"), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 164 | }).toEqual({ path, status: 404, leaked: false }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:178:24] +@apps/brunch-agent:lint:eslint: 177 | ] as const) { +@apps/brunch-agent:lint:eslint: 178 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 179 | expect({ reason, status: response.status }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: Found 14 warnings and 0 errors. +@apps/brunch-agent:lint:eslint: Finished in 514ms on 79 files with 239 rules using 16 threads. +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/app.mjs 0.15 kB │ gzip: 0.12 kB +@apps/brunch-agent:build: dist/execAsync-D25bwo5l.mjs 0.58 kB │ gzip: 0.37 kB │ map: 0.76 kB +@apps/brunch-agent:build: dist/getMachineId-unsupported-QqRDr4II.mjs 0.72 kB │ gzip: 0.41 kB │ map: 0.90 kB +@apps/brunch-agent:build: dist/getMachineId-linux-B5Iy_Sy7.mjs 0.89 kB │ gzip: 0.52 kB │ map: 1.36 kB +@apps/brunch-agent:build: dist/server.mjs 0.90 kB │ gzip: 0.54 kB │ map: 1.45 kB +@apps/brunch-agent:build: dist/getMachineId-bsd-ThF6nEVL.mjs 1.10 kB │ gzip: 0.57 kB │ map: 1.62 kB +@apps/brunch-agent:build: dist/getMachineId-darwin-C6rMMlat.mjs 1.11 kB │ gzip: 0.62 kB │ map: 1.68 kB +@apps/brunch-agent:build: dist/getMachineId-win-FwyaH7b-.mjs 1.27 kB │ gzip: 0.74 kB │ map: 1.83 kB +@apps/brunch-agent:build: dist/rolldown-runtime-BMI-E3GI.mjs 1.92 kB │ gzip: 0.87 kB +@apps/brunch-agent:build: dist/node-server-JHw3gbXL.mjs 2,720.24 kB │ gzip: 520.38 kB │ map: 4,820.63 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 189ms +@apps/brunch-agent:build: vite v8.2.2 building client environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 169 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/client/index.html 0.38 kB │ gzip: 0.24 kB +@apps/brunch-agent:build: dist/client/assets/index.css 2.54 kB │ gzip: 1.16 kB +@apps/brunch-agent:build: dist/client/assets/index.js 244.66 kB │ gzip: 75.89 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 62ms +@apps/brunch-agent:test:unit: cache miss, executing 008fbbf54ea7cf08 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Test Files 25 passed (25) +@apps/brunch-agent:test:unit: Tests 152 passed (152) +@apps/brunch-agent:test:unit: Start at 10:53:59 +@apps/brunch-agent:test:unit: Duration 3.92s (transform 741ms, setup 0ms, import 2.01s, tests 7.16s, environment 1ms) +@apps/brunch-agent:test:unit: + + Tasks: 39 successful, 39 total +Cached: 34 cached, 39 total + Time: 9.681s + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-red.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-red.log new file mode 100644 index 00000000000..ab193a93e03 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-red.log @@ -0,0 +1,119 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/alpha/libs/@hashintel/brunch-agent/packages/plugin-sdcpn + + ❯ test/schema-carrier.test.ts (3 tests | 1 failed) 7ms + × derives a Valibot schema structurally equal to the canonical JSON Schema for each admitted class 4ms + +⎯⎯⎯⎯⎯⎯⎯ Failed Tests 1 ⎯⎯⎯⎯⎯⎯⎯ + + FAIL test/schema-carrier.test.ts > canonical schema carrier > derives a Valibot schema structurally equal to the canonical JSON Schema for each admitted class +AssertionError: expected { Object (type, properties, ...) } to deeply equal { type: 'object', …(4) } + +- Expected ++ Received + + { +- "additionalProperties": false, +- "description": "Add a coloured-token type.", +- "properties": { +- "description": { +- "description": "Optional human-readable summary shown to users.", +- "type": "string", +- }, +- "displayColor": { +- "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`.", +- "minLength": 1, +- "type": "string", +- }, +- "elements": { +- "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.", +- "items": { +- "additionalProperties": false, +- "description": "One typed attribute on a coloured token.", +- "properties": { +- "elementId": { +- "description": "Stable identifier for this colour element.", +- "minLength": 1, +- "type": "string", +- }, +- "name": { +- "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.", +- "type": "string", +- }, +- "type": { +- "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.", +- "enum": [ +- "real", +- "integer", +- "boolean", +- "uuid", +- "string", +- ], +- "type": "string", +- }, +- }, +- "required": [ +- "elementId", +- "name", +- "type", +- ], +- "type": "object", +- }, +- "type": "array", +- }, +- "iconSlug": { +- "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`.", +- "minLength": 1, +- "type": "string", +- }, +- "id": { +- "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net.", +- "minLength": 1, +- "type": "string", +- }, +- "name": { +- "description": "Human-readable colour/type name.", +- "type": "string", +- }, +- "targetSubnetId": { +- "anyOf": [ +- { +- "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net.", +- "minLength": 1, +- "type": "string", +- }, +- { +- "type": "null", +- }, +- ], +- "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.", +- }, +- }, +- "required": [ +- "id", +- "name", +- "iconSlug", +- "displayColor", +- "elements", +- ], ++ "properties": {}, ++ "required": [], + "type": "object", + } + + ❯ test/schema-carrier.test.ts:29:44 + 27| test("derives a Valibot schema structurally equal to the canonical J… + 28| const { $schema: _dialect, ...canonical } = petrinautAiTools.addTy… + 29| expect(providerSchema(addType.input!)).toEqual(canonical); + | ^ + 30| }); + 31| + +⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/1]⎯ + + + Test Files 1 failed (1) + Tests 1 failed | 2 passed (3) + Start at 10:30:49 + Duration 515ms (transform 61ms, setup 0ms, import 307ms, tests 7ms, environment 0ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-retired-paid.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-retired-paid.log new file mode 100644 index 00000000000..2b210f329e8 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification-retired-paid.log @@ -0,0 +1,18 @@ +node:internal/modules/run_main:107 + triggerUncaughtException( + ^ + +AssertionError [ERR_ASSERTION]: The one-use paid A1 instrument is retired. Its source, evidence and batching-limit caveat are retained in the A1 carrier-result.md packet. A new paid instrument needs a new reservation and an enforced batched-attempt ceiling. + at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts:33:1 + at ModuleJob.run (node:internal/modules/esm/module_job:561:25) + at async node:internal/modules/esm/loader:647:26 + at async asyncRunEntryPointWithESMLoader (node:internal/modules/run_main:101:5) { + generatedMessage: false, + code: 'ERR_ASSERTION', + actual: false, + expected: true, + operator: '==', + diff: 'simple' +} + +Node.js v24.20.0 diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification.log new file mode 100644 index 00000000000..f5967165e56 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a1-paid-2026-09-08T08-44-14-222Z/verification.log @@ -0,0 +1,962 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent-plugin-sdcpn + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/petrinaut-core:build: cache bypass, force executing c950d3ff30965e29 +@local/advanced-types:build: cache hit, replaying logs 771afa5d7f763cf4 +@local/status:build: cache hit, replaying logs 9540cd777ca03a27 +@local/hash-isomorphic-utils:codegen: cache hit, replaying logs 573963f615d9c4a4 +@local/eslint:build: cache hit, replaying logs abf06d7df99eb760 +@local/hash-isomorphic-utils:codegen: ❯ Parse Configuration +@local/hash-isomorphic-utils:codegen: ✔ Parse Configuration +@local/hash-isomorphic-utils:codegen: ❯ Generate outputs +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@hashintel/brunch-agent-transport-aisdk:build: cache hit, replaying logs 75ce107459296704 +@hashintel/brunch-agent:build: cache hit, replaying logs 057c83646aa992ff +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/fragment-types.gen.json +@local/internal-api-client:build: cache hit, replaying logs d38f5b82972ba669 +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/api-types.gen.ts +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: transforming... +@hashintel/brunch-agent:build: ✓ 19 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@hashintel/brunch-agent:build: computing gzip size... +@local/hash-isomorphic-utils:codegen: ✔ Generate outputs +@rust/hash-codec:build:types: cache hit, replaying logs d8dbac163dc104b2 +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 11ms +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.90 kB │ gzip: 1.14 kB │ map: 9.46 kB +@hashintel/brunch-agent:build: dist/session-log-CfNSNnUn.js 6.30 kB │ gzip: 2.24 kB │ map: 20.06 kB +@hashintel/brunch-agent:build: dist/flue.js 20.23 kB │ gzip: 7.71 kB │ map: 5.00 kB +@hashintel/brunch-agent:build: dist/index.js 24.84 kB │ gzip: 7.61 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 17ms +@rust/hash-codec:build:types: Compiling unicode-segmentation v1.13.3 +@rust/hash-codec:build:types: Compiling siphasher v1.0.3 +@rust/hash-codec:build:types: Compiling serde_core v1.0.228 +@rust/hash-codec:build:types: Compiling owo-colors v4.3.0 +@rust/hash-codec:build:types: Compiling allocator-api2 v0.2.21 +@rust/hash-codec:build:types: Compiling unicode-linebreak v0.1.5 +@rust/hash-codec:build:types: Compiling unicode-width v0.2.2 +@rust/hash-codec:build:types: Compiling smawk v0.3.3 +@rust/hash-codec:build:types: Compiling fastrand v2.4.1 +@rust/hash-codec:build:types: Compiling serde v1.0.228 +@rust/hash-codec:build:types: Compiling oxc_data_structures v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling cow-utils v0.1.3 +@rust/hash-codec:build:types: Compiling syn v2.0.118 +@rust/hash-codec:build:types: Compiling castaway v0.2.4 +@rust/hash-codec:build:types: Compiling oxc_estree v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling unicode-id-start v1.4.0 +@rust/hash-codec:build:types: Compiling nonmax v0.5.5 +@rust/hash-codec:build:types: Compiling compact_str v0.9.1 +@rust/hash-codec:build:types: Compiling dragonbox_ecma v0.0.5 +@rust/hash-codec:build:types: Compiling num-integer v0.1.46 +@rust/hash-codec:build:types: Compiling phf_shared v0.13.1 +@rust/hash-codec:build:types: Compiling libc v0.2.186 +@rust/hash-codec:build:types: Compiling serde_json v1.0.150 +@rust/hash-codec:build:types: Compiling oxc_sourcemap v6.1.1 +@rust/hash-codec:build:types: Compiling self_cell v1.2.2 +@rust/hash-codec:build:types: Compiling ctor-proc-macro v0.0.6 +@rust/hash-codec:build:types: Compiling textwrap v0.16.2 +@blockprotocol/type-system-rs:build:wasm: cache hit, replaying logs 71255e2fe653a7bf +@rust/hash-codec:build:types: Compiling phf v0.13.1 +@rust/hash-codec:build:types: Compiling phf_generator v0.13.1 +@rust/hash-codec:build:types: Compiling num-bigint v0.4.6 +@rust/hash-codec:build:types: Compiling hashbrown v0.15.5 +@rust/hash-codec:build:types: Compiling bumpalo v3.19.0 +@rust/hash-codec:build:types: Compiling getrandom v0.3.4 +@rust/hash-codec:build:types: Compiling dashu-int v0.4.3 +@rust/hash-codec:build:types: Compiling json-escape-simd v3.0.2 +@rust/hash-codec:build:types: Compiling rustix v1.1.4 +@rust/hash-codec:build:types: Compiling Inflector v0.11.4 +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🎯 Checking for the Wasm target... +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🌀 Compiling to Wasm... +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Compiling ctor v0.4.3 +@rust/hash-graph-authorization:build:types: cache hit, replaying logs c5f2cf7a00a6a433 +@hashintel/brunch-agent-plugin-gherkin:build: cache hit, replaying logs 9c85678d74d6866a +@blockprotocol/type-system-rs:build:types: cache hit, replaying logs e88e5b117e84995b +@rust/hash-codec:build:types: Compiling convert_case v0.10.0 +@rust/hash-codec:build:types: Compiling dashu-base v0.4.3 +@blockprotocol/type-system-rs:build:wasm: Compiling unicode-ident v1.0.24 +@blockprotocol/type-system-rs:build:wasm: Compiling proc-macro2 v1.0.106 +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-authorization:build:types: Compiling memchr v2.8.2 +@rust/hash-graph-authorization:build:types: Compiling phf_macros v0.13.1 +@rust/hash-graph-authorization:build:types: Compiling getrandom v0.4.3 +@rust/hash-graph-authorization:build:types: Compiling parking_lot_core v0.9.12 +@rust/hash-graph-authorization:build:types: Compiling scopeguard v1.2.0 +@rust/hash-graph-authorization:build:types: Compiling regex-syntax v0.8.11 +@rust/hash-graph-authorization:build:types: Compiling regex-automata v0.4.14 +@rust/hash-graph-authorization:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/error-stack) +@rust/hash-graph-authorization:build:types: Compiling log v0.4.33 +@rust/hash-graph-authorization:build:types: Compiling smallvec v1.15.2 +@hashintel/brunch-agent-plugin-dafny:build: cache hit, replaying logs ad6714a0e2646a64 +@blockprotocol/type-system-rs:build:wasm: Compiling quote v1.0.46 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_core v1.0.228 +@blockprotocol/type-system-rs:build:wasm: Compiling memchr v2.8.2 +@blockprotocol/type-system-rs:build:wasm: Compiling rustversion v1.0.22 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen-shared v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling stable_deref_trait v1.2.1 +@rust/hash-graph-authorization:build:types: Compiling derive_more-impl v2.1.1 +@rust/hash-graph-authorization:build:types: Compiling tokio v1.52.3 +@hashintel/brunch-agent-plugin-dafny:build: vite v8.2.2 building client environment for production... +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@hashintel/brunch-agent-binding-flue:build: cache hit, replaying logs 4c33f169a0dac127 +@local/harpc-client:build: cache hit, replaying logs 73864d13c6889729 +@rust/hash-codec:build:types: Compiling oxc_allocator v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling seq-macro v0.3.6 +@rust/hash-codec:build:types: Compiling num-modular v0.6.4 +@rust/hash-codec:build:types: Compiling similar v2.7.0 +@hashintel/brunch-agent-plugin-dafny:build: transforming... +@hashintel/brunch-agent-plugin-dafny:build: ✓ 6 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: rendering chunks... +@hashintel/brunch-agent-plugin-dafny:build: computing gzip size... +@hashintel/brunch-agent-plugin-dafny:build: dist/index.js 0.19 kB │ gzip: 0.18 kB │ map: 0.83 kB +@hashintel/brunch-agent-plugin-dafny:build: dist/flue.js 2.24 kB │ gzip: 1.10 kB │ map: 1.22 kB +@hashintel/brunch-agent-plugin-dafny:build: +@hashintel/brunch-agent-plugin-dafny:build: ✓ built in 12ms +@blockprotocol/type-system-rs:build:wasm: Compiling serde v1.0.228 +@blockprotocol/type-system-rs:build:wasm: Compiling cfg-if v1.0.4 +@blockprotocol/type-system-rs:build:wasm: Compiling zmij v1.0.21 +@blockprotocol/type-system-rs:build:wasm: Compiling bumpalo v3.19.0 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_json v1.0.150 +@blockprotocol/type-system-rs:build:wasm: Compiling writeable v0.6.3 +@blockprotocol/type-system-rs:build:wasm: Compiling litemap v0.8.2 +@blockprotocol/type-system-rs:build:wasm: Compiling itoa v1.0.18 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_normalizer_data v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling utf8_iter v1.0.4 +@blockprotocol/type-system-rs:build:wasm: Compiling once_cell v1.21.4 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_properties_data v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling unicode-segmentation v1.13.3 +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: cache hit, replaying logs 638aaa593e296209 +@rust/hash-codec:build:types: Compiling harpc-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/harpc/types) +@hashintel/brunch-agent-plugin-gherkin:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-gherkin:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-plugin-gherkin:build: rendering chunks... +@blockprotocol/type-system-rs:build:types: Compiling serde_core v1.0.228 +@blockprotocol/type-system-rs:build:types: Compiling serde v1.0.228 +@blockprotocol/type-system-rs:build:types: Compiling regex-syntax v0.8.11 +@blockprotocol/type-system-rs:build:types: Compiling indexmap v2.14.0 +@rust/hash-graph-authorization:build:types: Compiling itertools v0.14.0 +@rust/hash-graph-authorization:build:types: Compiling lock_api v0.4.14 +@rust/hash-graph-authorization:build:types: Compiling form_urlencoded v1.2.2 +@rust/hash-graph-authorization:build:types: Compiling tracing-core v0.1.36 +@rust/hash-graph-authorization:build:types: Compiling indoc v2.0.7 +@rust/hash-graph-authorization:build:types: Compiling ena v0.14.4 +@rust/hash-graph-authorization:build:types: Compiling icu_normalizer v2.2.0 +@hashintel/brunch-agent-binding-flue:build: vite v8.2.2 building client environment for production... +@blockprotocol/type-system-rs:build:wasm: Compiling dashu-int v0.4.3 +@blockprotocol/type-system-rs:build:wasm: Compiling num-conv v0.2.2 +@blockprotocol/type-system-rs:build:types: Compiling aho-corasick v1.1.4 +@blockprotocol/type-system-rs:build:types: Compiling either v1.16.0 +@blockprotocol/type-system-rs:build:types: Compiling anyhow v1.0.102 +@rust/hash-graph-authorization:build:types: Compiling parking_lot v0.12.5 +@rust/hash-graph-authorization:build:types: Compiling aho-corasick v1.1.4 +@rust/hash-graph-authorization:build:types: Compiling object v0.37.3 +@rust/hash-graph-authorization:build:types: Compiling tracing v0.1.44 +@rust/hash-graph-authorization:build:types: Compiling string_cache v0.8.9 +@rust/hash-graph-authorization:build:types: Compiling idna_adapter v1.2.2 +@rust/hash-graph-authorization:build:types: Compiling phf v0.13.1 +@rust/hash-graph-authorization:build:types: Compiling idna v1.1.0 +@rust/hash-graph-authorization:build:types: Compiling url v2.5.8 +@rust/hash-graph-authorization:build:types: Compiling uuid v1.23.3 +@hashintel/brunch-agent-plugin-gherkin:build: computing gzip size... +@hashintel/brunch-agent-plugin-gherkin:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.77 kB +@hashintel/brunch-agent-plugin-gherkin:build: dist/flue.js 31.54 kB │ gzip: 10.81 kB │ map: 1.94 kB +@hashintel/brunch-agent-plugin-gherkin:build: +@hashintel/brunch-agent-plugin-gherkin:build: ✓ built in 11ms +@rust/hash-graph-authorization:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@rust/hash-graph-authorization:build:types: Compiling tokio-util v0.7.18 +@rust/hash-graph-authorization:build:types: Compiling derive_more v2.1.1 +@blockprotocol/type-system-rs:build:types: Compiling cc v1.2.65 +@blockprotocol/type-system-rs:build:types: Compiling fixedbitset v0.5.7 +@blockprotocol/type-system-rs:build:types: Compiling serde_json v1.0.150 +@blockprotocol/type-system-rs:build:types: Compiling tokio v1.52.3 +@blockprotocol/type-system-rs:build:types: Compiling libm v0.2.16 +@blockprotocol/type-system-rs:build:types: Compiling num-traits v0.2.19 +@blockprotocol/type-system-rs:build:types: Compiling prettyplease v0.2.37 +@hashintel/brunch-agent-binding-flue:build: transforming... +@hashintel/brunch-agent-binding-flue:build: ✓ 7 modules transformed. +@hashintel/brunch-agent-binding-flue:build: rendering chunks... +@rust/hash-graph-authorization:build:types: Compiling regex v1.12.4 +@rust/hash-graph-authorization:build:types: Compiling lalrpop-util v0.22.2 +@blockprotocol/type-system-rs:build:types: Compiling errno v0.3.14 +@blockprotocol/type-system-rs:build:wasm: Compiling semver v1.0.28 +@blockprotocol/type-system-rs:build:wasm: Compiling regex-syntax v0.8.11 +@blockprotocol/type-system-rs:build:wasm: Compiling smallvec v1.15.2 +@blockprotocol/type-system-rs:build:wasm: Compiling convert_case v0.10.0 +@rust/hash-codec:build:types: Compiling thiserror-impl v2.0.18 +@rust/hash-codec:build:types: Compiling oxc-miette-derive v2.7.1 +@local/hash-graph-client:codegen: cache hit, replaying logs 87f9f1ecb47dedc7 +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on build directory +@rust/hash-codec:build:types: Compiling serde_derive v1.0.228 +@rust/hash-codec:build:types: Compiling oxc_ast_macros v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@hashintel/brunch-agent-binding-flue:build: computing gzip size... +@hashintel/brunch-agent-binding-flue:build: dist/index.js 10.81 kB │ gzip: 3.85 kB │ map: 30.78 kB +@hashintel/brunch-agent-binding-flue:build: +@hashintel/brunch-agent-binding-flue:build: ✓ built in 19ms +@blockprotocol/type-system-rs:build:types: Compiling bytes v1.12.0 +@blockprotocol/type-system-rs:build:types: Compiling itertools v0.14.0 +@rust/hash-codec:build:types: Compiling phf_macros v0.13.1 +@blockprotocol/type-system-rs:build:wasm: Compiling aho-corasick v1.1.4 +@blockprotocol/type-system-rs:build:wasm: Compiling unicode-xid v0.2.6 +@rust/hash-graph-store:build:types: Compiling uuid v1.23.3 +@rust/hash-graph-store:build:types: Compiling chrono v0.4.45 +@blockprotocol/type-system-rs:build:types: Compiling rustix v1.1.4 +@blockprotocol/type-system-rs:build:types: Compiling getrandom v0.3.4 +@rust/hash-graph-authorization:build:types: Compiling oxc_syntax v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@local/hash-graph-client:codegen: bundling ../../api/openapi/openapi.json... +@local/hash-graph-client:codegen: 📦 Created a bundle for ../../api/openapi/openapi.json at openapi.bundle.json 56ms. +@local/hash-graph-client:codegen: Download 6.6.0 ... +@rust/hash-codec:build:types: Compiling specta-macros v2.0.0-rc.18 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@rust/hash-codec:build:types: Compiling derive_more-impl v2.1.1 +@rust/hash-codec:build:types: Compiling errno v0.3.14 +@rust/hash-codec:build:types: Compiling thiserror v2.0.18 +@rust/hash-graph-store:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@rust/hash-graph-store:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Compiling oxc_regular_expression v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Compiling oxc_ast v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling ar_archive_writer v0.5.2 +@blockprotocol/type-system-rs:build:wasm: Compiling static_assertions v1.1.0 +@blockprotocol/type-system-rs:build:wasm: Compiling dashu-base v0.4.3 +@rust/hash-graph-store:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling prost-wkt v0.7.1 +@rust/hash-graph-store:build:types: Compiling prost-wkt-types v0.7.1 +@rust/hash-graph-store:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@rust/hash-graph-store:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@rust/hash-codec:build:types: Compiling derive_more v2.1.1 +@rust/hash-codec:build:types: Compiling dashu-float v0.4.5 +@rust/hash-graph-authorization:build:types: Compiling lalrpop v0.22.2 +@rust/hash-graph-authorization:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@rust/hash-graph-authorization:build:types: Compiling psm v0.1.31 +@rust/hash-graph-authorization:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Compiling stacker v0.1.24 +@rust/hash-graph-authorization:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling oxc_ast_visit v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-authorization:build:types: Compiling cedar-policy-core v4.5.1 +@rust/hash-graph-authorization:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling temporalio-protos v0.5.0 +@rust/hash-graph-store:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-store:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling tempfile v3.27.0 +@rust/hash-codec:build:types: Compiling oxc-miette v2.7.1 +@rust/hash-graph-authorization:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@local/hash-graph-client:codegen: Downloaded 6.6.0 +@blockprotocol/type-system-rs:build:types: Compiling parking_lot_core v0.9.12 +@blockprotocol/type-system-rs:build:types: Compiling unicode-xid v0.2.6 +@blockprotocol/type-system-rs:build:types: Compiling pulldown-cmark v0.13.4 +@blockprotocol/type-system-rs:build:types: Compiling ident_case v1.0.1 +@rust/hash-graph-authorization:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/authorization/rust) +@rust/hash-graph-authorization:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 45.22s +@rust/hash-graph-authorization:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/hash-graph-authorization/16c7ff128fd8ff0f/out/codegen-16c7ff128fd8ff0f) +@rust/hash-graph-authorization:build:types: +@rust/hash-codec:build:types: Compiling insta v1.48.0 +@blockprotocol/type-system-rs:build:types: Compiling foldhash v0.1.5 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: A terminally deprecated method in sun.misc.Unsafe has been called +@blockprotocol/type-system-rs:build:wasm: Compiling time-core v0.1.9 +@blockprotocol/type-system-rs:build:wasm: Compiling num-modular v0.6.4 +@blockprotocol/type-system-rs:build:wasm: Compiling time-macros v0.2.30 +@blockprotocol/type-system-rs:build:wasm: Compiling regex-automata v0.4.14 +@blockprotocol/type-system-rs:build:types: Compiling unicase v2.9.0 +@blockprotocol/type-system-rs:build:types: Compiling strsim v0.11.1 +@blockprotocol/type-system-rs:build:types: Compiling hashbrown v0.15.5 +@rust/hash-graph-authorization:build:types: running 1 test +@rust/hash-graph-authorization:build:types: test index ... ok +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset has been called by com.github.benmanes.caffeine.cache.UnsafeAccess (file:/Users/lunelson/.herdr/worktrees/hash/alpha/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: Please consider reporting this to the maintainers of class com.github.benmanes.caffeine.cache.UnsafeAccess +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset will be removed in a future release +@blockprotocol/type-system-rs:build:wasm: Compiling rustc_version v0.4.1 +@blockprotocol/type-system-rs:build:wasm: Compiling sha1_smol v1.0.1 +@blockprotocol/type-system-rs:build:wasm: Compiling powerfmt v0.2.0 +@blockprotocol/type-system-rs:build:types: Compiling getrandom v0.2.17 +@blockprotocol/type-system-rs:build:types: Compiling rand_core v0.10.1 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] [main] WARN o.o.codegen.DefaultCodegen - PathExpression_path_inner (oneOf schema) already has `string` defined and therefore it's skipped. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: done: no snapshots to review +@rust/hash-codec:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@rust/hash-codec:build:types: Compiling oxc_index v4.1.0 +@rust/hash-graph-store:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@blockprotocol/type-system-rs:build:wasm: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/error-stack) +@blockprotocol/type-system-rs:build:wasm: Compiling percent-encoding v2.3.2 +@blockprotocol/type-system-rs:build:types: Compiling scopeguard v1.2.0 +@rust/hash-codec:build:types: Compiling oxc_span v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_diagnostics v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_syntax v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_regular_expression v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_ast v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-graph-store:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/types) +@rust/hash-graph-store:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:types: Compiling once_cell v1.21.4 +@blockprotocol/type-system-rs:build:types: Compiling getrandom v0.4.3 +@blockprotocol/type-system-rs:build:types: Compiling futures-util v0.3.32 +@blockprotocol/type-system-rs:build:wasm: Compiling thiserror v2.0.18 +@rust/hash-graph-store:build:types: Compiling temporalio-common-wasm v0.5.0 +@rust/hash-graph-store:build:types: Compiling temporalio-common v0.5.0 +@rust/hash-graph-store:build:types: Compiling temporalio-client v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling tempfile v3.27.0 +@blockprotocol/type-system-rs:build:types: Compiling petgraph v0.8.3 +@blockprotocol/type-system-rs:build:types: Compiling prost-derive v0.14.4 +@rust/hash-codec:build:types: Compiling oxc_ast_visit v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Thanks for using OpenAPI Generator. # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Please consider donation to help us maintain this project 🙏 # +@rust/hash-graph-store:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/temporal-client) +@rust/hash-graph-store:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/store/rust) +@rust/hash-codec:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@rust/hash-codec:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@blockprotocol/type-system-rs:build:wasm: Compiling minimal-lexical v0.2.1 +@blockprotocol/type-system-rs:build:wasm: Compiling simple-mermaid v0.2.0 +@blockprotocol/type-system-rs:build:types: Compiling regex-automata v0.4.14 +@blockprotocol/type-system-rs:build:types: Compiling lock_api v0.4.14 +@blockprotocol/type-system-rs:build:types: Compiling multimap v0.10.1 +@rust/hash-graph-store:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 55.66s +@rust/hash-graph-store:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/hash-graph-store/17dfb30a5790cc47/out/codegen-17dfb30a5790cc47) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # https://opencollective.com/openapi_generator/donate # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] java -Dlog.level=warn -jar "/Users/lunelson/.herdr/worktrees/hash/alpha/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar" generate --input-spec="openapi.bundle.json" --generate-alias-as-model --generator-name="typescript-axios" --output="/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/client/typescript" --additional-properties="npmName=@local/hash-graph-client,npmVersion=0.0.0-private,supportsES6=true,withInterfaces=true,disallowAdditionalPropertiesIfNotPresent=true,withNodeImports=true,sortModelPropertiesByRequiredFlag=false" exited with code 0 +@local/hash-graph-client:codegen: [ts] openapi.bundle.json +@local/hash-graph-client:codegen: done. +@blockprotocol/type-system-rs:build:wasm: Compiling nom v7.1.3 +@blockprotocol/type-system-rs:build:wasm: Compiling form_urlencoded v1.2.2 +@blockprotocol/type-system-rs:build:wasm: Compiling either v1.16.0 +@blockprotocol/type-system-rs:build:wasm: Compiling regex v1.12.4 +@rust/hash-codec:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.75s +@rust/hash-codec:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/hash-codec/ac4a733b509c7198/out/codegen-ac4a733b509c7198) +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: running 1 test +@rust/hash-graph-store:build:types: test index ... ok +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.12s +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:wasm: Compiling itertools v0.14.0 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling iso8601-duration v0.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling bytes v1.12.0 +@blockprotocol/type-system-rs:build:wasm: Compiling email_address v0.2.9 +@blockprotocol/type-system-rs:build:wasm: Compiling syn v2.0.118 +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: running 1 test +@rust/hash-codec:build:types: test index ... ok +@rust/hash-codec:build:types: +@blockprotocol/type-system-rs:build:wasm: Compiling deranged v0.5.8 +@blockprotocol/type-system-rs:build:wasm: Compiling uuid v1.23.3 +@rust/hash-codec:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.10s +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:wasm: Compiling time v0.3.51 +@blockprotocol/type-system-rs:build:wasm: Compiling synstructure v0.13.2 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen-macro-support v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_derive_internals v0.29.1 +@blockprotocol/type-system-rs:build:wasm: Compiling zerofrom-derive v0.1.7 +@blockprotocol/type-system-rs:build:wasm: Compiling yoke-derive v0.8.2 +@blockprotocol/type-system-rs:build:types: Compiling ring v0.17.14 +@blockprotocol/type-system-rs:build:types: Compiling derive_more-impl v2.1.1 +@blockprotocol/type-system-rs:build:types: Compiling oxc-miette-derive v2.7.1 +@blockprotocol/type-system-rs:build:types: Compiling sha1_smol v1.0.1 +@blockprotocol/type-system-rs:build:types: Compiling typeid v1.0.3 +@blockprotocol/type-system-rs:build:types: Compiling prost v0.14.4 +@blockprotocol/type-system-rs:build:types: Compiling generic-array v0.14.7 +@blockprotocol/type-system-rs:build:types: Compiling phf_generator v0.13.1 +@blockprotocol/type-system-rs:build:wasm: Compiling zerovec-derive v0.11.3 +@blockprotocol/type-system-rs:build:wasm: Compiling displaydoc v0.2.6 +@blockprotocol/type-system-rs:build:wasm: Compiling serde_derive v1.0.228 +@blockprotocol/type-system-rs:build:wasm: Compiling derive_more-impl v2.1.1 +@blockprotocol/type-system-rs:build:wasm: Compiling thiserror-impl v2.0.18 +@blockprotocol/type-system-rs:build:wasm: Compiling derive-where v1.6.1 +@blockprotocol/type-system-rs:build:wasm: Compiling tsify-macros v0.5.6 +@blockprotocol/type-system-rs:build:wasm: Compiling zerofrom v0.1.8 +@blockprotocol/type-system-rs:build:wasm: Compiling wasm-bindgen-macro v0.2.108 +@blockprotocol/type-system-rs:build:wasm: Compiling derive_more v2.1.1 +@blockprotocol/type-system-rs:build:wasm: Compiling yoke v0.8.3 +@blockprotocol/type-system-rs:build:types: Compiling regex v1.12.4 +@blockprotocol/type-system-rs:build:types: Compiling tokio-util v0.7.18 +@blockprotocol/type-system-rs:build:types: Compiling oxc-miette v2.7.1 +@blockprotocol/type-system-rs:build:types: Compiling rustls v0.23.41 +@blockprotocol/type-system-rs:build:types: Compiling typenum v1.20.1 +@blockprotocol/type-system-rs:build:types: Compiling erased-serde v0.4.10 +@blockprotocol/type-system-rs:build:types: Compiling tonic-build v0.14.6 +@blockprotocol/type-system-rs:build:types: Compiling h2 v0.4.18 +@blockprotocol/type-system-rs:build:types: Compiling phf_macros v0.13.1 +@blockprotocol/type-system-rs:build:types: Compiling uuid v1.23.3 +@blockprotocol/type-system-rs:build:types: Compiling oxc_ast_macros v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling pulldown-cmark-to-cmark v22.0.0 +@blockprotocol/type-system-rs:build:types: Compiling security-framework-sys v2.17.0 +@blockprotocol/type-system-rs:build:types: Compiling simd-adler32 v0.3.9 +@blockprotocol/type-system-rs:build:types: Compiling typetag v0.2.22 +@blockprotocol/type-system-rs:build:types: Compiling object v0.37.3 +@blockprotocol/type-system-rs:build:types: Compiling security-framework v3.7.0 +@blockprotocol/type-system-rs:build:wasm: Compiling dashu-float v0.4.5 +@blockprotocol/type-system-rs:build:types: Compiling specta-macros v2.0.0-rc.18 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@blockprotocol/type-system-rs:build:types: Compiling phf v0.13.1 +@local/hash-graph-authorization:codegen: cache hit, replaying logs 543b80a72619ec11 +@blockprotocol/type-system-rs:build:types: Compiling miniz_oxide v0.8.9 +@blockprotocol/type-system-rs:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/error-stack) +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling derive_more v2.1.1 +@blockprotocol/type-system-rs:build:types: Compiling prost-types v0.14.4 +@local/hash-graph-client:build: cache hit, replaying logs 5d3e9407e7c9aad6 +@blockprotocol/type-system-rs:build:types: Compiling typetag-impl v0.2.22 +@blockprotocol/type-system-rs:build:types: Compiling form_urlencoded v1.2.2 +@blockprotocol/type-system-rs:build:types: Compiling zerocopy v0.8.55 +@blockprotocol/type-system-rs:build:types: Compiling inventory v0.3.24 +@blockprotocol/type-system-rs:build:wasm: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:wasm: Compiling zerovec v0.11.6 +@blockprotocol/type-system-rs:build:wasm: Compiling zerotrie v0.2.4 +@blockprotocol/type-system-rs:build:wasm: Compiling js-sys v0.3.85 +@blockprotocol/type-system-rs:build:wasm: Compiling console_error_panic_hook v0.1.7 +@blockprotocol/type-system-rs:build:wasm: Compiling tinystr v0.8.3 +@blockprotocol/type-system-rs:build:wasm: Compiling potential_utf v0.1.5 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_collections v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_locale_core v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_provider v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_properties v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling icu_normalizer v2.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling idna_adapter v1.2.2 +@blockprotocol/type-system-rs:build:types: Compiling smallvec v1.15.2 +@blockprotocol/type-system-rs:build:types: Compiling sync_wrapper v1.0.2 +@blockprotocol/type-system-rs:build:types: Compiling time-macros v0.2.30 +@blockprotocol/type-system-rs:build:types: Compiling tower v0.5.3 +@blockprotocol/type-system-rs:build:types: Compiling hyper v1.10.1 +@blockprotocol/type-system-rs:build:wasm: Compiling idna v1.1.0 +@blockprotocol/type-system-rs:build:wasm: Compiling url v2.5.8 +@blockprotocol/type-system-rs:build:types: Compiling prost-build v0.14.4 +@blockprotocol/type-system-rs:build:wasm: Compiling web-sys v0.3.85 +@blockprotocol/type-system-rs:build:wasm: Compiling gloo-utils v0.2.0 +@blockprotocol/type-system-rs:build:wasm: Compiling tsify v0.5.6 +@blockprotocol/type-system-rs:build:wasm: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:wasm: Finished `release` profile [optimized] target(s) in 20.59s +@blockprotocol/type-system-rs:build:types: Compiling pbjson-build v0.9.0 +@blockprotocol/type-system-rs:build:types: Compiling rustls-native-certs v0.8.4 +@blockprotocol/type-system-rs:build:wasm: [INFO]: ⬇️ Installing wasm-bindgen... +@blockprotocol/type-system-rs:build:wasm: [INFO]: found wasm-opt at "/Users/lunelson/.local/share/mise/installs/github-web-assembly-binaryen/version_131/bin/wasm-opt" +@blockprotocol/type-system-rs:build:wasm: [INFO]: Optimizing wasm binaries with `wasm-opt`... +@blockprotocol/type-system-rs:build:wasm: [INFO]: ✨ Done in 20.81s +@blockprotocol/type-system-rs:build:types: Compiling url v2.5.8 +@blockprotocol/type-system-rs:build:types: Compiling prost-wkt-build v0.7.1 +@blockprotocol/type-system-rs:build:wasm: [INFO]: 📦 Your wasm pkg is ready to publish at pkg. +@blockprotocol/type-system-rs:build:types: Compiling tonic-prost-build v0.14.6 +@blockprotocol/type-system-rs:build:types: Compiling oxc_span v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling hyper-util v0.1.20 +@blockprotocol/type-system-rs:build:types: Compiling oxc_diagnostics v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling oxc_index v4.1.0 +@blockprotocol/type-system-rs:build:types: Compiling specta v2.0.0-rc.22 (https://github.com/specta-rs/specta?rev=ab7d924#ab7d9245) +@blockprotocol/type-system-rs:build:types: Compiling flate2 v1.1.9 +@blockprotocol/type-system-rs:build:types: Compiling prost-wkt-types v0.7.1 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-protos v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling block-buffer v0.10.4 +@blockprotocol/type-system-rs:build:types: Compiling crypto-common v0.1.7 +@blockprotocol/type-system-rs:build:types: Compiling chrono v0.4.45 +@local/hash-graph-store:codegen: cache hit, replaying logs 9446cbb9870c7d1f +@blockprotocol/type-system-rs:build:types: Compiling futures-executor v0.3.32 +@blockprotocol/type-system-rs:build:types: Compiling tokio-stream v0.1.18 +@blockprotocol/type-system-rs:build:types: Compiling deranged v0.5.8 +@blockprotocol/type-system-rs:build:types: Compiling cpufeatures v0.2.17 +@blockprotocol/type-system-rs:build:types: Compiling keccak v0.1.6 +@blockprotocol/type-system-rs:build:types: Compiling hyper-timeout v0.5.2 +@blockprotocol/type-system-rs:build:types: Compiling parking_lot v0.12.5 +@blockprotocol/type-system-rs:build:types: Compiling futures v0.3.32 +@blockprotocol/type-system-rs:build:types: Compiling digest v0.10.7 +@blockprotocol/type-system-rs:build:types: Compiling darling v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling matchers v0.2.0 +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.23.0 +@blockprotocol/type-system-rs:build:types: Compiling rustls-webpki v0.103.13 +@blockprotocol/type-system-rs:build:types: Compiling time v0.3.51 +@blockprotocol/type-system-rs:build:types: Compiling derive-where v1.6.1 +@blockprotocol/type-system-rs:build:types: Compiling phf_shared v0.11.3 +@blockprotocol/type-system-rs:build:types: Compiling minimal-lexical v0.2.1 +@blockprotocol/type-system-rs:build:types: Compiling same-file v1.0.6 +@blockprotocol/type-system-rs:build:types: Compiling precomputed-hash v0.1.1 +@blockprotocol/type-system-rs:build:types: Compiling new_debug_unreachable v1.0.6 +@blockprotocol/type-system-rs:build:types: Compiling bit-vec v0.8.0 +@blockprotocol/type-system-rs:build:types: Compiling term v1.2.1 +@blockprotocol/type-system-rs:build:types: Compiling tracing-subscriber v0.3.23 +@blockprotocol/type-system-rs:build:types: Compiling bit-set v0.8.0 +@blockprotocol/type-system-rs:build:types: Compiling string_cache v0.8.9 +@blockprotocol/type-system-rs:build:types: Compiling ascii-canvas v4.0.0 +@blockprotocol/type-system-rs:build:types: Compiling walkdir v2.5.0 +@blockprotocol/type-system-rs:build:types: Compiling nom v7.1.3 +@blockprotocol/type-system-rs:build:types: Compiling sha3 v0.10.9 +@blockprotocol/type-system-rs:build:types: Compiling pbjson v0.9.0 +@blockprotocol/type-system-rs:build:types: Compiling num-integer v0.1.46 +@blockprotocol/type-system-rs:build:types: Compiling lalrpop-util v0.22.2 +@blockprotocol/type-system-rs:build:types: Compiling rand_core v0.6.4 +@blockprotocol/type-system-rs:build:types: Compiling oxc_syntax v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling oxc_regular_expression v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling petgraph v0.7.1 +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.23.0 +@blockprotocol/type-system-rs:build:types: Compiling ar_archive_writer v0.5.2 +@blockprotocol/type-system-rs:build:types: Compiling oxc_ast v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling ena v0.14.4 +@blockprotocol/type-system-rs:build:types: Compiling tinyvec_macros v0.1.1 +@blockprotocol/type-system-rs:build:types: Compiling pico-args v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling tinyvec v1.11.0 +@blockprotocol/type-system-rs:build:types: Compiling iso8601-duration v0.2.0 +@blockprotocol/type-system-rs:build:types: Compiling darling v0.23.0 +@blockprotocol/type-system-rs:build:types: Compiling lalrpop v0.22.2 +@blockprotocol/type-system-rs:build:types: Compiling num-bigint v0.4.6 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling semver v1.0.28 +@blockprotocol/type-system-rs:build:types: Compiling psm v0.1.31 +@blockprotocol/type-system-rs:build:types: Compiling stacker v0.1.24 +@blockprotocol/type-system-rs:build:types: Compiling chacha20 v0.10.0 +@blockprotocol/type-system-rs:build:types: Compiling ppv-lite86 v0.2.21 +@blockprotocol/type-system-rs:build:types: Compiling enum-ordinalize-derive v4.3.2 +@blockprotocol/type-system-rs:build:types: Compiling ref-cast v1.0.25 +@blockprotocol/type-system-rs:build:types: Compiling rand_chacha v0.3.1 +@blockprotocol/type-system-rs:build:types: Compiling email_address v0.2.9 +@blockprotocol/type-system-rs:build:types: Compiling enum-ordinalize v4.3.2 +@blockprotocol/type-system-rs:build:types: Compiling rand v0.8.6 +@blockprotocol/type-system-rs:build:types: Compiling rand v0.10.1 +@blockprotocol/type-system-rs:build:types: Compiling unicode-normalization v0.1.25 +@blockprotocol/type-system-rs:build:types: Compiling prost-wkt v0.7.1 +@blockprotocol/type-system-rs:build:types: Compiling ref-cast-impl v1.0.25 +@blockprotocol/type-system-rs:build:types: Compiling miette-derive v7.6.0 +@blockprotocol/type-system-rs:build:types: Compiling instant v0.1.13 +@blockprotocol/type-system-rs:build:types: Compiling unicode-width v0.1.14 +@blockprotocol/type-system-rs:build:types: Compiling unicode-script v0.5.8 +@blockprotocol/type-system-rs:build:types: Compiling backoff v0.4.0 +@blockprotocol/type-system-rs:build:types: Compiling futures-retry v0.6.0 +@blockprotocol/type-system-rs:build:types: Compiling unicode-security v0.1.2 +@blockprotocol/type-system-rs:build:types: Compiling nonempty v0.10.0 +@blockprotocol/type-system-rs:build:types: Compiling smol_str v0.3.6 +@blockprotocol/type-system-rs:build:types: Compiling rustc_lexer v0.1.0 +@local/hash-codec:codegen: cache hit, replaying logs 7d79b975c7187360 +@blockprotocol/type-system-rs:build:types: Compiling opentelemetry v0.32.0 +@blockprotocol/type-system-rs:build:types: Compiling trait-variant v0.1.2 +@blockprotocol/type-system-rs:build:types: Compiling enum-iterator-derive v1.5.0 +@blockprotocol/type-system-rs:build:types: Compiling miette v7.6.0 +@blockprotocol/type-system-rs:build:types: Compiling dyn-clone v1.0.20 +@blockprotocol/type-system-rs:build:types: Compiling tokio-rustls v0.26.4 +@blockprotocol/type-system-rs:build:types: Compiling bon-macros v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling tonic v0.14.6 +@blockprotocol/type-system-rs:build:types: Compiling oxc_ecmascript v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling oxc_ast_visit v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling oxc_sourcemap v6.1.1 +@blockprotocol/type-system-rs:build:types: Compiling serde_with_macros v3.21.0 +@blockprotocol/type-system-rs:build:types: Compiling oxc_semantic v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling enum-iterator v2.3.0 +@blockprotocol/type-system-rs:build:types: Compiling tonic-prost v0.14.6 +@blockprotocol/type-system-rs:build:types: Compiling serde_with v3.21.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:types: Compiling tracing-opentelemetry v0.33.0 +@blockprotocol/type-system-rs:build:types: Compiling educe v0.6.0 +@blockprotocol/type-system-rs:build:types: Compiling serde_plain v1.0.2 +@blockprotocol/type-system-rs:build:types: Compiling hostname v0.4.2 +@blockprotocol/type-system-rs:build:types: Compiling oxc_parser v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling oxc_codegen v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling rand_distr v0.6.0 +@blockprotocol/type-system-rs:build:types: Compiling yansi v1.0.1 +@blockprotocol/type-system-rs:build:types: Compiling diff v0.1.13 +@blockprotocol/type-system-rs:build:types: Compiling xxhash-rust v0.8.15 +@blockprotocol/type-system-rs:build:types: Compiling insta v1.48.0 +@blockprotocol/type-system-rs:build:types: Compiling bon v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling pretty_assertions v1.4.1 +@blockprotocol/type-system-rs:build:types: Compiling oxc v0.95.0 (https://github.com/hashdeps/oxc?rev=73c781b#73c781b5) +@blockprotocol/type-system-rs:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/codegen) +@blockprotocol/type-system-rs:build:types: Compiling cedar-policy-core v4.5.1 +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/types) +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common-wasm v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-client v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/temporal-client) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/libs/@local/graph/store/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-test-data v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/alpha/tests/graph/test-data/rust) +@blockprotocol/type-system-rs:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 32.10s +@blockprotocol/type-system-rs:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/alpha/target/debug/build/type-system/e8f578c7eb92fdef/out/codegen-e8f578c7eb92fdef) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: running 1 test +@blockprotocol/type-system-rs:build:types: test index ... ok +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: done: no snapshots to review +@local/hash-codec:build: cache hit, replaying logs 6617cea020d10429 +@blockprotocol/type-system:codegen: cache hit, replaying logs 7e21eb26c5e200a3 +@blockprotocol/type-system:codegen: ../rust/pkg/type-system.d.ts -> src/generated/type-system.d.ts +@blockprotocol/type-system:codegen: ../rust/types/index.snap.d.ts -> src/generated/types.d.ts +@blockprotocol/type-system:build: cache hit, replaying logs c823cc32b13c36bf +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main.ts → dist/es... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es in 1s +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main-slim.ts → dist/es-slim... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es-slim in 685ms +@local/hash-graph-authorization:build: cache hit, replaying logs d8cc3a79a0c4e3e9 +@local/hash-graph-store:build: cache hit, replaying logs fdf07aaf5c8203b6 +@blockprotocol/graph:build: cache hit, replaying logs 51c7de052305cf9e +@local/hash-graph-sdk:build: cache hit, replaying logs 3d722162fcfa28fc +@local/hash-isomorphic-utils:build: cache hit, replaying logs e1a27028298d91f2 +@local/hash-backend-utils:build: cache hit, replaying logs fcd3bd37b7dbb563 +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/petrinaut-core:build: transforming... +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@hashintel/petrinaut-core:build: rendering chunks... +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.62s +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent-plugin-sdcpn:test:unit: cache miss, executing a9be0afd6b55590d +@hashintel/brunch-agent-plugin-sdcpn:build: cache miss, executing fa49ed28bc2655d7 +@hashintel/brunch-agent-plugin-sdcpn:lint:eslint: cache miss, executing ab80aba6706bf885 +@hashintel/brunch-agent-plugin-sdcpn:lint:tsc: cache miss, executing c0e40a213f1c6235 +@hashintel/brunch-agent-plugin-sdcpn:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-sdcpn:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ 13 modules transformed. +@hashintel/brunch-agent-plugin-sdcpn:build: rendering chunks... +@hashintel/brunch-agent-plugin-sdcpn:build: computing gzip size... +@hashintel/brunch-agent-plugin-sdcpn:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.84 kB +@hashintel/brunch-agent-plugin-sdcpn:build: dist/flue.js 53.70 kB │ gzip: 17.92 kB │ map: 17.32 kB +@hashintel/brunch-agent-plugin-sdcpn:build: +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ built in 12ms +@apps/brunch-agent:build: cache miss, executing 3baec2c1612ac018 +@apps/brunch-agent:lint:tsc: cache miss, executing aafa9cc807243b9d +@apps/brunch-agent:lint:eslint: cache miss, executing d118bc908624b192 +@hashintel/brunch-agent-plugin-sdcpn:lint:eslint: Found 0 warnings and 0 errors. +@hashintel/brunch-agent-plugin-sdcpn:lint:eslint: Finished in 439ms on 11 files with 179 rules using 16 threads. +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@hashintel/brunch-agent-plugin-sdcpn:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/alpha/libs/@hashintel/brunch-agent/packages/plugin-sdcpn +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@apps/brunch-agent:build: vite v8.2.2 building ssr environment for production... +@apps/brunch-agent:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Test Files 3 passed (3) +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Tests 15 passed (15) +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Start at 10:43:27 +@hashintel/brunch-agent-plugin-sdcpn:test:unit: Duration 703ms (transform 241ms, setup 0ms, import 864ms, tests 13ms, environment 0ms) +@hashintel/brunch-agent-plugin-sdcpn:test:unit: +@apps/brunch-agent:build: ✓ 556 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/app.mjs 0.15 kB │ gzip: 0.12 kB +@apps/brunch-agent:build: dist/execAsync-D25bwo5l.mjs 0.58 kB │ gzip: 0.37 kB │ map: 0.76 kB +@apps/brunch-agent:build: dist/getMachineId-unsupported-QqRDr4II.mjs 0.72 kB │ gzip: 0.41 kB │ map: 0.90 kB +@apps/brunch-agent:build: dist/getMachineId-linux-B5Iy_Sy7.mjs 0.89 kB │ gzip: 0.52 kB │ map: 1.36 kB +@apps/brunch-agent:build: dist/server.mjs 0.90 kB │ gzip: 0.54 kB │ map: 1.45 kB +@apps/brunch-agent:build: dist/getMachineId-bsd-ThF6nEVL.mjs 1.10 kB │ gzip: 0.57 kB │ map: 1.62 kB +@apps/brunch-agent:build: dist/getMachineId-darwin-C6rMMlat.mjs 1.11 kB │ gzip: 0.62 kB │ map: 1.68 kB +@apps/brunch-agent:build: dist/getMachineId-win-FwyaH7b-.mjs 1.27 kB │ gzip: 0.74 kB │ map: 1.83 kB +@apps/brunch-agent:build: dist/rolldown-runtime-BMI-E3GI.mjs 1.92 kB │ gzip: 0.87 kB +@apps/brunch-agent:build: dist/node-server-JHw3gbXL.mjs 2,720.24 kB │ gzip: 520.38 kB │ map: 4,820.63 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 191ms +@apps/brunch-agent:build: vite v8.2.2 building client environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/petrinaut-chat.integration.ts:71:20] +@apps/brunch-agent:lint:eslint: 70 | for (;;) { +@apps/brunch-agent:lint:eslint: 71 | const result = await reader.read(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 72 | if (result.done) return chunks; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:297:11] +@apps/brunch-agent:lint:eslint: 296 | submissionIds.push(currentAdmission.submissionId); +@apps/brunch-agent:lint:eslint: 297 | await onUpdate?.({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 298 | content: [ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:311:25] +@apps/brunch-agent:lint:eslint: 310 | +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:312:28] +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 313 | // Snapshot retention must finish before this canonical submission is advanced or returned. +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:400:30] +@apps/brunch-agent:lint:eslint: 399 | // Tool calls within one suspension are serviced in canonical order. +@apps/brunch-agent:lint:eslint: 400 | const output = await host.execute(call); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 401 | completedClientCallIds.add(call.toolCallId); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:436:30] +@apps/brunch-agent:lint:eslint: 435 | +@apps/brunch-agent:lint:eslint: 436 | currentAdmission = await client.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 437 | message: { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:78:24] +@apps/brunch-agent:lint:eslint: 77 | ] as const) { +@apps/brunch-agent:lint:eslint: 78 | const response = await app.request(`/assets/${file}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 79 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:129:24] +@apps/brunch-agent:lint:eslint: 128 | for (const name of PRODUCER_PUNCTUATION) { +@apps/brunch-agent:lint:eslint: 129 | const response = await app.request(`/assets/${encodeURIComponent(name)}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:133:15] +@apps/brunch-agent:lint:eslint: 132 | status: response.status, +@apps/brunch-agent:lint:eslint: 133 | body: await response.text(), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 134 | }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:159:24] +@apps/brunch-agent:lint:eslint: 158 | ]) { +@apps/brunch-agent:lint:eslint: 159 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 160 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:163:18] +@apps/brunch-agent:lint:eslint: 162 | status: response.status, +@apps/brunch-agent:lint:eslint: 163 | leaked: (await response.text()).includes("SECRET"), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 164 | }).toEqual({ path, status: 404, leaked: false }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:178:24] +@apps/brunch-agent:lint:eslint: 177 | ] as const) { +@apps/brunch-agent:lint:eslint: 178 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 179 | expect({ reason, status: response.status }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:108:12] +@apps/brunch-agent:lint:eslint: 107 | +@apps/brunch-agent:lint:eslint: 108 | function submit(event: FormEvent): void { +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- The prop was declared here +@apps/brunch-agent:lint:eslint: 109 | event.preventDefault(); +@apps/brunch-agent:lint:eslint: 110 | const reply = input.trim(); +@apps/brunch-agent:lint:eslint: 111 | if (!reply || busy) return; +@apps/brunch-agent:lint:eslint: 112 | setInput(""); +@apps/brunch-agent:lint:eslint: 113 | void agent.sendMessage(reply); +@apps/brunch-agent:lint:eslint: 114 | } +@apps/brunch-agent:lint:eslint: 115 | +@apps/brunch-agent:lint:eslint: 116 | return ( +@apps/brunch-agent:lint:eslint: 117 |
+@apps/brunch-agent:lint:eslint: 118 |
+@apps/brunch-agent:lint:eslint: 119 |
+@apps/brunch-agent:lint:eslint: 120 |

+@apps/brunch-agent:lint:eslint: 121 | {readOnly ? "Brunch / Flue observer" : "Brunch / Flue chat"} +@apps/brunch-agent:lint:eslint: 122 |

+@apps/brunch-agent:lint:eslint: 123 |

+@apps/brunch-agent:lint:eslint: 124 | {readOnly ? "Canonical conversation" : "Plain Flue conversation"} +@apps/brunch-agent:lint:eslint: 125 |

+@apps/brunch-agent:lint:eslint: 126 |
+@apps/brunch-agent:lint:eslint: 127 | +@apps/brunch-agent:lint:eslint: 128 | {readOnly ? `read-only · ${agent.status}` : agent.status} +@apps/brunch-agent:lint:eslint: 129 | +@apps/brunch-agent:lint:eslint: 130 |
+@apps/brunch-agent:lint:eslint: 131 | +@apps/brunch-agent:lint:eslint: 132 |
+@apps/brunch-agent:lint:eslint: 133 | {agent.messages.map((message) => ( +@apps/brunch-agent:lint:eslint: 134 | +@apps/brunch-agent:lint:eslint: 135 | ))} +@apps/brunch-agent:lint:eslint: 136 | {agent.error ?

{agent.error.message}

: null} +@apps/brunch-agent:lint:eslint: 137 |
+@apps/brunch-agent:lint:eslint: 138 | +@apps/brunch-agent:lint:eslint: 139 | {readOnly ? null : ( +@apps/brunch-agent:lint:eslint: 140 | +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- And used here +@apps/brunch-agent:lint:eslint: 141 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:146:25] +@apps/brunch-agent:lint:eslint: 145 | value={input} +@apps/brunch-agent:lint:eslint: 146 | onChange={(event) => setInput(event.target.value)} +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | placeholder="Ask something." +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: Found 14 warnings and 0 errors. +@apps/brunch-agent:lint:eslint: Finished in 545ms on 79 files with 239 rules using 16 threads. +@apps/brunch-agent:build: ✓ 169 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/client/index.html 0.38 kB │ gzip: 0.24 kB +@apps/brunch-agent:build: dist/client/assets/index.css 2.54 kB │ gzip: 1.16 kB +@apps/brunch-agent:build: dist/client/assets/index.js 244.66 kB │ gzip: 75.89 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 70ms +@apps/brunch-agent:test:unit: cache miss, executing 70bbf0639c6c810c +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Test Files 25 passed (25) +@apps/brunch-agent:test:unit: Tests 152 passed (152) +@apps/brunch-agent:test:unit: Start at 10:43:29 +@apps/brunch-agent:test:unit: Duration 3.43s (transform 1.16s, setup 0ms, import 2.52s, tests 7.38s, environment 1ms) +@apps/brunch-agent:test:unit: + + Tasks: 39 successful, 39 total +Cached: 30 cached, 39 total + Time: 10.23s + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/attempt-ledger.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/attempt-ledger.md new file mode 100644 index 00000000000..6eefb6fed66 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/attempt-ledger.md @@ -0,0 +1,3 @@ +# Step A attempts + +- a1-paid-2026-09-08T08-44-14-222Z: isolated A1 carrier probe; reserved 8 calls / US$8. No automatic retries; per-operation rejection ceiling 3. Settled: 5 calls, US$0.09113535, one `addType` attempt, zero canonical rejections, zero retries. Reservation released. Pass for nested `addType` carriage; broader carrier portfolio Partial. See [carrier-result.md](a1-paid-2026-09-08T08-44-14-222Z/carrier-result.md), the unchanged run `result.json`, and live `usage-ledger.json`. The isolated result is not Step A owner acceptance. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/usage-ledger.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/usage-ledger.json new file mode 100644 index 00000000000..3bbb400563f --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/usage-ledger.json @@ -0,0 +1,140 @@ +{ + "authority": "MISSION.md — isolated A1 clarification", + "limits": { + "usd": 100, + "calls": 200 + }, + "reservation": { + "owner": "A1", + "runId": "a1-paid-2026-09-08T08-44-14-222Z", + "usd": 8, + "calls": 8, + "status": "released", + "reason": "A1 run settled with complete accounting; no further A1 paid calls reserved" + }, + "totals": { + "spentUsd": 0.09113535, + "spentCalls": 5, + "remainingUsd": 99.90886465, + "remainingCalls": 195, + "outstandingReservedUsd": 0, + "outstandingReservedCalls": 0 + }, + "calls": [ + { + "sequence": 1, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 3869, + "actualUsd": 0.038150250000000004, + "usage": { + "input": 3, + "output": 178, + "cacheRead": 0, + "cacheWrite": 9459, + "totalTokens": 9640, + "cost": { + "input": 0.000009, + "output": 0.00267, + "cacheRead": 0, + "cacheWrite": 0.03547125, + "total": 0.038150250000000004 + }, + "cacheWrite1h": 0, + "reasoning": 94 + } + }, + { + "sequence": 2, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 3362, + "actualUsd": 0.0104157, + "usage": { + "input": 1, + "output": 176, + "cacheRead": 9459, + "cacheWrite": 1316, + "totalTokens": 10952, + "cost": { + "input": 0.000003, + "output": 0.00264, + "cacheRead": 0.0028377, + "cacheWrite": 0.004935, + "total": 0.0104157 + }, + "cacheWrite1h": 0, + "reasoning": 0 + } + }, + { + "sequence": 3, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 9110, + "actualUsd": 0.023673, + "usage": { + "input": 1, + "output": 378, + "cacheRead": 10775, + "cacheWrite": 3938, + "totalTokens": 15092, + "cost": { + "input": 0.000003, + "output": 0.0056700000000000006, + "cacheRead": 0.0032324999999999997, + "cacheWrite": 0.0147675, + "total": 0.023673 + }, + "cacheWrite1h": 0, + "reasoning": 106 + } + }, + { + "sequence": 4, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 2805, + "actualUsd": 0.00789915, + "usage": { + "input": 3, + "output": 75, + "cacheRead": 14713, + "cacheWrite": 627, + "totalTokens": 15418, + "cost": { + "input": 0.000009, + "output": 0.0011250000000000001, + "cacheRead": 0.0044139, + "cacheWrite": 0.00235125, + "total": 0.00789915 + }, + "cacheWrite1h": 0, + "reasoning": 33 + } + }, + { + "sequence": 5, + "status": "complete", + "reservedUsd": 1, + "latencyMs": 10450, + "actualUsd": 0.01099725, + "usage": { + "input": 3, + "output": 333, + "cacheRead": 15340, + "cacheWrite": 371, + "totalTokens": 16047, + "cost": { + "input": 0.000009, + "output": 0.004995, + "cacheRead": 0.004602, + "cacheWrite": 0.00139125, + "total": 0.01099725 + }, + "cacheWrite1h": 0, + "reasoning": 35 + } + } + ] +} From c419c0d99567b63bb244a0ed98a79df25054936a Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:02:11 +0200 Subject: [PATCH 14/62] Record the landed Mission 8 application PRs and remaining SRE-1013 door join The three FE-1569/FE-1625 PRs published an ECS-startable image; planning still treated storage as queued and pointed successors at the old handoff commit. Co-authored-by: Cursor --- libs/@hashintel/brunch-agent/MISSION.md | 2 +- libs/@hashintel/brunch-agent/MISSION.next.md | 59 ++++++++++++------- .../10-bounded-reviewer-revision.md | 2 +- .../mission-drafts/11-optimisation-handoff.md | 2 +- .../7-explainable-construction.md | 2 +- .../mission-drafts/9-traceable-projection.md | 2 +- 6 files changed, 43 insertions(+), 26 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index 65c48182a4c..ac603ee3f6d 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -103,7 +103,7 @@ Read the current source, not only prior claims. These are required entrypoints, - `libs/@hashintel/petrinaut-core/src/{ai,action-schemas,command-schemas}.ts`, `schemas/{entity-schemas,metric-schema}.ts`, `file-format/types.ts`; `libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx`; website `src/main/app/local-storage-demo/` document binding/history/transport code. Strict canonical entities have no provenance slot; reuse contracts, never copy fields. - [Flue routing](docs/reference/architecture/flue-routing.md), the dated [architecture cheatsheet](docs/reference/architecture/flue-architecture-cheatsheet.md), and [source-read evidence](docs/evidence/audits/flue-entry-projection-source-read-2026-08-18.md). Installed `@flue/runtime` docs win when those paraphrases disagree. Inspect the authoritative runtime when a pin contradicts those priors; an old source read is not a new behavioral pass. - [Evaluation guidance](evaluations/README.md), Vestera inputs and oracles; [Petrinaut user guide](../petrinaut/docs/ai-assistant.md). New observed evidence belongs under `docs/evidence/`, not evaluation source directories. -- Mission 8 historical handoff: `git show 157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md`. Its old `/api/chat` route is superseded, not inherited. Local image proof never established remote deployment. +- Mission 8 current contract: [consumed deployment contract](MISSION.next.md#mission-8-consumed-deployment-contract) after merged #9495/#9487/#9573. Historical stop: `git show 157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md`. Its old `/api/chat` route is superseded, not inherited. Publication and an ECS-startable image never established remote deployment. ## Proof diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index 65319556add..972833eab5e 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -25,7 +25,7 @@ M5 live on FE-1574, beneath this branch — direct Voice/Flue turn, canonical M6 closed on FE-1575 — conversation → Markdown workpiece → Petrinaut read/write → cross-tab resume proved; two fresh-human Voice/stopped checks waived and carried M6b accepted on FE-1580 — causal Voice/mutation/resume/active-Stop path proved; hydration attribution, post-settlement withholding and latency explicitly deferred M7 live Step A on FE-1573 — accepted M6b foundation; genuine Vestera scope, own evidence and separate Step B gate unchanged -M8 deployment handoff — historical branch stopped after local application proof, before infrastructure deployment; a successor must be scheduled before any remote claim +M8 application artifact landed on main (#9495/#9487/#9573); SRE-1013 owns ECS provisioning; remote proof and Mission 5 door re-expression still open; no new Mission 8 draft M9 repeatable projection breadth — unchanged repeat, changed input, retirement, concurrent change, schema classes over the M7 seam M10 revision — ship bounded authorized reviewer revision and a scoped patch over basis, transition records, and epochs M11 optimisation — ship an accepted optimisation handoff after its consumer contract exists; early non-binding consumer discovery before M9's region @@ -189,26 +189,33 @@ On 2026-09-02 the owner set aside the skill-composition side quest's selection o ### Mission 8 consumed deployment contract -Mission 8 at commit `157730cc5a214dd9c543e8d95c7193a219c48aef` on `ln/fe-1569-brunch-agent-deployment` stopped at the explicit application-to-infrastructure handoff. The application artifact is locally verified but **no remote deploy or acceptance happened**. No confirmed Brunch ECR repository, ECS service/task family, RDS database/user/IAM grant, hosted collector, restricted ingress, deployment owner, AWS credentialed run, real IAM probe, restricted Anthropic turn, cross-host replacement recovery, remote telemetry inspection, rollback, or owner acceptance exists. +Mission 8 at commit `157730cc5a214dd9c543e8d95c7193a219c48aef` on `ln/fe-1569-brunch-agent-deployment` stopped at the explicit application-to-infrastructure handoff. Three later PRs landed that application artifact on `main` without remote proof: -FE-1441 remains the deployment/Postgres/rate-limit tracker, while FE-1423 retains the authentication, telemetry, state-versioning/backup, and restart-durability gates. FE-1439's browser-minted UUID demo posture does not discharge FE-1423: caller UUID, CORS, obscurity, and rate limiting are not authentication. Resolve that policy conflict before any restricted-to-public cut. +- [hashintel/hash#9495](https://github.com/hashintel/hash/pull/9495) (merged 2026-09-07) — non-root image, cheap `GET /health`, deploy-catalog publication to ECR and GHCR, empty ECS target list +- [hashintel/hash#9487](https://github.com/hashintel/hash/pull/9487) (merged 2026-09-07) — fail-closed `@flue/postgres`, RDS IAM / password fallback, content-free OTLP, written handoff +- [hashintel/hash#9573](https://github.com/hashintel/hash/pull/9573) (merged 2026-09-07) — baked AWS RDS global CA, shared `@local/hash-backend-utils/opentelemetry`, bounded pool/query timeouts, ordered shutdown, stronger smokes + +That is **publication plus an ECS-startable image**, not deployment. [SRE-1012](https://linear.app/hash/issue/SRE-1012/set-up-ecr-for-brunch-agent) created the ECR repository. The catalog `ecs` list is still empty. No confirmed ECS service/task family, RDS database/user/IAM grant, hosted collector, restricted ingress, deployment owner, AWS credentialed run, real IAM probe, restricted Anthropic turn, cross-host replacement recovery, remote telemetry inspection, rollback, or owner acceptance exists. Lu's follow-up [hashintel/hash#9572](https://github.com/hashintel/hash/pull/9572) closed unmerged; Tim's #9573 absorbed the deployability fixes. + +Tracker posture as of 2026-09-08: [FE-1569](https://linear.app/hash/issue/FE-1569/containerize-and-safely-deploy-brunch-on-hash-infrastructure) is Done with a stale body that still describes the pre-publication stop; [FE-1441](https://linear.app/hash/issue/FE-1441/deploy-the-elicitor-server-behind-the-remote-release-checks) and [FE-1423](https://linear.app/hash/issue/FE-1423/require-safe-remote-access-to-the-elicitor-server) are Duplicate. Live infrastructure work is [SRE-1013](https://linear.app/hash/issue/SRE-1013/provision-the-brunch-agent-ecs-service) (Tim, in progress, aimed at the 17 September London demo). [SRE-1032](https://linear.app/hash/issue/SRE-1032/run-testdocker-in-deployyml-against-the-image-the-build-job-produces) remains backlog. FE-1423's four gates (authentication, per-conversation authorization, telemetry, state-versioning/backup, restart durability) are not discharged by publication; FE-1439's browser-minted UUID demo posture is still not authentication. Resolve that policy conflict before any restricted-to-public cut. Landed application contract, retained for successor consumers: -- immutable Node `22.21.1` non-root image runs `node dist/server.mjs`, carries focused dependencies, client assets, core prompt, and SDCPN resources, and builds on arm64 and amd64; +- immutable Node `22.21.1` non-root image runs `node dist/server.mjs`, carries focused dependencies, client assets, core prompt, and SDCPN resources, and builds on arm64 and amd64; published to ECR and GHCR as `brunch-agent` / [`ghcr.io/hashintel/hash/brunch-agent`](https://github.com/hashintel/hash/pkgs/container/hash%2Fbrunch-agent); +- the image bundles the AWS RDS global CA and defaults `BRUNCH_POSTGRES_TLS_CA_PATH` to it (#9573); infrastructure overrides the path only for another CA. Give the ECS task a stop timeout above 60 seconds; - `GET /health` is cheap, non-billable process liveness (`{ status: "pass" }`); it does not query Postgres or Anthropic. Required Postgres configuration and migration/connect failures fail closed before listening. The route must remain on the process for the image `HEALTHCHECK` and a future ECS/ALB target-group probe. It is **not** a frontend, Petrinaut-panel, or ChatTransport dependency, and it is **not** a public-ingress requirement (Tim, 2026-09-07). Keep it off the public hostname; ALB/security-group reachability is enough; -- active Flue conversation/submission/recovery/settlement state uses `@flue/postgres` with dedicated fields, verified TLS, RDS-IAM async fresh-token support and runtime-password fallback; URI-only and silent SQLite production fallback are rejected; -- OTLP/gRPC is initialized before content-free Flue instrumentation and flushed on shutdown; local disposable collector receipt is proved; -- local Docker/Postgres/collector smoke proved non-root execution, packaged resources, no `/repo` writes, TLS Postgres startup/refusal, and bounded graceful shutdown; -- public ingress denies `/`, `/assets/*`, `/health`, and `/agents/chat/:id`; restricted product traffic used `/api/chat` at that commit. `#9487`'s README already says only `/api/chat` should be reachable by the restricted diagnostic caller, but it left `/health` off both the deny list and the allow list — that is the gap Tim is closing. **Superseded by the recut live Mission 5 (2026-09-03):** `/agents/chat/:instanceId` becomes the only product route, so the restricted-ingress rule must be re-expressed as the FE-1423 gates (authentication, per-conversation authorization, telemetry, state versioning/backup, restart durability) applying directly to the mounted Flue route, with `/api/chat` no longer mounted by the Brunch app and `/health` remaining process-local / load-balancer-private. The release/deployment gate owns that re-expression and its enforcement; one-live-owner policy remains desired-count one, stop-before-start until overlap safety is proved; +- active Flue conversation/submission/recovery/settlement state uses `@flue/postgres` with dedicated fields, verified TLS, RDS-IAM async fresh-token support and runtime-password fallback; URI-only and silent SQLite production fallback are rejected. `#9573` adds `query_timeout` / `statement_timeout`, idle-pool error logging, and close-then-flush telemetry shutdown. Store selection is still keyed on `NODE_ENV`: any value other than `production` silently selects SQLite — named follow-up, not a silent production path; +- OTLP/gRPC uses HASH's shared `registerOpenTelemetry` / HTTP / Undici instrumentation from `@local/hash-backend-utils/opentelemetry`, with only the Flue wrapper remaining app-owned; content capture stays disabled; failure spans carry `error.type` as a code. `@local/hash-backend-utils` currently pulls Temporal/googleapis/Linear into the image; extracting a lean OTel package is a named follow-up, not a deploy blocker; +- local Docker/Postgres/collector smoke proved non-root execution, packaged resources, no `/repo` writes, TLS Postgres startup/refusal, and bounded graceful shutdown. `test:docker` still does not run in CI (SRE-1032); +- **ingress on `main` still documents the pre-Mission-5 door.** `#9487`/`#9573` README and `smoke:deployment` treat `POST /api/chat` as the restricted diagnostic route and tell the load balancer not to expose `/agents/chat/:id`. Recut Mission 5 (2026-09-03), now live on this branch, mounts only `/agents/chat/:instanceId` and has removed `/api/chat` from `apps/brunch-agent/src/http/routes.ts`. The successor must re-express the restricted-ingress rule as the FE-1423 gates applying directly to the mounted Flue route, keep `/health` process-local / load-balancer-private, and retarget the smoke. [SRE-1013](https://linear.app/hash/issue/SRE-1013/provision-the-brunch-agent-ecs-service) currently repeats the stale `/api/chat` allow-list; coordinating that before the ECS target lands is the first remaining join. One-live-owner policy remains desired-count one, stop-before-start until overlap safety is proved; - separate Brunch capture JSON is inactive and non-durable. Do not migrate it speculatively, but any mission that consumes capture must first give it durable owner refusal, atomicity, format validation, and session/capture consistency. Flue's Node target is a long-running service with an in-process coordinator and long-lived streams. Do not deploy it as Lambda, a short-lived function, or scale-to-zero. Shared Postgres does not establish active-active safety; keep one replica until ownership and routing through replacement overlap are proved. Still-open infrastructure/release gate: -- infra must approve/provision image repository, account/region, ECS cluster/service/task/execution roles, RDS endpoint/database/user/schema/CA and IAM grant or secret, Anthropic secret, collector, restricted hostname/access boundary, TLS/load-balancer health/stream timeout, CPU/memory, drain/stop/deployment settings, and named deployment/acceptance owner; -- one immutable digest must pass the two-connection IAM probe (or documented password fallback), real streamed Anthropic/tool turn, in-place restart, cross-host replacement, client abort, bounded provider/database failure, content/secret inspection, graceful replacement, rollback, and remote telemetry checks; +- [SRE-1013](https://linear.app/hash/issue/SRE-1013/provision-the-brunch-agent-ecs-service) must approve/provision ECS cluster/service/task/execution roles, RDS endpoint/database/user/schema/CA and IAM grant or secret, Anthropic secret, collector (`HASH_OTLP_ENDPOINT` plus the `BRUNCH_POSTGRES_*` fields), restricted hostname/access boundary, TLS/load-balancer health/stream timeout, CPU/memory, drain/stop (stop timeout above 60 seconds), deployment settings, the `deploy.yml` `ecs` target, and named deployment/acceptance owner. ECR publication accounts already exist (SRE-1012 + #9495); +- one immutable digest must pass the two-connection IAM probe (or documented password fallback), real streamed Anthropic/tool turn **on the product door**, in-place restart, cross-host replacement, client abort, bounded provider/database failure, content/secret inspection, graceful replacement, rollback, and remote telemetry checks; - public release additionally requires trusted identity/authorization, stock-safe Petrinaut routing and mode choice, route exposure policy, principal/IP rate and spend controls, retention/deletion/provider policy, backup/restore objectives, dashboards/alerts, and later capacity or multi-replica ownership evidence. A private smoke may temporarily use task-local SQLite only when restart loss is intentional, no durable user promise is made, and the environment is explicitly disposable. An EFS-backed SQLite singleton remains unproved and must not become accidental production architecture merely to postpone Postgres. @@ -217,7 +224,7 @@ Old Mission 8 reconciliation: | Old subsection | Disposition | Surviving consequence/evidence | | --- | --- | --- | -| Observed starting point; application-owned surface; runtime candidates; CI wiring | Superseded proposal where implemented; landed application contract where locally observed | The bullets above and deployment handoff replace the pre-implementation audit. Image slimming and obsolete workflow cleanup still have no surviving requirement without strain. Compose parity now has strain: GHCR publication landed in #9495 and Tim invited `compose.yml`; see the 2026-09-07 addendum. That is optional local-infra convenience after #9487, not remote deploy and not Mission 7 work. | +| Observed starting point; application-owned surface; runtime candidates; CI wiring | Superseded proposal where implemented; landed application contract where locally observed | The bullets above and deployment handoff replace the pre-implementation audit. Image slimming and obsolete workflow cleanup still have no surviving requirement without strain. Compose parity now has strain: GHCR publication landed in #9495, #9487 rebuilt the image with Postgres/OTel, and Tim invited `compose.yml`; see the 2026-09-08 addendum. That is optional local-infra convenience, not remote deploy and not Mission 7 work. | | Service/communication contract | Landed locally at the application seam; door superseded by recut Mission 5 | Long-running Flue → Anthropic shape, Postgres state, liveness, and content-free OTel survive. The `/api/chat` door that carried it is removed by the live mission in favor of the mounted Flue route; the restricted-route rule is re-expressed above. Remote crossing remains unproved. | | Infrastructure-owned surface | Still-open infrastructure gate | Provisioning and identifiers belong to infra; a deploy-catalog entry cannot create them. | | Restricted smoke/public release; identity; front door; rate limits; streaming/availability | Restricted-threshold proposal partly superseded by the stopped handoff; public decisions still open | No public release. Caller UUID, CORS, obscurity, or rate limiting are not authentication. Keep one replica; measure timeout/reconnect and ownership before widening. | @@ -225,27 +232,37 @@ Old Mission 8 reconciliation: | Operational visibility/health | Local application contract landed; hosted inspection still open | Local collector and liveness pass; remote normal/failure/cost correlation, privacy inspection, retention, dashboards, and alerts do not. | | Confidence, constraints, fog, stop lines | Reduced to the landed/open gates above | Never call an image or HTTP 200 deployed/durable, never weaken TLS or leak secrets, never infer active-active safety, and stop before unrestricted exposure or false recovery claims. | -Authoritative observed details are at `157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md` on `ln/fe-1569-brunch-agent-deployment`. This branch imports the application contract and open gates only—not that branch's Mission 4 archive, Mission 8 live-status transition, or an implication of remote success. +Authoritative observed details for the historical stop remain at `157730cc5a214dd9c543e8d95c7193a219c48aef:libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md`. The current application contract is the three merged PRs above plus this subsection. This branch imports the contract and open gates only—not that branch's Mission 4 archive, Mission 8 live-status transition, or an implication of remote success. Drafts 9–11 still name local posture until a Mission 8 successor records the remote proof matrix and owner acceptance. -### 2026-09-07 GHCR publication and Compose strain +### 2026-09-08 application-artifact close and remaining joins -The first Mission 8 PR landed: [hashintel/hash#9495](https://github.com/hashintel/hash/pull/9495) (merged 2026-09-07) registers `@apps/brunch-agent` in the deploy catalog for multi-arch ECR and GHCR publication with an empty ECS target list, a non-root image, and cheap `GET /health`. Tim reports the image is now on GHCR as [`ghcr.io/hashintel/hash/brunch-agent`](https://github.com/hashintel/hash/pkgs/container/hash%2Fbrunch-agent) and invited a later `infra/compose/compose.yml` consumer. The queued second PR [hashintel/hash#9487](https://github.com/hashintel/hash/pull/9487) still owns fail-closed `@flue/postgres`, OTLP, and the written handoff; it does **not** add Compose. This worktree could not list GHCR tags (`packages:read` missing); publication is accepted from the merged catalog entry plus Tim's report, not from a digest inspected here. +The 2026-09-07 GHCR addendum treated #9487 as queued. All three application PRs have now merged, FE-1569/FE-1625/SRE-1012 are Done, and SRE-1013 is the live infra closer. Empty ECS, no RDS/IAM/collector/ingress/owner, and no remote proof matrix remain exactly as the consumed contract above. Pulling the image locally does not discharge FE-1423 or make Drafts 9–11 a remotely deployed host. -That is **publication**, not deployment. Empty ECS, no RDS/IAM/collector/ingress/owner, and no remote proof matrix remain exactly as the consumed contract above. Pulling the image locally does not discharge FE-1441 or FE-1423. It is also not a Mission 8 successor that Drafts 9–11 may treat as a remotely deployed host. +**First remaining join — product door versus SRE-1013 ingress.** Tim is provisioning against the #9487 README: allow `/api/chat` and `/health`, deny `/`, `/assets/*`, and `/agents/chat/:id`. That rule is already false on this Mission 7 branch and will be false on `main` the moment Mission 5/6/7 land. The London demo (17 September) uses the Petrinaut panel, which talks to `/agents/chat/:instanceId`. If the ECS/ALB target is cut to `/api/chat` only, the restricted smoke on today's `main` image will pass and the product loop will not. Coordinate the allow-list with Tim before the `ecs` target lands: restricted product traffic is the mounted Flue route; `/health` stays process-local / load-balancer-private; `/` and `/assets/*` stay denied; caller UUID, CORS, and conversation hashes remain identification, not authentication. Retarget `apps/brunch-agent/src/deployment-smoke.ts` in the same successor; it still posts to `/api/chat`. -Compose parity now has strain that the 2026-09-07-earlier row lacked: a published image exists, HASH already pulls sibling services from `ghcr.io/hashintel/hash/{graph,api,frontend,…}`, and an infra owner invited the join. That strain earns an **optional local-infra convenience**, not a live-mission task and not a new Mission 8 draft. +Compose parity still has strain: a published image exists, HASH already pulls sibling services from `ghcr.io/hashintel/hash/{graph,api,frontend,…}`, Tim invited `compose.yml`, and #9487 rebuilt the image with Postgres/OTel. That strain earns an **optional local-infra convenience**, not a live-mission task and not a new Mission 8 draft. Do **not** add `brunch-agent` to `compose.yml` from Mission 7. Step A stays `yarn dev:brunch` (server `:4321`, Petrinaut website `:4915` proxying `/agents/chat/*`, conversations in task-local SQLite). A Compose service would be a different local posture: -- the published image listens on `3002` and is the container-only #9495 artifact until #9487 rebuilds it; current Compose Postgres has no Brunch user/database, and the Petrinaut website is not a Compose service, so a pulled image is an isolated server, not the product loop; -- production contract still rejects silent SQLite and requires verified TLS / fail-closed Postgres; Compose Postgres is typically plaintext, so a honest service either waits for #9487 and documents a local-dev TLS exception or uses a disposable TLS sidecar as the existing smoke did; +- the published image listens on `3002`; current Compose Postgres has no Brunch user/database, and the Petrinaut website is not a Compose service, so a pulled image is an isolated server, not the product loop; +- production contract still rejects silent SQLite and requires verified TLS / fail-closed Postgres; Compose Postgres is typically plaintext, so an honest service documents a local-dev TLS exception or uses a disposable TLS sidecar as the existing smoke did; - Anthropic credentials, restricted ingress, and one-replica ownership stay open; do not attach the service to the default `hash` profile in a way that silently starts a billed turn. -If a later owner adds Compose, keep it profile-gated, one replica, health-checked on the process `/health` from the Compose network (not published as a public host path), and labelled disposable local infra. Land it under FE-1441 / the Mission 8 application-to-infra successor after #9487, not as Mission 7 or as “Brunch is deployed.” +If a later owner adds Compose, keep it profile-gated, one replica, health-checked on the process `/health` from the Compose network (not published as a public host path), and labelled disposable local infra. Land it under the Mission 8 application-to-infra successor, not as Mission 7 or as “Brunch is deployed.” + +**`/health` publicity (Tim, 2026-09-07; still current).** No HASH frontend, Petrinaut website, or Brunch client fetches `/health`. The only current consumer is the image `HEALTHCHECK` against `http://127.0.0.1:3002/health`. A later ECS/ALB check is the same class of private probe. Do not treat public `/health` as required by #9495, and do not keep the app route merely to make it internet-visible. Removing the route would break the published image contract; exposing it on the public hostname would widen the restricted boundary for no product reason. + +**Resolution posture (Lu, 2026-09-07; confirmed 2026-09-08).** Treat Mission 8 as adjustments on this groundwork rather than a restart or a new Mission 8 draft. The image, GHCR/ECR publication, `/health` process route, Postgres/OTel application contract, and baked RDS CA stay. The adjustments already named are Compose as optional local-infra convenience, `/health` off the public hostname, and the Mission 5 door re-expressed on the restricted-ingress rule. Infra provisioning (SRE-1013) and the remote proof matrix remain the actual closer. Do not do that work from live Mission 7. -**`/health` publicity (Tim, 2026-09-07).** No HASH frontend, Petrinaut website, or Brunch client fetches `/health`. The only current consumer is the image `HEALTHCHECK` against `http://127.0.0.1:3002/health`. A later ECS/ALB check is the same class of private probe. Do not treat public `/health` as required by #9495, and do not keep the app route merely to make it internet-visible. Removing the route would break the published image contract; exposing it on the public hostname would widen the restricted boundary for no product reason. Reply to Tim: liveness only, not frontend; keep the process route; do not publish it. +**Next coordinations, in order:** -**Resolution posture (Lu, 2026-09-07).** When Mission 8 is later resolved, treat it as adjustments on this groundwork rather than a restart or a new Mission 8 draft. The image, GHCR publication, `/health` process route, and (once #9487 lands) Postgres/OTel application contract stay; the adjustments already named are Compose as optional local-infra convenience, `/health` off the public hostname, and the Mission 5 door (`/agents/chat/:instanceId` only) re-expressed on the restricted-ingress rule. Infra provisioning and the remote proof matrix remain the actual closer. Do not do that work from live Mission 7. +| # | Owner | Action | Why now | +| --- | --- | --- | --- | +| 1 | Lu → Tim | Re-express SRE-1013 ingress: product door is `/agents/chat/:instanceId`; `/health` private; `/api/chat` is the current `main` diagnostic only | Tim is provisioning against the stale allow-list; the 17 September demo uses the panel | +| 2 | Lu (tracker write, approval-gated) | Refresh the FE-1569 Done body so it no longer claims “in progress / absent from catalog”; comment the door change on SRE-1013 | Tracker currently contradicts the three merged PRs | +| 3 | Tim | Finish SRE-1013: ECS/RDS/IAM/secret/collector/ingress/`ecs` target, stop timeout > 60s | Actual closer; application artifact is ready | +| 4 | Mission 8 successor, own issue/branch/PR | Retarget smoke and README; run the remote proof matrix on one digest; owner-accept | Publication is not that proof | +| 5 | Later, not blocking restricted smoke | Compose profile, SRE-1032 `test:docker` in CI, explicit store selector instead of `NODE_ENV`, lean OTel package | Named #9573 follow-ups | ## Parallel and asynchronous proof tracks diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md index 058fc424168..7e4ee40d7d3 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md @@ -19,7 +19,7 @@ A fresh builder must read these sources before cutting or implementing this clus - [`packages/core/src/prompts/SYSTEM.md`](../../packages/core/src/prompts/SYSTEM.md), [`packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md), and [`packages/plugin-sdcpn/src/skills/sdcpn-modelling/templates/workpiece.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/templates/workpiece.md) — current foreground lifecycle and workpiece correction behavior. - [`apps/brunch-agent/test/petrinaut-chat.test.ts`](../../../../../apps/brunch-agent/test/petrinaut-chat.test.ts), [`apps/brunch-agent/test/headless-petrinaut-client.test.ts`](../../../../../apps/brunch-agent/test/headless-petrinaut-client.test.ts), and [`packages/plugin-sdcpn/src/tools/petrinaut-construction.ts`](../../packages/plugin-sdcpn/src/tools/petrinaut-construction.ts) — current real door, bounded mutation subset, and its limits. - [`9-traceable-projection.md`](9-traceable-projection.md) — repeat, changed-input, retirement, and impact-boundary semantics this draft inherits. Re-resolve these joins against accepted close evidence at cut time rather than assuming draft hypotheses landed. -- Commit `157730cc5a214dd9c543e8d95c7193a219c48aef` on deployment branch `ln/fe-1569-brunch-agent-deployment`, especially `libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md` — local application contract and the still-open infrastructure proof that any deployed durability claim must consume. +- [Mission 8 consumed deployment contract](../../MISSION.next.md#mission-8-consumed-deployment-contract) — local application contract after #9495/#9487/#9573 and the still-open infrastructure proof that any deployed durability claim must consume. Historical stop: `157730cc5a214dd9c543e8d95c7193a219c48aef` on `ln/fe-1569-brunch-agent-deployment`. ## Visible product advance diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md index 62e432f3c19..6f3da593c74 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md @@ -14,7 +14,7 @@ A fresh builder must read these durable sources before deepening this cluster: - [`10-bounded-reviewer-revision.md`](10-bounded-reviewer-revision.md) and the eventual accepted Missions 7, 9, and 10 close evidence — inherited real-path artifacts and proof. Draft promises are not join evidence. - [`../mission-archive/3-structurally-typed-runbook-to-headless-pn.md`](../mission-archive/3-structurally-typed-runbook-to-headless-pn.md) — accepted workpiece leg, falsified real-model construction, and the parser-valid-empty warning. - [`../../../petrinaut-core/src/file-format/serialize-sdcpn.ts`](../../../petrinaut-core/src/file-format/serialize-sdcpn.ts), [`../../../petrinaut-core/src/optimization.ts`](../../../petrinaut-core/src/optimization.ts), and [`../../../petrinaut/docs/optimization.md`](../../../petrinaut/docs/optimization.md) — existing Petrinaut terrain to inspect with the consumers, not a preselected handoff boundary. -- Commit `157730cc5a214dd9c543e8d95c7193a219c48aef` on deployment branch `ln/fe-1569-brunch-agent-deployment`, especially `libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md` — locally verified application contract and explicit application-to-infrastructure stop. +- [Mission 8 consumed deployment contract](../../MISSION.next.md#mission-8-consumed-deployment-contract) — locally verified application artifact after #9495/#9487/#9573 and explicit application-to-infrastructure stop; remote infrastructure, replacement, collector, rollback, and acceptance remain open. Historical stop: `157730cc5a214dd9c543e8d95c7193a219c48aef` on `ln/fe-1569-brunch-agent-deployment`. - The written Chris/Yannis consumer contract and accepted fixture, once they exist. Their absence is the fog-line, not permission to infer topology from current source. ## Visible product advance diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md index e3ed53e20a0..521cdeaaa31 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/7-explainable-construction.md @@ -22,7 +22,7 @@ Also read: - [`../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md`](../evidence/implementations/fe-1575-resumable-workpiece-petrinaut.md) and its r2 outer witness for Mission 6's transport, least mutation, settled manifest, two-tab resume, prepared-fixture admission, and fenced-block replacement admission; - [`../evidence/implementations/mission-5-direct-voice-flue/README.md`](../evidence/implementations/mission-5-direct-voice-flue/README.md) for the browser Flue transport and result correlation; - [`../mission-archive/2-mechanical-capture-sweep.md`](../mission-archive/2-mechanical-capture-sweep.md), [`../mission-archive/3-structurally-typed-runbook-to-headless-pn.md`](../mission-archive/3-structurally-typed-runbook-to-headless-pn.md), [`../evidence/implementations/fe-1525-headless-runbook-pn.md`](../evidence/implementations/fe-1525-headless-runbook-pn.md), and [`../mission-archive/4-core-plugin-elicitation-proof-of-life.md`](../mission-archive/4-core-plugin-elicitation-proof-of-life.md) for inherited and rejected routes; -- [`../reference/architecture/flue-routing.md`](../reference/architecture/flue-routing.md), the installed Flue 2.0.3 agent, hook, model, signal, and history documentation named by root, and commit `157730cc5a214dd9c543e8d95c7193a219c48aef`'s `mission-8-deployment-handoff.md` for local-only posture; +- [`../reference/architecture/flue-routing.md`](../reference/architecture/flue-routing.md), the installed Flue 2.0.3 agent, hook, model, signal, and history documentation named by root, and the [Mission 8 consumed deployment contract](../../MISSION.next.md#mission-8-consumed-deployment-contract) for local-only posture after #9495/#9487/#9573; - current core workpiece/client-tool code, plugin construction tools and skill, binding history reader, transport client-tool history, production `ChatAgent`, ownership/binding code, persona harness, Petrinaut canonical schemas and host boundary, evaluation cases/oracles, and Petrinaut user guide listed at [`MISSION.md#cold-start-reads`](../../MISSION.md#cold-start-reads). ## Proposed visible product advance diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md index 9318a3fabee..6cf54c64a12 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/9-traceable-projection.md @@ -22,7 +22,7 @@ A fresh builder must resolve these authorities and evidence before choosing a me - [`../../packages/transport-aisdk/src/client-tool-history.ts`](../../packages/transport-aisdk/src/client-tool-history.ts) and the Mission 7 transition-record contract — how browser results are correlated and deduplicated by call id. - [`../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md), [`templates/workpiece.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/templates/workpiece.md), and [`references/pn-construction.md`](../../packages/plugin-sdcpn/src/skills/sdcpn-modelling/references/pn-construction.md) — construction posture as Mission 7 leaves it. - [`../reference/architecture/flue-routing.md`](../reference/architecture/flue-routing.md) — the per-conversation versus cross-conversation state distinction that governs the document-scoped owner this mission may need. -- Commit `157730cc5a214dd9c543e8d95c7193a219c48aef` on `ln/fe-1569-brunch-agent-deployment`, especially `libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md` — the locally verified application contract and the still-open infrastructure handoff. Mission 9 names local posture unless a Mission 8 successor has landed. +- [Mission 8 consumed deployment contract](../../MISSION.next.md#mission-8-consumed-deployment-contract) — application artifact landed on `main` through #9495/#9487/#9573; SRE-1013 still owns ECS provisioning and the remote proof matrix. Historical stop: `157730cc5a214dd9c543e8d95c7193a219c48aef` on `ln/fe-1569-brunch-agent-deployment`. Mission 9 names local posture unless a Mission 8 successor has landed. - [`../../../petrinaut/docs/ai-assistant.md`](../../../petrinaut/docs/ai-assistant.md) and [`drawing-a-net.md`](../../../petrinaut/docs/drawing-a-net.md) — user-visible projection behaviour must update the user guide and prompt screenshot replacement. The accepted Mission 7 region, proving scenario, transition-record shape, and passage policy are not yet canonical paths. Name them from accepted predecessor evidence when this draft is cut. From 960e1d2fdb5dc93aa42e861f405af4537fb20f19 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:24:39 +0200 Subject: [PATCH 15/62] Prepare the Mission 8 successor cut after the Tim door note Record the Slack coordination, current /agents/* ingress, and the remaining remote-proof work so the successor can be cut without re-deriving the join. Co-authored-by: Cursor --- apps/brunch-agent/README.md | 30 ++++++++++++--- libs/@hashintel/brunch-agent/MISSION.md | 2 +- libs/@hashintel/brunch-agent/MISSION.next.md | 38 +++++++++++++++++-- .../mission-8-deployment-handoff.md | 6 +++ .../10-bounded-reviewer-revision.md | 2 +- .../mission-drafts/11-optimisation-handoff.md | 4 +- .../reference/architecture/flue-routing.md | 2 +- 7 files changed, 70 insertions(+), 14 deletions(-) diff --git a/apps/brunch-agent/README.md b/apps/brunch-agent/README.md index 6496344a7a6..d87deb928c6 100644 --- a/apps/brunch-agent/README.md +++ b/apps/brunch-agent/README.md @@ -93,17 +93,37 @@ Postgres runner, whose close hook shuts the OpenTelemetry providers down; a 60-s force-exits. Give the ECS task a stop timeout above 60 seconds. Brunch does not mount the retired `/api/chat` path; requests to it return 404. -`/agents/chat/:instanceId` is the sole product route required by Petrinaut. Releasing that route to -production browser ingress requires separate authentication, authorization, ingress, and -rate/spend gates. Do not expose `/`, `/assets/*`, or other unrelated routes through browser -ingress. CORS, caller-supplied principals, and conversation hashes are not authentication. Desired -count remains one until same-conversation ownership across replicas is separately proven. +`/agents/chat/:instanceId` is the product door required by Petrinaut. Restricted product traffic +is that Flue mount: allow `/agents/*` on the Brunch service so the current `chat` name and the +accepted later `/agents/process-sdcpn/:id` name both fit. Keep `GET /health` as a process-local / +load-balancer-private probe, not a public hostname path. Deny `/` and `/assets/*`. Stock +Petrinaut `/api/chat` stays on the website; the accepted later website path is `/api/brunch/:id`. +Releasing `/agents/*` to production browser ingress requires separate authentication, +authorization, ingress, and rate/spend gates. CORS, caller-supplied principals, and conversation +hashes are not authentication. Desired count remains one until same-conversation ownership +across replicas is separately proven. The deployed chat path stores Flue conversations, submissions, compaction records, attachments, claims, leases, and settlement state in Postgres. The separate Brunch capture store is not used by that path and remains local-development machinery; enabling capture in a deployment requires a new durability decision. +For a restricted remote turn, provide `BRUNCH_SMOKE_BASE_URL`, +`BRUNCH_SMOKE_PRINCIPAL`, and a stable `BRUNCH_SMOKE_CONVERSATION_ID`; +`BRUNCH_SMOKE_PROMPT` and `BRUNCH_SMOKE_REQUEST_ID` are optional overrides. The +turn must stream assistant text and finish within two minutes. Reuse the +conversation ID for the post-replacement history check and set +`BRUNCH_SMOKE_EXPECTED_TEXT` to text persisted by the turn; history mode fails +unless that text is present. + +```sh +yarn workspace @apps/brunch-agent smoke:deployment +BRUNCH_SMOKE_MODE=history yarn workspace @apps/brunch-agent smoke:deployment +``` + +`smoke:deployment` still posts to `/api/chat`. That matches today's `main` image and will fail +against this branch's image until a Mission 8 successor retargets it to `/agents/chat/:instanceId`. + ## Panel and Voice conversation route Voice is a second input modality over the panel's conversation. It is not a Voice route and does not own provider audio or durable conversation state. diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index ac603ee3f6d..872078dfb18 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -253,6 +253,6 @@ Stop and report the evidence if any of these occurs: - **Step B:** the [amendment packet](docs/mission-drafts/7-explainable-construction.md) alone holds B1 lineage, B2 mutation/reconciliation and B3 product/lifecycle closure, the full-region proving run, revision list/diff, migration/rollback and dual-read removal, external import and second-conversation refusal breadth, subtraction inventory, final behavioral/utility/product gates, and the genuine typed/Voice/stopped-entry two-tab check over Mission 7's revision/basis semantics. This broader witness must re-prove Mission 7's new revision/basis lifecycle and preserve Mission 6b's accepted limitations; it does not inherit the prepared-fixture witness as product proof. Return here only after the Step A owner gate and a separate authority commit; no automatic promotion. - **Missions 9/10:** [Mission 9](docs/mission-drafts/9-traceable-projection.md) owns repeat, changed input, retirement/concurrency breadth, cross-conversation access, additional schema classes and required complex-scenario allocation. [Mission 10](docs/mission-drafts/10-bounded-reviewer-revision.md) owns authorized reviewer revision. Both consume the accepted basis/transition/epoch/evidence seam and unchanged behavioral discriminator, not an imagined one. The packet preserves exact re-entry gates/oracles. -- **Later capabilities:** [Mission 11](docs/mission-drafts/11-optimisation-handoff.md) owns the accepted optimisation consumer contract; Mission 8 successor/pre-remote gate owns remote durability. Mission 6's remaining recovery/fixture-promotion concerns keep their spine homes and strain triggers. +- **Later capabilities:** [Mission 11](docs/mission-drafts/11-optimisation-handoff.md) owns the accepted optimisation consumer contract; the [Mission 8 successor cut](MISSION.next.md#mission-8-successor-cut-when-ready) owns remote durability. Mission 6's remaining recovery/fixture-promotion concerns keep their spine homes and strain triggers. - **PM fast preview and teaching hypothesis:** [the future spine](MISSION.next.md#explicit-assumption-based-preview) records the requested offer to fill gaps/guess when time is tight, the necessary distinction from evidence and modelling inference, and the hypothesis of neutral Petri-net understanding guidance. This cut does not authorize that new mode or silently relax current no-invention behavior. - **Rejected mechanisms and rationale:** full prepared pairs, hand-authored derivation, adjacency-as-causation, hash-only effect joins, document provenance slots without a consumer, blanket tool admission, capture folds, default assertion cards, closed ontologies and a separate probe mission remain rejected. The packet and spine preserve reasons/re-entry; historical design evidence is retained, not executed as authority. diff --git a/libs/@hashintel/brunch-agent/MISSION.next.md b/libs/@hashintel/brunch-agent/MISSION.next.md index 972833eab5e..97fd7f5d261 100644 --- a/libs/@hashintel/brunch-agent/MISSION.next.md +++ b/libs/@hashintel/brunch-agent/MISSION.next.md @@ -238,7 +238,7 @@ Authoritative observed details for the historical stop remain at `157730cc5a214d The 2026-09-07 GHCR addendum treated #9487 as queued. All three application PRs have now merged, FE-1569/FE-1625/SRE-1012 are Done, and SRE-1013 is the live infra closer. Empty ECS, no RDS/IAM/collector/ingress/owner, and no remote proof matrix remain exactly as the consumed contract above. Pulling the image locally does not discharge FE-1423 or make Drafts 9–11 a remotely deployed host. -**First remaining join — product door versus SRE-1013 ingress.** Tim is provisioning against the #9487 README: allow `/api/chat` and `/health`, deny `/`, `/assets/*`, and `/agents/chat/:id`. That rule is already false on this Mission 7 branch and will be false on `main` the moment Mission 5/6/7 land. The London demo (17 September) uses the Petrinaut panel, which talks to `/agents/chat/:instanceId`. If the ECS/ALB target is cut to `/api/chat` only, the restricted smoke on today's `main` image will pass and the product loop will not. Coordinate the allow-list with Tim before the `ecs` target lands: restricted product traffic is the mounted Flue route; `/health` stays process-local / load-balancer-private; `/` and `/assets/*` stay denied; caller UUID, CORS, and conversation hashes remain identification, not authentication. Retarget `apps/brunch-agent/src/deployment-smoke.ts` in the same successor; it still posts to `/api/chat`. +**First remaining join — product door versus SRE-1013 ingress.** Tim is provisioning against the #9487 README: allow `/api/chat` and `/health`, deny `/`, `/assets/*`, and `/agents/chat/:id`. That rule is already false on this Mission 7 branch and will be false on `main` the moment Mission 5/6/7 land. The London demo (17 September) uses the Petrinaut panel, which talks to `/agents/chat/:instanceId`. If the ECS/ALB target is cut to `/api/chat` only, the restricted smoke on today's `main` image will pass and the product loop will not. Lu posted the door correction to Tim on Slack on 2026-09-08: do not lock ingress to `/api/chat`; allow Brunch `/agents/*` so the current `/agents/chat/:instanceId` mount and the accepted later `/agents/process-sdcpn/:id` name both fit; keep `/health` private; treat `/api/brunch/:id` as the Petrinaut-website path, not a Brunch-container path; do not rename in SRE-1013. Waiting on Tim's acknowledgement and the `ecs` target. Retarget `apps/brunch-agent/src/deployment-smoke.ts` in the same successor; it still posts to `/api/chat`. The [accepted naming target](#product-and-host-boundary) remains implementation-pending and is not current ingress. Compose parity still has strain: a published image exists, HASH already pulls sibling services from `ghcr.io/hashintel/hash/{graph,api,frontend,…}`, Tim invited `compose.yml`, and #9487 rebuilt the image with Postgres/OTel. That strain earns an **optional local-infra convenience**, not a live-mission task and not a new Mission 8 draft. @@ -258,12 +258,42 @@ If a later owner adds Compose, keep it profile-gated, one replica, health-checke | # | Owner | Action | Why now | | --- | --- | --- | --- | -| 1 | Lu → Tim | Re-express SRE-1013 ingress: product door is `/agents/chat/:instanceId`; `/health` private; `/api/chat` is the current `main` diagnostic only | Tim is provisioning against the stale allow-list; the 17 September demo uses the panel | +| 1 | Lu → Tim | Slack note sent 2026-09-08: allow Brunch `/agents/*`, keep `/health` private, do not lock `/api/chat` or rename in SRE-1013 | Waiting on Tim's acknowledgement; current mount is `/agents/chat/:instanceId`, accepted later names are `/agents/process-sdcpn/:id` and website `/api/brunch/:id` | | 2 | Lu (tracker write, approval-gated) | Refresh the FE-1569 Done body so it no longer claims “in progress / absent from catalog”; comment the door change on SRE-1013 | Tracker currently contradicts the three merged PRs | | 3 | Tim | Finish SRE-1013: ECS/RDS/IAM/secret/collector/ingress/`ecs` target, stop timeout > 60s | Actual closer; application artifact is ready | -| 4 | Mission 8 successor, own issue/branch/PR | Retarget smoke and README; run the remote proof matrix on one digest; owner-accept | Publication is not that proof | +| 4 | Mission 8 successor, own issue/branch/PR | See [successor cut when ready](#mission-8-successor-cut-when-ready) | Publication is not that proof | | 5 | Later, not blocking restricted smoke | Compose profile, SRE-1032 `test:docker` in CI, explicit store selector instead of `NODE_ENV`, lean OTel package | Named #9573 follow-ups | +### Mission 8 successor cut when ready + +Do not create a Mission 8 draft. Convert this consumed contract into a new root `MISSION.md` on its own issue, branch, and PR. Do not implement from live Mission 7. Re-read this subsection, the [landed application contract](#mission-8-consumed-deployment-contract), the [product and host boundary](#product-and-host-boundary) naming target, and `apps/brunch-agent/README.md` before cutting. + +**Visible product advance.** A restricted HASH-hosted Brunch singleton accepts one authorized streamed turn through the product door, survives in-place and cross-host replacement, and shows content-free telemetry. Demo: open the Petrinaut panel against the restricted host, complete one turn, restart the task, reopen the same conversation. Previously impossible: only a local image and a written handoff existed. + +**Cut when.** Tim has acknowledged the `/agents/*` ingress note and SRE-1013 has recorded ECS cluster/service/task, RDS/IAM or documented password fallback, Anthropic secret, collector, restricted hostname, stream-safe idle timeout, stop timeout above 60 seconds, and a `deploy.yml` `ecs` target. The smoke retarget may be prepared on the successor branch before those resources exist; the remote proof matrix may not. + +**This cut owns.** Re-express restricted ingress on the current mount `/agents/chat/:instanceId` (allow `/agents/*`; `/health` private; `/` and `/assets/*` denied). Retarget `apps/brunch-agent/src/deployment-smoke.ts` and the README smoke instructions off `/api/chat`. Run the remote proof matrix on one immutable digest: two-connection IAM probe or documented password fallback, streamed Anthropic/tool turn on the product door, in-place restart, cross-host replacement, client abort, bounded provider/database failure, content/secret inspection, graceful replacement, rollback, remote telemetry. Record owner acceptance. Keep one replica, stop-before-start. + +**This cut does not own** unless separately authorized into live authority: the `process-sdcpn` / `/api/brunch/:id` rename; public FE-1423 identity, rate/spend, retention, backup-restore, or multi-replica work; Compose; SRE-1032 `test:docker` in CI; replacing `NODE_ENV` store selection; extracting a lean OTel package. + +**Oracles.** `probe:rds-iam` from the task role; `smoke:deployment` then `BRUNCH_SMOKE_MODE=history` against the restricted host after retarget; hosted collector inspection with no prompt/tool/credential content; replacement and rollback witnesses; `owner-gate.md` naming the deployment/acceptance owner. An HTTP 200 or a pulled image is not acceptance. + +**Fog at cut.** Whether Tim provisioned `/agents/*` or only `/agents/chat`. Whether the London demo needs the Petrinaut website on the same restricted host or only the Brunch service. Whether naming adoption is a same-cut amendment or a later mission. Whether IAM or password fallback is the observed path. + +**Proposed tracker writes (not executed here).** Linear writes still need a named approval. When applying them, fetch the raw body first and keep the FE-1569 originating Slack request. + +FE-1569 visible summary replacement for the stale “in progress / absent from catalog” present tense: + +```text +The application artifact is on main: non-root image, cheap /health, ECR and GHCR publication (#9495), fail-closed Flue Postgres and content-free OTel (#9487), and an ECS-startable image with the RDS CA and shared telemetry (#9573). SRE-1012 created the ECR repository. This issue is Done for that application work. Brunch is not deployed: the catalog ecs list is still empty, and SRE-1013 owns ECS, RDS, secrets, collector, restricted ingress, and the remote proof. Current product door is /agents/chat/:instanceId; accepted later names are /agents/process-sdcpn/:id on Brunch and /api/brunch/:id on the Petrinaut website. +``` + +SRE-1013 comment to add after Tim's acknowledgement, not instead of his infra work: + +```text +Application side is ready. Please allow /agents/* on the Brunch service (current mount /agents/chat/:instanceId; accepted later /agents/process-sdcpn/:id), keep /health as a private ALB/task probe, and do not lock ingress to /api/chat or rename in this ticket. /api/brunch/:id is a Petrinaut-website path. Stop timeout must be above 60 seconds. +``` + ## Parallel and asynchronous proof tracks These tracks may start only under their own issue, branch, PR, and mission authority when they change product code. Their results are evidence inputs and do not silently rewrite another mission. @@ -291,7 +321,7 @@ Detailed mission-specific boundaries, tracer floors, readiness ratchets, risks, - [Draft Mission 10 — bounded reviewer revision](docs/mission-drafts/10-bounded-reviewer-revision.md) - [Draft Mission 11 — optimisation handoff](docs/mission-drafts/11-optimisation-handoff.md) -Do not create Mission 4 or Mission 8 drafts. Mission 5 on FE-1574 was Mission 6's transport prerequisite; Mission 6's closed record is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md), and Mission 7 is now live. Mission 11 stays deliberately shallow until Chris and Yannis accept input artifacts, one optimisation question, scenario/parameter representation, execution boundary, expected result, and minimum credibility checks. +Do not create Mission 4 or Mission 8 drafts. Convert Mission 8 from the [successor cut](#mission-8-successor-cut-when-ready) when Tim's SRE-1013 resources exist. Mission 5 on FE-1574 was Mission 6's transport prerequisite; Mission 6's closed record is [archived](docs/mission-archive/6-resumable-workpiece-petrinaut.md), and Mission 7 is now live. Mission 11 stays deliberately shallow until Chris and Yannis accept input artifacts, one optimisation question, scenario/parameter representation, execution boundary, expected result, and minimum credibility checks. ## Unallocated backlog diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md index 50aa58e835f..a2d3f3199c4 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/mission-8-deployment-handoff.md @@ -2,6 +2,12 @@ Date: 2026-09-01 +> Historical application-to-infrastructure stop. Current contract after #9495/#9487/#9573, +> SRE-1012, in-progress SRE-1013, and the 2026-09-08 door note lives in +> [`MISSION.next.md`](../../../MISSION.next.md#mission-8-consumed-deployment-contract). +> This file is not a claim that Brunch is deployed and is not the current ingress rule. +> Its `/api/chat` restricted-route line is superseded. + This report records the application-owned deployment work and local proof. It does **not** claim that Brunch is deployed. The repository fixes CI publication to `eu-central-1`, ECR account `469596578827`, and ECS deployment account diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md index 7e4ee40d7d3..be33fb8792c 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/10-bounded-reviewer-revision.md @@ -147,7 +147,7 @@ Breadth beyond the named classes and accepted scenario portfolio remains unearne - Upstream source exit: the genuine persona or human conversation, its settled workpiece revisions, and the adjudication accepted by Mission 7; Mission 4 itself supplies no full-run candidate and the Mission 6 prepared fixture is not promoted. - Mission 7: the constructed region, settled revisions, declared basis, transition records, identity epochs, passage policy, reconciliation, recorded roles, and the why operation with its gates. - Mission 9: the extended region, canonical mutation surface, repeat and changed-input identity evidence, retirement semantics, impact boundary, and accepted unsupported or partial behaviour. -- Mission 8: consume the actual application contract—fail-closed Postgres Flue state, verified TLS, IAM/static-password paths, content-free OTel, restricted routes, liveness, singleton ownership policy—but do not imply it is deployed. The infrastructure handoff, real RDS/Anthropic/collector/replacement/rollback proof, and owner acceptance remain required before an outer deployed claim. +- Mission 8: consume the [current application contract](../../MISSION.next.md#mission-8-consumed-deployment-contract)—published ECS-startable image, fail-closed Postgres Flue state, verified TLS, IAM/static-password paths, shared content-free OTel, `/agents/*` product door, private `/health`, singleton ownership policy—but do not imply it is deployed. SRE-1013, the remote proof matrix, and owner acceptance remain required before an outer deployed claim. - Mission 11: receives only an accepted final workpiece/net/evidence/derivation revision package and the six-beat real-path evidence; its consumer contract may not weaken Mission 10's revision-integrity closure. ## Risks and assumptions diff --git a/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md b/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md index 6f3da593c74..fc7680c58a5 100644 --- a/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md +++ b/libs/@hashintel/brunch-agent/docs/mission-drafts/11-optimisation-handoff.md @@ -109,7 +109,7 @@ Until consumer acceptance, any more detailed readiness list would plan past the - Existing Petrinaut serialization, scenario, optimization, and UI contracts are terrain to inspect with Chris and Yannis. Their tests establish only what the current product can represent or execute; they do not establish acceptance, package shape, or experiment credibility. - Accepted Missions 7, 9, and 10 artifacts must provide the exact conversation, bounded workpiece revisions, captures, derivations, mutation trace, revised region, revision disposition, and deployed witness from which Mission 11 broadens. Their eventual archive/evidence paths replace these draft joins. -- The pinned Mission 8 handoff proves a local application artifact only. Remote infrastructure, replacement, real provider/collector behavior, rollback, and acceptance remain open. +- The [Mission 8 consumed deployment contract](../../MISSION.next.md#mission-8-consumed-deployment-contract) proves a published ECS-startable application artifact only. Remote infrastructure, replacement, real provider/collector behavior, rollback, and acceptance remain open. - **ORACLE GAP — consumer contract:** record Chris and Yannis' acceptance of all six decisions and one concrete fixture before this draft is cut. - **ORACLE GAP — selected complete model:** the consumer question must expose what completeness and credibility mean for this SDCPN; name the exact human or executable oracle only after that question exists. - **ORACLE GAP — outer handoff:** the accepted contract must name the witnessed action and observation that distinguish “can begin the experiment” from receipt of an unusable artifact. @@ -125,7 +125,7 @@ Until consumer acceptance, any more detailed readiness list would plan past the - Selected upstream source: the genuine conversation, settled workpiece revisions, and adjudication accepted by Mission 7; Mission 4 itself closed without a full-run candidate and the Mission 6 prepared fixture is not promoted. - Missions 7, 9, and 10: accepted conversation, settled revisions, declared basis, transition records, identity epochs, repeat and change behaviour, revision and patch-locality evidence, and the witnessed real path Mission 11 must broaden. - Early consumer discovery: the non-binding record of one candidate question, minimum semantics, execution boundary, outputs, and credibility checks gathered before Mission 9's region selection. -- Mission 8 actual contract: locally verified application artifact plus still-open infrastructure handoff; no remote deployment is assumed. +- Mission 8 actual contract: published ECS-startable application artifact plus still-open SRE-1013 / remote-proof handoff; no remote deployment is assumed. - Chris/Yannis: written acceptance of the six consumer decisions and one fixture. - Petrinaut: current serialization, scenario, optimization, and host capabilities are inspected as existing terrain and used only where the consumer contract accepts them. diff --git a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md index c340f3451ce..7be7c7d9437 100644 --- a/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md +++ b/libs/@hashintel/brunch-agent/docs/reference/architecture/flue-routing.md @@ -39,7 +39,7 @@ stop and check the boundary summary before proceeding. | You're **loading guidance content into the prompt** | Skills: name+description in prompt, `activate_skill` for full instructions — progressive disclosure _is_ the card economy of penciled item 4; `defineSkill` for programmatic packs; `useInstruction()` for always-on content ([skills](https://flueframework.com/docs/guide/skills/index.md); §3) | A bespoke card loader in the harness — divergence risk 3 | Card-to-skill compilation is FE-1403/FE-1406 design; keep card content assertable outside the Vite graph | | You're about to **wrap a Flue API in a binding layer** | The three-lane test (boundary summary): shell-facing → consume directly; agent-loop → it should already be on the eight-capability list | Wrapping lane-1 affordances — a parallel SDK, lens-2 debt at the API level | A genuinely new capability → extend `capabilities.ts` and prove a second binding would reuse it | | You're **archiving or reading conversation history** | `createFlueClient({ url, fetch? }).history()` — one unpaged public materialized-message snapshot. The host injects the full conversation URL because Flue cannot discover its mount; custom `fetch` plus the router's `.fetch` is the candidate in-process composition (source-read record; §4, §5) | Shadow-recording entries inside hooks, consuming private canonical record types, or inventing offset arithmetic — all create a drifting second protocol (divergence risk 4) | Archive-lane identity and merge/version semantics stay a Mission 7 compaction / FE-1391 concern; public history IDs are not canonical ranges | -| You're about to **expose the demo remotely** | The four gates, all before exposure: auth + per-conversation authorization (the mounted route is public), runtime telemetry, persisted-state versioning/backup, restart durability. All four are ticketed as **FE-1423** (FE-1396 blocks it, covering durability); they are requirements, not recommendations (ratified 2026-08-17) | Exposing the mounted route while any FE-1423 gate is open | A deploy-target choice needs a new binding-local archive implementation, never a leaked path assumption or a revived capture envelope | +| You're about to **expose the demo remotely** | The four gates, all before exposure: auth + per-conversation authorization (the mounted route is public), runtime telemetry, persisted-state versioning/backup, restart durability. Ratified 2026-08-17. Current closer is the [Mission 8 consumed contract](../../../MISSION.next.md#mission-8-consumed-deployment-contract): FE-1423 is Duplicate, telemetry is landed locally, and public identity/backup still block unrestricted exposure. Restricted smoke is SRE-1013 plus the successor cut, not this row's public bar. | Exposing the mounted route while any FE-1423 gate is open | A deploy-target choice needs a new binding-local archive implementation, never a leaked path assumption or a revived capture envelope | | You're **deploying the demo shell** | `dist/server.mjs` + a real `db.ts` adapter; one live owner per conversation; env read at startup only (§1) | Active-active replicas behind a shared database — the one-owner rule is not relaxed by sharing storage | Cloudflare is not a casual choice: per-object SQLite replaces `db.ts` and any durable archive lane needs a separate cross-conversation design (§8) | | You're **upgrading Flue** | Re-verify the walking-skeleton pins (`boundReplyReachedModel`, `secondAskRejected`, `noInstructionWake`) and the FE-1386 compaction/history/state pin — they protect documented-but-load-bearing or source-settled semantics (audit; source-read record; §2/§5) | Treating minor bumps as safe or docs' future tense as shipped — 2.0.0 rewrote the architecture days before 2.0.3, and beta stores were rejected with no migration path (reconciliation §) | Any pin flips → stop; re-read agent-hooks, streaming protocol, and durability before adapting the binding | From 66347dc96e8be32d40103407ef7670bfa429de8e Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:43:44 +0200 Subject: [PATCH 16/62] Expose a local-only compaction setting for Brunch probes --- .../src/agents/chat-agent/agent.ts | 8 ++- .../chat-agent/test-compaction-config.ts | 28 ++++++++ .../architecture/boundaries.integration.ts | 4 ++ .../test/chat-agent-compaction.test.ts | 66 +++++++++++++++++++ .../test/test-compaction-config.test.ts | 62 +++++++++++++++++ .../built-smoke.txt | 2 + .../handoff.md | 35 ++++++++++ .../invalid-config.txt | 13 ++++ .../production-refusal.txt | 13 ++++ .../verification.txt | 10 +++ .../brunch-agent/packages/core/src/flue.ts | 8 ++- .../core/test/compaction-config.test.ts | 36 ++++++++++ 12 files changed, 282 insertions(+), 3 deletions(-) create mode 100644 apps/brunch-agent/src/agents/chat-agent/test-compaction-config.ts create mode 100644 apps/brunch-agent/test/chat-agent-compaction.test.ts create mode 100644 apps/brunch-agent/test/test-compaction-config.test.ts create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/built-smoke.txt create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/handoff.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/invalid-config.txt create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/production-refusal.txt create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/verification.txt create mode 100644 libs/@hashintel/brunch-agent/packages/core/test/compaction-config.test.ts diff --git a/apps/brunch-agent/src/agents/chat-agent/agent.ts b/apps/brunch-agent/src/agents/chat-agent/agent.ts index 55024c8b1c9..d3235444ead 100644 --- a/apps/brunch-agent/src/agents/chat-agent/agent.ts +++ b/apps/brunch-agent/src/agents/chat-agent/agent.ts @@ -16,6 +16,7 @@ import { } from "@hashintel/brunch-agent-plugin-sdcpn/flue"; import { useBrunchAgent } from "@hashintel/brunch-agent/flue"; +import { loadTestCompactionConfig } from "./test-compaction-config.ts"; import { ping } from "./tools/ping.ts"; export const CHAT_MODEL_ID = @@ -25,8 +26,13 @@ export const RUNBOOK_SKILL_NAME = SDCPN_MODELLING_SKILL_NAME; export const ACTIVATE_SKILL_TOOL_NAME = "activate_skill"; +const testCompactionConfig = loadTestCompactionConfig(); + export function ChatAgent() { - const coreSystemPrompt = useBrunchAgent(`anthropic/${CHAT_MODEL_ID}`); + const coreSystemPrompt = useBrunchAgent( + `anthropic/${CHAT_MODEL_ID}`, + testCompactionConfig, + ); useSdcpnPlugin(); useInstruction( diff --git a/apps/brunch-agent/src/agents/chat-agent/test-compaction-config.ts b/apps/brunch-agent/src/agents/chat-agent/test-compaction-config.ts new file mode 100644 index 00000000000..f49d8ec62d4 --- /dev/null +++ b/apps/brunch-agent/src/agents/chat-agent/test-compaction-config.ts @@ -0,0 +1,28 @@ +import type { CompactionConfig } from "@flue/runtime"; + +/** Local probe configuration; never alter deployed compaction through this seam. */ +export const loadTestCompactionConfig = ( + environment: Readonly> = process.env, +): CompactionConfig | undefined => { + const source = environment.BRUNCH_TEST_KEEP_RECENT_TOKENS; + if (source === undefined) return undefined; + + if ( + environment.NODE_ENV !== undefined && + environment.NODE_ENV !== "development" && + environment.NODE_ENV !== "test" + ) { + throw new Error( + "BRUNCH_TEST_KEEP_RECENT_TOKENS is only allowed in local development or tests, never production.", + ); + } + + const value = source.trim(); + const keepRecentTokens = Number(value); + if (!/^\d+$/u.test(value) || !Number.isSafeInteger(keepRecentTokens)) { + throw new Error( + "BRUNCH_TEST_KEEP_RECENT_TOKENS must be a non-negative safe integer in decimal notation.", + ); + } + return { keepRecentTokens }; +}; diff --git a/apps/brunch-agent/test/architecture/boundaries.integration.ts b/apps/brunch-agent/test/architecture/boundaries.integration.ts index 8bd4e9aed0e..a2f0def0a07 100644 --- a/apps/brunch-agent/test/architecture/boundaries.integration.ts +++ b/apps/brunch-agent/test/architecture/boundaries.integration.ts @@ -425,6 +425,10 @@ describe("the HASH smoke is runnable without a model key or a network (spec §12 * path enters here by review only. */ const SUBSTRATE_INTEGRATION_ENTRY_POINTS: Readonly> = { + "libs/@hashintel/brunch-agent/packages/core/test/compaction-config.test.ts": + "Mocks Flue hooks to verify one model declaration and exact compaction forwarding; no runtime boot, provider key, socket, or model call.", + "apps/brunch-agent/test/chat-agent-compaction.test.ts": + "Mocks Flue hooks and core/plugin composition to test runtime-environment validation and forwarding by the production agent module; no runtime boot, provider key, socket, or model call.", "libs/@hashintel/brunch-agent/packages/core/test/question-marker.test.ts": "Types the Flue logger and calls the core marker tool with a mocked data-part writer and logger; no runtime boot, provider, key or socket.", "apps/brunch-agent/test/brunch-turn.test.ts": diff --git a/apps/brunch-agent/test/chat-agent-compaction.test.ts b/apps/brunch-agent/test/chat-agent-compaction.test.ts new file mode 100644 index 00000000000..b1a2c9ce9bc --- /dev/null +++ b/apps/brunch-agent/test/chat-agent-compaction.test.ts @@ -0,0 +1,66 @@ +import { afterEach, beforeEach, expect, test, vi } from "vitest"; + +import { useBrunchAgent } from "@hashintel/brunch-agent/flue"; + +vi.mock("@hashintel/brunch-agent/flue", () => ({ + useBrunchAgent: vi.fn(() => "core prompt"), +})); +vi.mock("@hashintel/brunch-agent-plugin-sdcpn/flue", () => ({ + useSdcpnPlugin: () => undefined, + SDCPN_MODELLING_SKILL_NAME: "sdcpn-modelling", + sdcpnInitialDataSchema: undefined, +})); +vi.mock("@flue/runtime", async (importOriginal) => ({ + ...(await importOriginal()), + useInstruction: () => undefined, + useTool: () => undefined, +})); + +beforeEach(() => { + vi.resetModules(); + vi.clearAllMocks(); + vi.stubEnv("BRUNCH_CHAT_MODEL", "claude-sonnet-4-6"); + vi.stubEnv("BRUNCH_TEST_KEEP_RECENT_TOKENS", undefined); + vi.stubEnv("NODE_ENV", "test"); +}); +afterEach(() => vi.unstubAllEnvs()); + +test("the production ChatAgent passes the local configuration to its core hook", async () => { + vi.stubEnv("BRUNCH_TEST_KEEP_RECENT_TOKENS", "256"); + const { ChatAgent: renderChatAgent } = + await import("../src/agents/chat-agent/agent.ts"); + expect(renderChatAgent()).toBe("core prompt"); + expect(useBrunchAgent).toHaveBeenCalledExactlyOnceWith( + "anthropic/claude-sonnet-4-6", + { keepRecentTokens: 256 }, + ); + expect(renderChatAgent.agentName).toBe("brunch-chat-agent"); +}); + +test("the production ChatAgent supplies no compaction override when unset", async () => { + const { ChatAgent: renderChatAgent } = + await import("../src/agents/chat-agent/agent.ts"); + renderChatAgent(); + expect(useBrunchAgent).toHaveBeenCalledExactlyOnceWith( + "anthropic/claude-sonnet-4-6", + undefined, + ); +}); + +test.each([ + { NODE_ENV: "production", BRUNCH_TEST_KEEP_RECENT_TOKENS: "256" }, + { NODE_ENV: "test", BRUNCH_TEST_KEEP_RECENT_TOKENS: "invalid" }, +])( + "rejects forbidden configuration before rendering: %j", + async (environment) => { + vi.stubEnv("NODE_ENV", environment.NODE_ENV); + vi.stubEnv( + "BRUNCH_TEST_KEEP_RECENT_TOKENS", + environment.BRUNCH_TEST_KEEP_RECENT_TOKENS, + ); + await expect(import("../src/agents/chat-agent/agent.ts")).rejects.toThrow( + /BRUNCH_TEST_KEEP_RECENT_TOKENS/u, + ); + expect(useBrunchAgent).not.toHaveBeenCalled(); + }, +); diff --git a/apps/brunch-agent/test/test-compaction-config.test.ts b/apps/brunch-agent/test/test-compaction-config.test.ts new file mode 100644 index 00000000000..00028293d01 --- /dev/null +++ b/apps/brunch-agent/test/test-compaction-config.test.ts @@ -0,0 +1,62 @@ +import { describe, expect, test } from "vitest"; + +import { loadTestCompactionConfig } from "../src/agents/chat-agent/test-compaction-config.ts"; + +describe("local compaction configuration", () => { + test.each([undefined, "development", "test", "production"])( + "leaves defaults unchanged when unset in %s", + (nodeEnv) => { + expect(loadTestCompactionConfig({ NODE_ENV: nodeEnv })).toBeUndefined(); + }, + ); + + test.each([undefined, "development", "test"])( + "accepts a bounded integer in %s", + (nodeEnv) => { + expect( + loadTestCompactionConfig({ + NODE_ENV: nodeEnv, + BRUNCH_TEST_KEEP_RECENT_TOKENS: "256", + }), + ).toEqual({ keepRecentTokens: 256 }); + }, + ); + + test("accepts zero and trims surrounding whitespace", () => { + expect( + loadTestCompactionConfig({ BRUNCH_TEST_KEEP_RECENT_TOKENS: " 0\n" }), + ).toEqual({ keepRecentTokens: 0 }); + }); + + test.each([ + "", + " ", + "-1", + "+256", + "1.5", + "1e3", + "NaN", + "Infinity", + "0x100", + "9007199254740992", + ])("rejects malformed or unsafe values: %j", (value) => { + expect(() => + loadTestCompactionConfig({ + NODE_ENV: "test", + BRUNCH_TEST_KEEP_RECENT_TOKENS: value, + }), + ).toThrow(/non-negative safe integer/u); + }); + + test.each(["production", "staging", ""])( + "rejects the setting in non-local mode %j", + (nodeEnv) => { + expect(() => + loadTestCompactionConfig({ + NODE_ENV: nodeEnv, + BRUNCH_TEST_KEEP_RECENT_TOKENS: "256", + }), + ).toThrow(/only allowed in local development or tests/u); + }, + ); +}); diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/built-smoke.txt b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/built-smoke.txt new file mode 100644 index 00000000000..31ab1067514 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/built-smoke.txt @@ -0,0 +1,2 @@ +Registered OpenTelemetry (traces + logs + metrics) at endpoint http://localhost:4317 for Brunch Agent +SCHEMA_CARRIER_PROBE {"passed":true,"paid":false,"outputDirectory":"/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/a1-faux-0db99dfb-9ae7-42b4-9e2c-aae8178dc86c"} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/handoff.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/handoff.md new file mode 100644 index 00000000000..54bf6fb928b --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/handoff.md @@ -0,0 +1,35 @@ +# A4 compaction configuration seam + +Owner-requested integration seam, 2026-09-08. This unblocks configuring A4's low-retention probe; it does not claim compaction survival or reopen correctness. No paid calls, new agent/mount, database/history mechanism, prompt/tool/state changes or termination changes. + +## Contract + +Core exports `useBrunchAgent(model: string, compaction?: CompactionConfig): string` through its existing `./flue` entry. `CompactionConfig` is imported from Flue's public API, not redeclared. The existing single `useModel` call receives `{ compaction }` when supplied and no options override when omitted. No new state or tool is added by this commit. + +The production ChatAgent reads `BRUNCH_TEST_KEEP_RECENT_TOKENS` from the runtime environment when its module loads. Set it **before loading the built application**, and reload/restart to change it. Build-time substitution is not required. + +- Unset: no compaction override, including in production; existing model/defaults remain unchanged. +- Set: accepted only when `NODE_ENV` is unset, `development`, or `test`. Production and every other explicit mode reject it before agent rendering. +- Value: ASCII decimal digits after trimming surrounding whitespace, representing a non-negative safe integer (`0` through `Number.MAX_SAFE_INTEGER`). `256` becomes `{ keepRecentTokens: 256 }`. Zero follows Flue's own non-negative token-count contract. +- Empty, whitespace-only, negative, signed, fractional, exponent, hexadecimal, non-finite or unsafe values are rejected. No silent default on malformed input. +- The environment seam exposes only `keepRecentTokens`; it does not change reserve tokens, compaction model, thinking level or tools. Flue still owns threshold calculation, actual compaction and submission-scoped tuning semantics. + +Example for A4's own faux-provider driver: + +```sh +NODE_ENV=test BRUNCH_TEST_KEEP_RECENT_TOKENS=256 +``` + +A4 must still observe actual compaction events and before/after public history through the built mounted production ChatAgent and independently prove retained-store reopen. A4 may use faux-provider model metadata for its context-window trigger. This seam does not fabricate those observations. + +## Ownership and application + +The integration owner made only the additive signature/forwarding edit to core `src/flue.ts`, plus app configuration and focused tests. A2 was notified through its existing session to preserve this signature in its independently developing revision/state changes. Its worktree was not modified, and its uncommitted revision implementation was not imported. Preserve both sides if integrating produces a conflict; neither wholesale file replacement nor a reset is appropriate. + +Apply the accompanying commit to A4's branch, then rebuild the affected workspaces. The commit also registers two hermetic hook/composition tests in the existing explicit substrate-import test inventory. If A2/A4 have added their own inventory entries, retain all justified entries rather than picking one version of the map. + +## Verification + +Root command: `yarn exec turbo run build lint:tsc lint:eslint test:unit --filter=@hashintel/brunch-agent --filter=@apps/brunch-agent` — 39 tasks passed, core 95 tests and app 177 tests. App lint retains 14 warnings in untouched files, zero errors. Focused tests establish default/no-override behavior, typed single-hook forwarding, valid/invalid environment parsing, app-to-core wiring and production refusal. Initial runs exposed missing mock type parameters and the exact substrate-import inventory additions; both were corrected without weakening the architecture gate. + +The existing unpaid `schema-carrier-probe.ts` exercised the built mounted ChatAgent with `NODE_ENV=test BRUNCH_TEST_KEEP_RECENT_TOKENS=256` and passed, preserving nested mutation and correlated continuation. The same built entry with an invalid value rejected with the configuration error; `NODE_ENV=production` with `256` rejected with the local/test-only error. These smokes used a faux provider and establish configuration acceptance/refusal, not that compaction occurred. See adjacent retained command output. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/invalid-config.txt b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/invalid-config.txt new file mode 100644 index 00000000000..ef5becf51ad --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/invalid-config.txt @@ -0,0 +1,13 @@ +file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-_uC97QG8.mjs:18987 + if (!/^\d+$/u.test(value) || !Number.isSafeInteger(keepRecentTokens)) throw new Error("BRUNCH_TEST_KEEP_RECENT_TOKENS must be a non-negative safe integer in decimal notation."); + ^ + +Error: BRUNCH_TEST_KEEP_RECENT_TOKENS must be a non-negative safe integer in decimal notation. + at loadTestCompactionConfig (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-_uC97QG8.mjs:18987:78) + at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-_uC97QG8.mjs:19015:28 + at ModuleJob.run (node:internal/modules/esm/module_job:561:25) + at async node:internal/modules/esm/loader:647:26 + at async loadBuiltBrunchApplication (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/src/evaluations/runbook/load-built-application.ts:18:26) + at async file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts:98:21 + +Node.js v24.20.0 diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/production-refusal.txt b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/production-refusal.txt new file mode 100644 index 00000000000..c4de3f199b9 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/production-refusal.txt @@ -0,0 +1,13 @@ +file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-_uC97QG8.mjs:18984 + if (environment.NODE_ENV !== void 0 && environment.NODE_ENV !== "development" && environment.NODE_ENV !== "test") throw new Error("BRUNCH_TEST_KEEP_RECENT_TOKENS is only allowed in local development or tests, never production."); + ^ + +Error: BRUNCH_TEST_KEEP_RECENT_TOKENS is only allowed in local development or tests, never production. + at loadTestCompactionConfig (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-_uC97QG8.mjs:18984:122) + at file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/dist/node-server-_uC97QG8.mjs:19015:28 + at ModuleJob.run (node:internal/modules/esm/module_job:561:25) + at async node:internal/modules/esm/loader:647:26 + at async loadBuiltBrunchApplication (file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/src/evaluations/runbook/load-built-application.ts:18:26) + at async file:///Users/lunelson/.herdr/worktrees/hash/alpha/apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts:98:21 + +Node.js v24.20.0 diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/verification.txt b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/verification.txt new file mode 100644 index 00000000000..8555bc3ab96 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a4-compaction-config-2026-09-08/verification.txt @@ -0,0 +1,10 @@ +Selected result lines from the root Turbo build/lint/typecheck/unit run: +@hashintel/brunch-agent:test:unit: Test Files 12 passed (12) +@hashintel/brunch-agent:test:unit: Tests 95 passed (95) +@hashintel/brunch-agent:lint:eslint: Found 0 warnings and 0 errors. +@apps/brunch-agent:lint:eslint: Found 14 warnings and 0 errors. +@apps/brunch-agent:test:unit: Test Files 27 passed (27) +@apps/brunch-agent:test:unit: Tests 177 passed (177) + Tasks: 39 successful, 39 total +Cached: 34 cached, 39 total + Time: 9.252s diff --git a/libs/@hashintel/brunch-agent/packages/core/src/flue.ts b/libs/@hashintel/brunch-agent/packages/core/src/flue.ts index 9d57e9ea9e1..25e91e2888e 100644 --- a/libs/@hashintel/brunch-agent/packages/core/src/flue.ts +++ b/libs/@hashintel/brunch-agent/packages/core/src/flue.ts @@ -1,4 +1,5 @@ import { + type CompactionConfig, defineTool, useDataWriter, useModel, @@ -27,8 +28,11 @@ import { skillFromMarkdown } from "./skills/skill-markdown"; * Core contributes the always-on universal prompt, one `elicitation` * capability skill, and the formalism-independent question marker. */ -export function useBrunchAgent(model: string): string { - useModel(model); +export function useBrunchAgent( + model: string, + compaction?: CompactionConfig, +): string { + useModel(model, compaction === undefined ? undefined : { compaction }); useSkill(elicitationSkill); const writeQuestion = useDataWriter(BRUNCH_QUESTION_DATA_NAME, { schema: BrunchQuestionDataSchema, diff --git a/libs/@hashintel/brunch-agent/packages/core/test/compaction-config.test.ts b/libs/@hashintel/brunch-agent/packages/core/test/compaction-config.test.ts new file mode 100644 index 00000000000..a28358afe12 --- /dev/null +++ b/libs/@hashintel/brunch-agent/packages/core/test/compaction-config.test.ts @@ -0,0 +1,36 @@ +import { useModel } from "@flue/runtime"; +import { beforeEach, expect, test, vi } from "vitest"; + +import { useBrunchAgent } from "../src/flue"; + +import type { CompactionConfig } from "@flue/runtime"; + +vi.mock("@flue/runtime", async (importOriginal) => ({ + ...(await importOriginal()), + useModel: vi.fn(), + useSkill: () => undefined, + useTool: () => undefined, + useDataWriter: () => () => undefined, + // Keep this forwarding pin independent of A2's separately owned state hooks. + usePersistentState: () => [null, () => undefined], +})); + +beforeEach(() => vi.clearAllMocks()); + +test("leaves Flue model options unset by default", () => { + useBrunchAgent("anthropic/claude-sonnet-4-6"); + expect(useModel).toHaveBeenCalledOnce(); + expect(vi.mocked(useModel).mock.calls[0]?.[0]).toBe( + "anthropic/claude-sonnet-4-6", + ); + expect(vi.mocked(useModel).mock.calls[0]?.[1]).toBeUndefined(); +}); + +test("forwards the compaction configuration through the single model declaration", () => { + const compaction: CompactionConfig = { keepRecentTokens: 256 }; + useBrunchAgent("anthropic/claude-sonnet-4-6", compaction); + expect(useModel).toHaveBeenCalledExactlyOnceWith( + "anthropic/claude-sonnet-4-6", + { compaction }, + ); +}); From fccbde39daca67fb9132cb7fc0b0103d89dbd733 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:48:29 +0200 Subject: [PATCH 17/62] Clarify worker autonomy within Mission 7 chunk boundaries --- libs/@hashintel/brunch-agent/MISSION.md | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/libs/@hashintel/brunch-agent/MISSION.md b/libs/@hashintel/brunch-agent/MISSION.md index 872078dfb18..132b3f6b51c 100644 --- a/libs/@hashintel/brunch-agent/MISSION.md +++ b/libs/@hashintel/brunch-agent/MISSION.md @@ -84,7 +84,7 @@ authority commit — accepted Mission 6b foundation; Step A limits still apply | A5 | Integrate citation refusals, authorized evidence validation, record resolution, live reconciliation, assistant interpretation and minimal pane. A deterministic resolver alone or mock pane does not prove the interaction. | Consumes A1–A4 handoffs; reopened why safety and visible-interaction oracles. | | A6 | Genuine tracer, passage-policy probe, cadence/basis measurement, safety/utility adjudication and gate packet. | Requires integrated A5, not detached subsystem tests. | -One integration owner exclusively controls `packages/plugin-sdcpn/src/flue.ts`, `apps/brunch-agent/src/agents/chat-agent/agent.ts`, website client-tool/transport registration, the basis-envelope join, and this authority. A1/A3 may both work in the plugin only with explicit disjoint files. Assign any shared transport or browser-host file to one worker; integrate other requests serially. Delegates own bounded work, not policy. Their briefs name protected sources, destinations, permitted semantic deltas, exact write sets, handoff contracts, oracles and stop conditions. Unlisted semantic changes return to the owner. +One integration owner exclusively controls `packages/plugin-sdcpn/src/flue.ts`, `apps/brunch-agent/src/agents/chat-agent/agent.ts`, website client-tool/transport registration, the basis-envelope join, and this authority. A1/A3 may both work in the plugin only with explicit disjoint files. Assign any shared transport or browser-host file to one worker; integrate other requests serially. Delegates own bounded work, not policy. Their briefs name protected sources, destinations, permitted semantic deltas, owned responsibility boundaries, known shared-production-file owners, handoff contracts, oracles and stop conditions. File lists identify expected work and coordination points, not per-file approval gates. Within their chunk, workers may create or edit ordinary implementation files, focused tests, hermetic-test inventory entries, exports and necessary package/test configuration without asking for each small change; record the exact actual write set and rationale in the handoff. Coordinate competing edits to shared production seams with the integration owner rather than independently implementing incompatible joins. Source investigation and falsifying probes within the existing unpaid scope need no additional permission merely because they cross a read boundary. Changes to mission scope, protected semantics, architecture ownership, acceptance criteria or paid allocations still require their existing owner gates. The pane and persona-host adaptation can proceed in parallel with integration after their data contracts have been exercised. Do not invent a generalized history API or companion store to enable parallelism. `real-headless` remains an admitted genuine-conversation route, but cannot substitute for the separate browser-effect witness. A human browser conversation is also admitted. A browser-driven persona executor is only a candidate if the test path needs it; first verify attachment and correlated continuation using existing machinery. No new runner daemon, second server or second elicitor agent. @@ -156,7 +156,7 @@ The gate packet lists every leaf below, outcome, artefact, limit, probe branch, ### Exact prospective oracles and evidence -Paths beginning `packages/`, `evaluations/` or `docs/` are context-root paths; `apps/` and `libs/` are repository-root paths. These are prospective tests, not claims they already exist. Record implementation-driven renames with equivalent assertions in this authority before delegation; never silently weaken an assertion. Run evidence root is `docs/evidence/implementations/fe-1573-step-a//`. +Paths beginning `packages/`, `evaluations/` or `docs/` are context-root paths; `apps/` and `libs/` are repository-root paths. These are prospective tests, not claims they already exist. Workers may rename implementation-driven test paths while preserving the exact assertion semantics and recording the mapping in their handoff; the integration owner synchronizes these paths in this authority before proof adjudication. Never silently weaken an assertion. Run evidence root is `docs/evidence/implementations/fe-1573-step-a//`. | Claim | Discriminating oracle | | --- | --- | From 95027d324e2b0d547cfa62627f96d8bc36e513c2 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:40:16 +0200 Subject: [PATCH 18/62] Add workpiece revision settlement and pin unsafe mixed batches --- .../test/workpiece-revisions.integration.ts | 237 ++++++++++++++++++ .../test/workpiece-revisions.test.ts | 74 ++++++ .../brunch-agent/packages/core/src/flue.ts | 52 +++- .../packages/core/src/update-workpiece.ts | 43 ++++ .../packages/core/src/workpiece.ts | 14 ++ .../core/test/update-workpiece.test.ts | 141 +++++++++++ 6 files changed, 560 insertions(+), 1 deletion(-) create mode 100644 apps/brunch-agent/test/workpiece-revisions.integration.ts create mode 100644 apps/brunch-agent/test/workpiece-revisions.test.ts create mode 100644 libs/@hashintel/brunch-agent/packages/core/src/update-workpiece.ts create mode 100644 libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts diff --git a/apps/brunch-agent/test/workpiece-revisions.integration.ts b/apps/brunch-agent/test/workpiece-revisions.integration.ts new file mode 100644 index 00000000000..8ab263f45a8 --- /dev/null +++ b/apps/brunch-agent/test/workpiece-revisions.integration.ts @@ -0,0 +1,237 @@ +/** Unpaid premises through the built ChatAgent and its mounted HTTP route. */ +/* eslint-disable no-await-in-loop -- Cases share one faux-provider response queue; execution order is itself a premise. */ +import { mkdirSync, writeFileSync } from "node:fs"; +import { tmpdir } from "node:os"; +import { join } from "node:path"; + +import { + fauxAssistantMessage, + fauxProvider, + fauxText, + fauxToolCall, + type Context, + type Provider, +} from "@earendil-works/pi-ai"; +import { setProvider } from "@flue/runtime"; +import { createFlueClient, type FlueConversationSnapshot } from "@flue/sdk"; + +import { VALIDATED_CONSTRUCTION_MODE } from "@hashintel/brunch-agent-plugin-sdcpn/flue"; + +import { isAwaitingClient } from "../src/conversation/client-tools.ts"; +import { + agentOwnershipHeaders, + flueConversationIdFrom, +} from "../src/conversation/identity.ts"; +import { createHeadlessPetrinautClient } from "../src/evaluations/runbook/headless-petrinaut-client.ts"; +import { loadBuiltBrunchApplication } from "../src/evaluations/runbook/load-built-application.ts"; +import { CHAT_AGENT_ROUTE } from "../src/http/routes.ts"; + +import type { PetrinautAiToolInput } from "@hashintel/petrinaut-core/ai"; + +const runId = `a2-faux-${crypto.randomUUID()}`; +const outputDirectory = + process.env.A2_OUTPUT_DIRECTORY ?? join(tmpdir(), runId); +mkdirSync(outputDirectory, { recursive: true }); +process.env.BRUNCH_CHAT_MODEL = "claude-sonnet-4-6"; +process.env.BRUNCH_DEV_DB_PATH = join(outputDirectory, "conversation.db"); +const save = (name: string, value: unknown) => + writeFileSync( + join(outputDirectory, name), + `${JSON.stringify(value, null, 2)}\n`, + ); +const faux = fauxProvider({ + provider: "anthropic", + models: [{ id: "claude-sonnet-4-6", reasoning: true }], +}); +const contexts: Context[] = []; +const provider: Provider = { + ...faux.provider, + stream() { + throw new Error("Expected production streamSimple"); + }, + streamSimple(model, context, options) { + contexts.push(context); + return faux.provider.streamSimple(model, context, options); + }, +}; +setProvider(provider); +const toolsFrom = (snapshot: FlueConversationSnapshot) => + snapshot.messages.flatMap((message) => + message.parts.flatMap((part) => + part.type === "dynamic-tool" ? [part] : [], + ), + ); +const markdown = " # Synthetic account\r\n\nTiming remains unknown. "; +const probe = async () => { + let application = await loadBuiltBrunchApplication(); + const clientFor = (suffix: string) => { + const identity = { + principalKey: "a2-isolated-principal", + conversationId: `${runId}-${suffix}`, + }; + return createFlueClient({ + url: `http://brunch.local/agents/${CHAT_AGENT_ROUTE}/${flueConversationIdFrom(identity)}`, + headers: agentOwnershipHeaders(identity), + fetch: async (input, init) => + application.fetch( + input instanceof Request ? input : new Request(input, init), + ), + }); + }; + try { + faux.setResponses([ + fauxAssistantMessage( + [ + fauxToolCall( + "update_workpiece", + { markdown }, + { id: "settled-revision" }, + ), + ], + { stopReason: "toolUse" }, + ), + fauxAssistantMessage([fauxText("Synthetic revision recorded.")]), + ]); + const client = clientFor("settled"); + await client.wait( + await client.send({ + message: { + kind: "user", + body: "Record this test-authored synthetic account; no operational facts are claimed.", + }, + }), + ); + const settled = await client.history(); + save("settled-history.json", settled); + await application.stop(); + application = await loadBuiltBrunchApplication(); + const reopened = await clientFor("settled").history(); + save("reopened-history.json", reopened); + faux.setResponses([ + fauxAssistantMessage( + [ + fauxToolCall( + "update_workpiece", + { markdown: "# Second synthetic account" }, + { id: "second-revision" }, + ), + ], + { stopReason: "toolUse" }, + ), + fauxAssistantMessage([fauxText("Second synthetic revision recorded.")]), + ]); + await client.wait( + await client.send({ + message: { kind: "user", body: "Record a second synthetic revision." }, + }), + ); + const second = await client.history(); + save("second-history.json", second); + + const mixed = []; + for (const names of [ + ["brunch_mark_question", "addType"], + ["update_workpiece", "addType"], + ["brunch_mark_question", "update_workpiece", "addType"], + ["addType", "update_workpiece", "brunch_mark_question"], + ]) { + const caseId = names.join("-"); + const typeInput = { + id: "synthetic-type", + name: "SyntheticType", + iconSlug: "circle", + displayColor: "#808080", + elements: [], + } satisfies PetrinautAiToolInput<"addType">; + const generated = names.map((name) => + fauxToolCall( + name, + name === "addType" + ? typeInput + : name === "update_workpiece" + ? { markdown } + : { question: "What remains unknown?" }, + { id: `${caseId}-${name}` }, + ), + ); + const contextStart = contexts.length; + faux.setResponses([ + fauxAssistantMessage(generated, { stopReason: "toolUse" }), + fauxAssistantMessage([ + fauxText( + "Server continued before any browser result. What remains unknown?", + ), + ]), + ]); + const mixedClient = clientFor(caseId); + await mixedClient.wait( + await mixedClient.send({ + initialData: { mode: VALIDATED_CONSTRUCTION_MODE }, + message: { + kind: "user", + body: "Unpaid test-authored mixed-batch safety probe.", + }, + }), + ); + const history = await mixedClient.history(); + save(`${caseId}-history.json`, history); + const pending = toolsFrom(history).filter( + (part) => + part.toolName === "addType" && + part.state === "output-available" && + isAwaitingClient(part.output), + ); + // Exercise the existing real-headless executor, not a fabricated applied:true. + // This is a counterexample to server admission safety, NOT an actual browser witness. + const headless = createHeadlessPetrinautClient(`A2 isolated ${caseId}`); + try { + const before = structuredClone(headless.definition()); + const results = []; + for (const call of pending) + results.push( + await headless.execute({ + toolName: call.toolName, + toolCallId: call.toolCallId, + input: call.input, + }), + ); + const after = structuredClone(headless.definition()); + mixed.push({ + caseId, + generated, + tools: toolsFrom(history), + providerCallsBeforeClientResult: contexts.length - contextStart, + pendingMutationIds: pending.map((call) => call.toolCallId), + results, + before, + after, + mutationApplied: after.types.length !== before.types.length, + actualBrowserApplied: null, + }); + } finally { + headless.dispose(); + } + } + return { + markdown, + settled: toolsFrom(settled), + reopened: toolsFrom(reopened), + second: toolsFrom(second), + mixed, + }; + } finally { + await application.stop(); + } +}; +export type WorkpieceRevisionProbeResult = Awaited>; +try { + const result = await probe(); + save("observations.json", result); + save("contexts.json", contexts); + process.stdout.write( + `WORKPIECE_REVISIONS ${JSON.stringify({ ...result, outputDirectory })}\n`, + ); +} catch (error) { + save("error.json", { error: String(error) }); + throw error; +} diff --git a/apps/brunch-agent/test/workpiece-revisions.test.ts b/apps/brunch-agent/test/workpiece-revisions.test.ts new file mode 100644 index 00000000000..1a11685e621 --- /dev/null +++ b/apps/brunch-agent/test/workpiece-revisions.test.ts @@ -0,0 +1,74 @@ +import { createHash } from "node:crypto"; +import { join } from "node:path"; + +import { beforeAll, expect, test } from "vitest"; + +import { runNodeScript } from "./run-node-script"; + +import type { WorkpieceRevisionProbeResult } from "./workpiece-revisions.integration"; + +let result: WorkpieceRevisionProbeResult; +beforeAll(async () => { + const { exitCode, stdout, stderr } = await runNodeScript( + join(import.meta.dirname, "workpiece-revisions.integration.ts"), + join(import.meta.dirname, "../../.."), + {}, + ); + if (exitCode !== 0) throw new Error(stderr || stdout); + const line = stdout + .split("\n") + .find((entry) => entry.startsWith("WORKPIECE_REVISIONS ")); + if (line === undefined) throw new Error(stdout); + result = JSON.parse( + line.slice("WORKPIECE_REVISIONS ".length), + ) as WorkpieceRevisionProbeResult; +}); + +test("the built agent settles a revision over the mounted route", () => { + expect(result.settled).toContainEqual( + expect.objectContaining({ + toolName: "update_workpiece", + state: "output-available", + output: { + revisionId: "settled-revision", + sha256: createHash("sha256") + .update(result.markdown, "utf8") + .digest("hex"), + ordinal: 1, + }, + }), + ); + expect( + result.second.find((part) => part.toolCallId === "second-revision")?.output, + ).toMatchObject({ revisionId: "second-revision", ordinal: 2 }); +}); + +test("public history preserves the tool call identity", () => { + const call = result.settled.find( + (part) => part.toolName === "update_workpiece", + ); + expect(call?.toolCallId).toBe("settled-revision"); + expect(call?.output).toMatchObject({ revisionId: call?.toolCallId }); + expect(result.reopened).toEqual(result.settled); +}); + +test("mixed workpiece and browser tool batch does not apply a mutation", () => { + // Keep this safety oracle red until production admission is enforced. A prompt + // or a passing characterization of the unsafe behavior cannot discharge it. + const workpieceBatches = result.mixed.filter(({ caseId }) => + caseId.includes("update_workpiece"), + ); + expect( + workpieceBatches.map(({ caseId, mutationApplied, pendingMutationIds }) => ({ + caseId, + mutationApplied, + pendingMutationIds, + })), + ).toEqual( + workpieceBatches.map(({ caseId }) => ({ + caseId, + mutationApplied: false, + pendingMutationIds: [], + })), + ); +}); diff --git a/libs/@hashintel/brunch-agent/packages/core/src/flue.ts b/libs/@hashintel/brunch-agent/packages/core/src/flue.ts index 25e91e2888e..b1862793170 100644 --- a/libs/@hashintel/brunch-agent/packages/core/src/flue.ts +++ b/libs/@hashintel/brunch-agent/packages/core/src/flue.ts @@ -3,8 +3,10 @@ import { defineTool, useDataWriter, useModel, + usePersistentState, useSkill, useTool, + type StateSetter, } from "@flue/runtime"; import * as v from "valibot"; @@ -21,12 +23,17 @@ import { elicitationSkill, } from "./skills/elicitation/skill"; import { skillFromMarkdown } from "./skills/skill-markdown"; +import { + prepareWorkpieceRevision, + updateWorkpieceInputSchema, +} from "./update-workpiece"; +import { workpieceRevisionStateKey, type WorkpieceRevision } from "./workpiece"; /** * Mount the contributions owned by Brunch core and return its system prompt. * * Core contributes the always-on universal prompt, one `elicitation` - * capability skill, and the formalism-independent question marker. + * capability skill, the question marker, and durable workpiece revisions. */ export function useBrunchAgent( model: string, @@ -38,6 +45,11 @@ export function useBrunchAgent( schema: BrunchQuestionDataSchema, }); useTool(createBrunchQuestionMarkerTool(writeQuestion)); + const [, setRevision] = usePersistentState( + workpieceRevisionStateKey, + null, + ); + useTool(createUpdateWorkpieceTool(setRevision)); return systemPrompt.replace(/^\s+|\s+$/gu, ""); } @@ -56,4 +68,42 @@ export const createBrunchQuestionMarkerTool = ( }, }); +export const createUpdateWorkpieceTool = ( + setRevision: StateSetter, +) => + defineTool({ + name: "update_workpiece", + description: + "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + input: updateWorkpieceInputSchema, + output: v.object({ + revisionId: v.string(), + sha256: v.string(), + ordinal: v.number(), + }), + durable: true, + run({ data, toolCallId }) { + const revision = prepareWorkpieceRevision(data, toolCallId); + const pointer = { + revisionId: revision.revisionId, + sha256: revision.sha256, + ordinal: 0, + }; + // Buffered state commits with the tool batch, not an external effect. A + // separate step checkpoint could skip an uncommitted write on replay. + setRevision((previous) => { + pointer.ordinal = + previous?.revisionId === toolCallId + ? previous.ordinal + : (previous?.ordinal ?? 0) + 1; + return { ...revision, ordinal: pointer.ordinal }; + }); + return { output: pointer, terminate: false }; + }, + }); + export { ELICITATION_SKILL_NAME, elicitationSkill, skillFromMarkdown }; +export { + workpieceMarkdownByteCeiling, + updateWorkpieceInputSchema, +} from "./update-workpiece"; diff --git a/libs/@hashintel/brunch-agent/packages/core/src/update-workpiece.ts b/libs/@hashintel/brunch-agent/packages/core/src/update-workpiece.ts new file mode 100644 index 00000000000..6e4973a7822 --- /dev/null +++ b/libs/@hashintel/brunch-agent/packages/core/src/update-workpiece.ts @@ -0,0 +1,43 @@ +import { createHash } from "node:crypto"; + +import * as v from "valibot"; + +import { isJsonValue } from "./json-value"; + +import type { WorkpieceRevision } from "./workpiece"; + +/** Ceiling in UTF-8 bytes, before hashing; whitespace and line endings are preserved. */ +export const workpieceMarkdownByteCeiling = 262_144; +export const updateWorkpieceInputSchema = v.object({ + markdown: v.pipe( + v.string(), + v.check((markdown) => /\S/u.test(markdown), "Markdown must not be empty."), + v.check( + (markdown) => Buffer.from(markdown, "utf8").toString("utf8") === markdown, + "Markdown must be well-formed Unicode.", + ), + v.check( + (markdown) => + Buffer.byteLength(markdown, "utf8") <= workpieceMarkdownByteCeiling, + "Markdown exceeds the 262144-byte UTF-8 ceiling.", + ), + ), + // Carriage only. Authorization, relation validation and passage policy belong to the join. + evidence: v.optional(v.unknown()), +}); + +export const prepareWorkpieceRevision = ( + input: v.InferOutput, + toolCallId: string, +): Omit => { + const { markdown, evidence } = v.parse(updateWorkpieceInputSchema, input); + if (evidence !== undefined && !isJsonValue(evidence)) { + throw new Error("Workpiece evidence must be JSON-compatible."); + } + return { + revisionId: toolCallId, + sha256: createHash("sha256").update(markdown, "utf8").digest("hex"), + markdown, + ...(evidence === undefined ? {} : { evidence }), + }; +}; diff --git a/libs/@hashintel/brunch-agent/packages/core/src/workpiece.ts b/libs/@hashintel/brunch-agent/packages/core/src/workpiece.ts index ea80a65706a..6e259762ec0 100644 --- a/libs/@hashintel/brunch-agent/packages/core/src/workpiece.ts +++ b/libs/@hashintel/brunch-agent/packages/core/src/workpiece.ts @@ -3,6 +3,20 @@ * append-only conversation projection. */ +import type { JsonValue } from "./json-value"; + +export const workpieceRevisionStateKey = "brunch.workpiece.current.v1"; + +/** Current settled artifact; ordinal is presentation only, never citation identity. */ +export interface WorkpieceRevision { + readonly revisionId: string; + readonly sha256: string; + readonly ordinal: number; + readonly markdown: string; + /** Unverified carriage, never an authorization or causal-support claim. */ + readonly evidence?: JsonValue; +} + export const preparedWorkpieceSignalType = "brunch.fixture.prepared"; export const preparedWorkpieceSignalTag = "prepared-fixture"; export const preparedWorkpieceAuthorship = "test-authored"; diff --git a/libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts b/libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts new file mode 100644 index 00000000000..fae6195a25e --- /dev/null +++ b/libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts @@ -0,0 +1,141 @@ +import { createHash } from "node:crypto"; + +import { usePersistentState, useTool, type StateSetter } from "@flue/runtime"; +import { beforeEach, expect, test, vi } from "vitest"; + +import { + useBrunchAgent, + createUpdateWorkpieceTool, + workpieceMarkdownByteCeiling, +} from "../src/flue"; +import { + workpieceRevisionStateKey, + type WorkpieceRevision, +} from "../src/workpiece"; + +vi.mock("@flue/runtime", async (importOriginal) => ({ + ...(await importOriginal()), + useModel: vi.fn(), + useSkill: vi.fn(), + useDataWriter: () => () => {}, + usePersistentState: vi.fn(), + useTool: vi.fn(), +})); + +let current: WorkpieceRevision | null; +const setRevision: StateSetter = (next) => { + current = typeof next === "function" ? next(current) : next; +}; +const tool = createUpdateWorkpieceTool(setRevision); +const run = ( + markdown: string, + toolCallId = "actual-tool-call", + evidence?: unknown, +) => + tool.run({ + data: { markdown, evidence }, + toolCallId, + log: { info: () => {}, warn: () => {}, error: () => {} }, + step: { + do: () => { + throw new Error("State writes must not use a separate step checkpoint"); + }, + }, + }); + +beforeEach(() => { + current = null; + vi.clearAllMocks(); +}); + +test("returns revisionId equal to toolCallId and sha256 of the Markdown", async () => { + const markdown = " # Café\r\n\nUnknown. "; + expect(await run(markdown)).toEqual({ + output: { + revisionId: "actual-tool-call", + sha256: createHash("sha256").update(markdown, "utf8").digest("hex"), + ordinal: 1, + }, + terminate: false, + }); +}); + +test("persists Markdown with the pointer", async () => { + await run("# First", "first"); + const result = await run("# Second", "second", { unverified: ["message-1"] }); + expect(current).toEqual({ + ...result.output, + markdown: "# Second", + evidence: { unverified: ["message-1"] }, + }); + expect(result.output.ordinal).toBe(2); + expect(tool.durable).toBe(true); + expect((await run("# Second", "second")).output.ordinal).toBe(2); +}); + +test("refuses empty Markdown", () => { + for (const markdown of ["", " \r\n\t"]) + expect(() => run(markdown)).toThrow("must not be empty"); + expect(current).toBeNull(); +}); + +test("refuses Markdown over the size ceiling", async () => { + await run("a".repeat(workpieceMarkdownByteCeiling)); + const previous = current; + expect(() => run("é".repeat(workpieceMarkdownByteCeiling / 2 + 1))).toThrow( + "ceiling", + ); + expect(current).toBe(previous); +}); + +test("refuses lone surrogates instead of hashing replacement characters", () => { + expect(() => run("# Invalid \ud800")).toThrow("well-formed Unicode"); + expect(current).toBeNull(); +}); + +test("declares a non-terminating result", async () => { + expect((await run("# Current")).terminate).toBe(false); +}); + +test("captures the persistent-state setter at render and writes from run", async () => { + vi.mocked(usePersistentState).mockReturnValue([ + null, + setRevision as StateSetter, + ]); + const prompt = useBrunchAgent("anthropic/faux"); + expect(usePersistentState).toHaveBeenCalledWith( + workpieceRevisionStateKey, + null, + ); + expect(current).toBeNull(); + const mounted = vi + .mocked(useTool) + .mock.calls.map(([definition]) => definition); + expect(mounted.map((definition) => definition.name)).toContain( + "brunch_mark_question", + ); + const revisionTool = mounted.find( + (definition) => definition.name === "update_workpiece", + ); + expect(revisionTool).toBeDefined(); + vi.mocked(usePersistentState).mockImplementation(() => { + throw new Error("Hook invoked outside render"); + }); + await revisionTool!.run({ + data: { markdown: "# Captured setter" }, + toolCallId: "from-run", + log: { info: () => {}, warn: () => {}, error: () => {} }, + }); + expect(current).toMatchObject({ + revisionId: "from-run", + markdown: "# Captured setter", + }); + expect(prompt).not.toContain("# Captured setter"); +}); + +test("carries evidence without blessing support and rejects non-JSON values", () => { + expect(() => run("# Current", "bad-evidence", { value: Infinity })).toThrow( + "JSON-compatible", + ); + expect(current).toBeNull(); +}); From f091f2bf9da62c430c2622c4af3e4d4e59df0588 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:42:54 +0200 Subject: [PATCH 19/62] Record A2 settlement evidence and mixed-batch stop --- .../a2-settlement-bravo/changed-files.txt | 40 + .../a2-settlement-bravo/durability-review.md | 28 + .../a2-settlement-bravo/handoff.md | 136 + .../a2-settlement-bravo/inspect-state.py | 29 + ...orkpiece-brunch_mark_question-history.json | 96 + .../brunch_mark_question-addType-history.json | 81 + ...tion-update_workpiece-addType-history.json | 96 + .../mounted-final/contexts.json | 3714 +++++++++++++++++ .../mounted-final/observations.json | 491 +++ .../mounted-final/reopened-history.json | 59 + .../mounted-final/second-history.json | 108 + .../mounted-final/settled-history.json | 59 + .../update_workpiece-addType-history.json | 76 + ...orkpiece-brunch_mark_question-history.json | 96 + .../brunch_mark_question-addType-history.json | 81 + ...tion-update_workpiece-addType-history.json | 96 + .../a2-settlement-bravo/mounted/contexts.json | 3714 +++++++++++++++++ .../mounted/observations.json | 491 +++ .../mounted/reopened-history.json | 59 + .../mounted/second-history.json | 108 + .../mounted/settled-history.json | 59 + .../update_workpiece-addType-history.json | 76 + .../revision-protocol.json | 109 + .../a2-settlement-bravo/source-manifest.json | 36 + .../a2-settlement-bravo/state-records.json | 230 + 25 files changed, 10168 insertions(+) create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/durability-review.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inspect-state.py create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/addType-update_workpiece-brunch_mark_question-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-addType-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-update_workpiece-addType-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/contexts.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/observations.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/reopened-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/second-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/settled-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/update_workpiece-addType-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/addType-update_workpiece-brunch_mark_question-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-addType-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-update_workpiece-addType-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/contexts.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/observations.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/reopened-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/second-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/settled-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/update_workpiece-addType-history.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/source-manifest.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/state-records.json diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt new file mode 100644 index 00000000000..8bde3291c3a --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt @@ -0,0 +1,40 @@ +apps/brunch-agent/test/workpiece-revisions.integration.ts +apps/brunch-agent/test/workpiece-revisions.test.ts +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/durability-review.md +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inspect-state.py +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/install.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/addType-update_workpiece-brunch_mark_question-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-addType-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-update_workpiece-addType-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/contexts.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/observations.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/reopened-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/second-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/settled-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/update_workpiece-addType-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/addType-update_workpiece-brunch_mark_question-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-addType-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-update_workpiece-addType-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/contexts.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/observations.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/reopened-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/second-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/settled-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/update_workpiece-addType-history.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/source-manifest.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/state-records.json +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/transport-regressions.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-final.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-first.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-fourth.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-second.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-third.log +libs/@hashintel/brunch-agent/packages/core/src/flue.ts +libs/@hashintel/brunch-agent/packages/core/src/update-workpiece.ts +libs/@hashintel/brunch-agent/packages/core/src/workpiece.ts +libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/durability-review.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/durability-review.md new file mode 100644 index 00000000000..c5b40d9a69c --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/durability-review.md @@ -0,0 +1,28 @@ +# Durability premise — unresolved crash window + +A read-only independent source review raised a crash-window concern. This is **unresolved, not a reproduced runtime bug**. No fault injection was performed, and no repair is implemented past the mixed-batch stop. The normal-settlement and application stop/reload pins remain valid but must not be promoted to crash-safe durability. + +## Claim record + +- Claim: process loss after the successful `tool_outcome` append but before the `state_write`/`tool_results_committed` append can leave a recovered successful revision pointer without current revision state. +- Relied on by: any claim that `durable: true` alone earns crash-safe current-workpiece persistence. +- Competing explanation: recovery might reconstruct or commit the missing state through another checkpoint/materialization path; normal completion is insufficient to discriminate these explanations. +- Primary evidence: installed `@flue/runtime@2.0.3` source listed below, inspected both by the reviewer and this session. +- Required discriminator: fault-inject process loss at that actual SQLite append boundary in the built ChatAgent, restart its isolated database, and compare the recovered public tool result with persisted Markdown/pointer and the next update's ordinal. Separately interrupt an unresolved durable-tool recovery before any subsequent normal flush. +- Discriminating observation: **none; not run**. The existing mounted pin stops/reloads only after complete settlement. +- Remaining uncertainty: reachability and recovery outcome of those exact crash windows on the production route. + +## Source observations + +Paths below are under `node_modules/@flue/runtime/dist/` and are hashed in `source-manifest.json`. + +- `use-persistent-state-DUUiJyWP.mjs:26–69`: the captured setter is expressly callable outside render; updater form synchronously reads the current buffer overlay. This supports the tool's ordinal assignment and render/run split. +- `conversation-stream-store-CXwRWonS.mjs:2397–2425`: `tool_execution_end` appends `tool_outcome` without draining hook state. +- Same file, `2465–2472`: normal `turn_end` drains state and appends `tool_results_committed` together. `state-records.json` independently observes this normal SQLite batch. +- Same file, `2618–2626`: durable-tool repair skips calls already present in `conversation.toolOutcomes`. +- Same file, `2764–2811`: repair preserves those outcome records and appends a repaired result batch; this method does not visibly drain hook state. +- Same file, `3243–3265`: `step.do` memoizes its returned value independently. Replaying a completed step skips its callback. Wrapping a buffered state write in a separately committed step is therefore not evidence that the state and result share a checkpoint. + +## Disposition + +Retain the minimal `durable: true` server tool using the required render-captured setter, and state its demonstrated boundary precisely: ordinary settlement commits exact Markdown and pointer together; public history survives application stop/reload; a later update reads ordinal 1 and writes ordinal 2. Do not advertise interrupted recovery as proved. Do not add a second store, reconstruct state from unvalidated history, patch installed runtime files, or change termination as a speculative fix. The integration owner receives this unresolved premise separately from the **observed** mixed-batch failure. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md new file mode 100644 index 00000000000..dddca35f9f9 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md @@ -0,0 +1,136 @@ +# Mission 7 A2 — partial handoff + +**Partial. Stop at the demonstrated mixed-batch feasibility gate.** The built production ChatAgent settles a server-side workpiece revision and preserves its call identity in public history. The installed runtime does **not** make a mixed non-terminating/server and terminating/browser batch safe: it admits the browser mutation and continues the model before any client result. Do not integrate this as a safe construction protocol or mark A2 complete. + +## Branch, commits and scope + +- Base/ancestry: `c4f5a54b355f25b2588a1a23659fdc996d14986a`, verified with `git merge-base --is-ancestor`; starting worktree was clean. +- Worktree: `/Users/lunelson/.herdr/worktrees/hash/bravo`; branch: `ln/fe-1573-a2`. +- Implementation/tests: **`02062b00ad89a86e0710b9add4c6ac25863b277e`**. The follow-on evidence commit contains this directory; obtain its exact identity with `git log -1 --format=%H -- ` or the dispatch return. +- Exactly six implementation/test files changed: `packages/core/src/flue.ts`, `packages/core/src/workpiece.ts`, `packages/core/src/update-workpiece.ts`, `packages/core/test/update-workpiece.test.ts`, repository-root `apps/brunch-agent/test/workpiece-revisions.integration.ts`, and `apps/brunch-agent/test/workpiece-revisions.test.ts`. +- `MISSION.md`, app ChatAgent, plugin mounting, website, shared helpers/configuration, shared paid ledgers and all sibling worktrees were unchanged. No new dependency, issue, PR, push, restack, merge or history rewrite. `yarn install --immutable` restored already-declared dependencies missing in this fresh worktree; it changed no tracked dependency file. +- **Zero paid calls / US$0.** All model steps used `fauxProvider`; a Sonnet model identifier in faux metadata is not real-provider evidence or a spending reservation. + +## Earned revision API + +Canonical owners, not duplicated DTOs: + +| Consumer contract | Owner | +| --- | --- | +| `createUpdateWorkpieceTool`, `updateWorkpieceInputSchema`, `workpieceMarkdownByteCeiling` | `@hashintel/brunch-agent/flue` | +| `WorkpieceRevision`, `workpieceRevisionStateKey` | `@hashintel/brunch-agent/workpiece` | +| Captured setter and call context | Installed `@flue/runtime` `StateSetter` and inferred `defineTool` run context | +| Optional stored evidence value | Existing core `JsonValue`; no new relation model | +| History and dynamic tool parts | Installed `@flue/sdk` `FlueConversationSnapshot`; integration test infers its own result from the probe, not a copied SDK shape | + +`update_workpiece { markdown, evidence? }` is declared `durable: true`, returns `terminate: false`, and returns `{ revisionId, sha256, ordinal }`. `revisionId` is the actual `ToolContext.toolCallId`. The state value at `brunch.workpiece.current.v1` contains that pointer **and the full exact Markdown**, with optional unverified JSON evidence. Ordinal starts at 1, reads the latest buffered state via updater form, and is display-only. Reinvoking the same current call does not advance its ordinal; crash replay breadth is not proved. + +Markdown must contain a non-whitespace character and fit **262,144 UTF-8 bytes**. It must be well-formed Unicode; lone surrogates visibly fail rather than being replaced before hashing. SHA-256 uses exact UTF-8 bytes and lowercase hex; there is no trimming, newline normalization, BOM removal or Unicode normalization. Whitespace, CRLF and non-ASCII content are pinned. Optional `evidence` has no authorized-source meaning: the wire schema accepts an optional value and the run refuses non-JSON content before state writes. It does not implement `{ locator, messageIds, kind }` interpretation, passage continuity, inheritance or A5's authorization/relevance join. + +The existing `useBrunchAgent` captures one `usePersistentState` setter at render and invokes it only from the tool's `run`. Its prompt return and existing consumers are unchanged. No hook is called inside a callback, and no changing state is interpolated into invariant instructions. The current state is not yet exposed to the product pane or plugin: those joins remain blocked/owner-controlled. + +## Exact prospective oracles + +`revision-protocol.json` preserves each assertion individually. The six required core assertions all pass in `packages/core/test/update-workpiece.test.ts`; two additional tests pin malformed Unicode and unverified/non-JSON evidence. The discoverable app wrapper actually executes `workpiece-revisions.integration.ts` as a child process using the existing `runNodeScript` helper and built-application loader. + +| Prospective claim | Outcome and discriminator | +| --- | --- | +| Returns actual call id and Markdown SHA-256 | **Pass.** Unit test and `mounted-final/settled-history.json`: call `settled-revision`, SHA `f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead`. | +| Persists Markdown with pointer | **Pass for normal settlement.** Unit test and read-only SQLite inspection in `state-records.json`; the complete state write shares a batch with `tool_results_committed`. Not a crash/compaction verdict. | +| Refuses empty and oversize Markdown | **Pass.** Exact named unit assertions, including whitespace-only and a multibyte over-ceiling input; invalid input does not overwrite prior state. | +| Non-terminating result | **Pass.** Explicit `terminate: false`; mounted route continues to a second faux model response. | +| Render-captured setter called from run | **Pass.** Unit hook pin plus the real built application's persisted state; second revision after application stop/reload receives ordinal 2. | +| Built agent settles revision over mounted route | **Pass.** Exact named wrapper test; full `settled-history.json` and `second-history.json`. | +| Public history preserves tool-call identity | **Pass.** Exact named wrapper test; `dynamic-tool.toolCallId` equals result `revisionId`, and history remains equal after application stop/reload. No relocation or compaction was attempted. | +| Mixed workpiece/browser batch does not apply mutation | **Fail at server admission.** Exact named test remains an ordinary failing test, not `.fails`, skipped or expected-pass characterization. Pending canonical `addType` is admitted and the real-headless executor changes the definition. Actual browser application/no-application is **unproved**, not silently substituted by this headless counterexample. | + +### Observed mixed batches + +Each of these produces **two provider calls before any client result**, a successfully validated `addType` with server output `{ awaiting: "client" }`, and one type addition when passed to the existing real-headless executor: + +1. `brunch_mark_question + addType` (existing-marker control). +2. `update_workpiece + addType`. +3. `brunch_mark_question + update_workpiece + addType`. +4. `addType + update_workpiece + brunch_mark_question` (reversed order). + +`mounted-final/observations.json` retains generated calls, public validated/executed tool results, pending mutation IDs, executor results and complete canonical before/after definitions. Per-case `*-history.json` retains full public snapshots, including the marker data. `contexts.json` retains actual faux-provider contexts/tool catalogs. These are synthetic test-authored probes, not a genuine elicitation run. The probe deliberately supplies **no client-result signal** before measuring server continuation. It does not prove reconciliation or causal settlement of browser effects. + +Distinctions: generating `addType` is not validation; `{ awaiting: "client" }` proves successful server validation/defer, not browser execution; a completed Flue submission can still carry that pending browser work; only the independent headless pre/post definitions establish the headless mutation here. `actualBrowserApplied` is deliberately `null`, not inferred true or false. + +Installed behavior wins: `pi-agent-core/dist/agent-loop.js:377–379` requires **every** finalized call to carry `terminate: true`; Flue recovery mirrors this in `dispatch-nU3cIlT-.mjs:1620–1641`. `ToolContext` has no sibling-call list. The public execution interceptor exposes individual tool identity but no pre-dispatch batch admission API. Neither source order nor the presence of one terminating tool is a settlement barrier. Core cannot withdraw the integration-owned plugin tools by changing its own revision tool. Do not remove the marker, make either server tool terminating, or use a prompt as the guard. + +### Additional unresolved runtime premise + +`durability-review.md` retains an independent source-review concern about a successful tool outcome being recorded before the state/batch commit and then skipped during recovery. This was **not crash-reproduced**; no runtime bug verdict or workaround is claimed. The minimal implementation uses buffered state, not a separate step checkpoint that could skip an uncommitted setter on replay. Full interrupted recovery remains unproved independently of the observed batching failure. + +## Commands and results + +All commands run from repository root unless prefixed with the workspace command. `verification-final.log` is the final aggregate check; earlier numbered logs retain setup/tooling failures, including missing lockfile-installed packages and the corrected attempt to structured-clone function-bearing provider context. They are not behavior evidence for the final code. + +```sh +yarn exec turbo run build lint:tsc lint:eslint test:unit --filter=@hashintel/brunch-agent --filter=@apps/brunch-agent --continue=always +``` + +**38/39 tasks successful (33 cached); exit 1 intentionally retained, not all green.** Core: **101 passing tests**, including **8 new revision tests**; typecheck/build/lint pass, zero core lint warnings/errors. App: **153 pass / 2 fail**, including **2 passing new mounted assertions and the new failing safety assertion**. The other failure is the protected architecture inventory missing the two newly authorized test entrypoints, with an exact proposed patch below. App typecheck/build/lint pass, 14 warnings in unchanged files and zero lint errors. The inherited prepared-workpiece, schema-carrier and mounted client-tool tests ran and passed; unchanged totals are regression evidence, not new A2 proof. + +Explicit mounted evidence run (no listener, same existing route through `application.fetch`): + +```sh +A2_OUTPUT_DIRECTORY="$PWD/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final" yarn workspace @apps/brunch-agent exec node --experimental-strip-types test/workpiece-revisions.integration.ts +``` + +Exit 0 means the **observation instrument ran**, not that its safety oracle passed. The wrapper in the root unit suite evaluates and fails that oracle. `mounted-final.log` and `mounted-final/` retain the observations. When rerunning, choose a new output directory; do not reuse this retained database. No network server was started and no occupied port was claimed; the built non-listening application used an isolated SQLite and UUID conversation/document identities. Local OTLP connection failures in the log do not imply hosted telemetry was configured or repaired. + +```sh +python3 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inspect-state.py libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final + +yarn exec turbo run test:unit --filter=@hashintel/brunch-agent-transport-aisdk +``` + +Read-only SQLite inspection exits 0 and produces `state-records.json`; this diagnostic is not a new product history API. Transport regressions: **42 passed**, including causal most-recent-step client results, mixed server/browser step handling and retained Voice origins. `transport-regressions.log` retains the command output. No microphone, UI, active Stop browser witness, real-provider call, full Local CI or Step A acceptance was run. Existing accepted narrowed Voice/Stop limitations remain limitations. + +`source-manifest.json` pins source, invariant guidance, runtime source and built app hashes. `git diff --check` and formatting of the six intentional TypeScript files passed. + +## Protected semantics and permitted deltas + +- Core `brunch_mark_question`, its schema/data identity, exact prose replay rule and non-interactive behavior are unchanged; it remains mounted with the revision tool, including the mixed probes. +- Prepared tagged dispatch selection, source authorship, revision-zero handling and legacy fenced-workpiece recovery remain byte-for-byte unchanged apart from adding the new type/key declarations to `workpiece.ts`. The existing prepared/model integration test still passes. No prepared material is relabelled as elicited evidence. +- Core SYSTEM and elicitation skill are unchanged. No dose, acquisition policy, operational vocabulary, domain-neutrality, uncertainty, authorship or no-invention teaching changed. The revision tool description is necessary protocol teaching, explicitly **not** an enforcement mechanism. +- Client-tool catalog/classification, transport, causal result collection, browser execution/continuation lifetime, Voice speech selection and Stop code are untouched. New revision output is a server tool result, not ordinary assistant prose. Browser rendering and speech coexistence with the new revision protocol are not newly witnessed. +- Delta: core mounts one server revision tool and stores its full current artifact with the pointer; the existing `./flue` runtime boundary and `./workpiece` browser-safe owner remain intact. No second route, agent, ledger, store or framework was introduced. +- The model-produced fenced authority has **not** been retired. The current plugin still teaches it, and the app/pane still recover it. This is an explicit incomplete integration boundary, not permission to run two model-produced authorities. No prompt rewrite was attempted after the safety gate failed. + +## Integration-owner patches and decision + +### Mechanical test inventory patch (proposed, not applied) + +In repository-root `apps/brunch-agent/test/architecture/boundaries.integration.ts`, add these two entries to the existing `SUBSTRATE_INTEGRATION_ENTRY_POINTS` object; retain exact set equality and every other reviewed entry: + +```ts +"libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts": + "Invokes the core revision tool with a mocked render-captured persistent-state setter and Flue hook declarations; no runtime boot, provider key, socket or model call.", +"apps/brunch-agent/test/workpiece-revisions.integration.ts": + "Boots the existing built ChatAgent with a faux provider over the mounted application.fetch route, reads public history, reloads an isolated SQLite application and retains mixed-batch canonical headless observations; no provider key, listener or network model call.", +``` + +No production importer exception is needed: all core runtime imports remain in `src/flue.ts`. + +### Compaction seam coordination + +Alpha owns the separately authorized additive `useBrunchAgent(model: string, compaction?: CompactionConfig)` and its existing single `useModel(model, compaction === undefined ? undefined : { compaction })`, plus app-only `BRUNCH_TEST_KEEP_RECENT_TOKENS` validation. This branch neither implements nor imports that commit. Preserve the additive signature/forwarding when combining `flue.ts`, together with this branch's single persistent-state hook and unchanged marker. No sibling commit was merged here. + +### Safety/provenance join requirements — blocked, not fabricated patches + +1. The integration owner must choose and demonstrate an enforceable **mutually exclusive revision/construction admission protocol** across core mounting, plugin mounting and ChatAgent. Keep the marker server-side/non-interactive. Keep `update_workpiece` non-terminating. A check against a render-captured revision can refuse a new sibling id but **does not** forbid an update plus a mutation citing an older revision in the same batch; that shortcut does not satisfy the accepted no-mixed rule. If a runtime capability or interaction-policy amendment is needed, return that choice to Lu before implementation. +2. Expose the one existing render's current `WorkpieceRevision | null` to plugin/app consumers through a paired integration-owned composition change, without registering a second `usePersistentState` with the same key. A changing prompt is not the current-workpiece channel. Preserve existing `useBrunchAgent` consumers and alpha's compaction argument when selecting that API. No new state-access DTO is needed: use the core owner type. +3. Plugin/basis join consumes explicit `revisionId` and `sha256` only after settled results, refuses unknown/superseded citations under the accepted policy, validates template conformance, retains basis in canonical history and strips it before Petrinaut canonical execution. Never infer settlement from sibling order, a pending-client sentinel or a display ordinal. This branch does not supply a basis schema or claim authorized evidence. +4. Only after the guard is enforceable, replace the actual fenced-emission instruction in `packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md` (the paragraph beginning “Whenever the workpiece changes substantially”) with full-document `update_workpiece` settlement, preserving its useful-stretch cadence, before-construction/delivery obligations and non-delta requirement. The prepared-mode prose in plugin `flue.ts` and app/website selected-workpiece consumers require a coordinated, explicitly labelled legacy/prepared migration. Core SYSTEM contains no fenced-emission instruction to remove, so rewriting its elicitation policy would not repair this seam. +5. App/A5 validates optional evidence against authorized true-user public messages in the bound conversation and supplies current Markdown to the pane/reopened query. Existing `recoverRunbookWorkpiece` still selects legacy fenced revisions; do not interpret it as reading this new persistent state. No exact-line, evidence-inheritance, basis-quality or genuine reopened-why claim follows from the current artifacts. + +## What successors may consume + +- **A3:** actual revision call IDs/hash/pointer shape and public tool records, plus the mixed-batch red cases. No safe mutation authorization, basis join or browser-effect guarantee is delivered. +- **A4:** canonical public revision inputs/results, isolated persisted Markdown/pointer records, application stop/reload history, owner types and the alpha compaction-seam merge note. Repeat compaction/materialization on these actual records after integration; the current pin proves neither folding survival nor genuine conversation reopen/relocation. SQLite inspection is diagnostic only. Retained `.db` files are local and git-ignored, not portable lineage exports. +- **A5:** canonical core revision type/key and explicit missing joins above. Unverified evidence carriage is not support and the old fenced selector is not the new authority. Product pane/query/citation integration and the safety gate must be resolved before claiming the throughline. + +**No A2 completion, A5/A6 paid-work authorization, Step A acceptance or Step B authorization.** The smallest owner decision is how to enforce exclusive revision/construction batches without changing the protected termination and interaction semantics. The red test and normal-settlement pins stand independently of that decision. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inspect-state.py b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inspect-state.py new file mode 100644 index 00000000000..92cbc05d3c3 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inspect-state.py @@ -0,0 +1,29 @@ +"""Read-only diagnostic of this probe's SQLite, never a product history adapter.""" +import hashlib +import json +import pathlib +import sqlite3 +import sys + +root = pathlib.Path(sys.argv[1]).resolve() +connection = sqlite3.connect(f"file:{root / 'conversation.db'}?mode=ro", uri=True) +observations = json.loads((root / "observations.json").read_text()) +batches = [] +for path, seq, data in connection.execute( + "SELECT path, seq, data FROM flue_conversation_stream_batches " + "WHERE data LIKE '%brunch.workpiece.current.v1%' ORDER BY path, seq" +): + records = json.loads(data) + writes = [record for record in records if record["type"] == "state_write"] + assert any(record["type"] == "tool_results_committed" for record in records) + for record in writes: + revision = record["value"] + assert revision["sha256"] == hashlib.sha256(revision["markdown"].encode("utf-8")).hexdigest() + batches.append({"path": path, "seq": seq, "records": records}) +first = [record["value"] for batch in batches for record in batch["records"] + if record["type"] == "state_write" and record["value"]["revisionId"] == "settled-revision"] +assert len(first) == 1 +assert first[0]["markdown"] == observations["markdown"] +assert first[0]["ordinal"] == 1 +print(json.dumps({"scope": "SQLite diagnostic, not public API or compaction/recovery proof", "batches": batches}, indent=2)) +connection.close() diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/addType-update_workpiece-brunch_mark_question-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/addType-update_workpiece-brunch_mark_question-history.json new file mode 100644 index 00000000000..c977502288c --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/addType-update_workpiece-brunch_mark_question-history.json @@ -0,0 +1,96 @@ +{ + "v": 1, + "conversationId": "conv_01M20613PCJQSBYDV776VFD8N7", + "offset": "0000000000000000_0000000000000019", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNjEzUEM4SDAyS0dWMUtEU1owRzRT", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613PC8H02KGV1KDSZ0G4S", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613PH0MJWWTZDAC2AXX0G", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613PC8H02KGV1KDSZ0G4S", + "turnId": "turn_01M20613PG2W5E3JW8WVCDZ5G4", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 2 + }, + { + "type": "data-brunch-question", + "data": { + "question": "What remains unknown?", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question" + } + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M20613PC8H02KGV1KDSZ0G4S", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613PC8H02KGV1KDSZ0G4S" + } + ], + "incarnation": "inc_01M20613PC6YJ01FYHMWD7Y6N3" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-addType-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-addType-history.json new file mode 100644 index 00000000000..8d3f075d5ef --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-addType-history.json @@ -0,0 +1,81 @@ +{ + "v": 1, + "conversationId": "conv_01M20613M20MJYCWMPYEP3Z9P8", + "offset": "0000000000000000_0000000000000017", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNjEzTTJRNTlKUTRTN0s0U1FERldG", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613M2Q59JQ4S7K4SQDFWF", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613M9JSMWC1HG8NZF50NV", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613M2Q59JQ4S7K4SQDFWF", + "turnId": "turn_01M20613M8WCMSWYC9R3Y5KT4V", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 3 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 3 + }, + { + "type": "data-brunch-question", + "data": { + "question": "What remains unknown?", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question" + } + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M20613M2Q59JQ4S7K4SQDFWF", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613M2Q59JQ4S7K4SQDFWF" + } + ], + "incarnation": "inc_01M20613M23JG5HS7D4TX9Q68R" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-update_workpiece-addType-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-update_workpiece-addType-history.json new file mode 100644 index 00000000000..68218f3725d --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-update_workpiece-addType-history.json @@ -0,0 +1,96 @@ +{ + "v": 1, + "conversationId": "conv_01M20613NNXHT56Y1J2RTNRCT7", + "offset": "0000000000000000_0000000000000019", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNjEzTktLSkoxQUJHNDQ2S0JNSkVK", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613NKKJJ1ABG446KBMJEJ", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613NTYZK4KMFNEW7J5Q3B", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613NKKJJ1ABG446KBMJEJ", + "turnId": "turn_01M20613NSGP7R2M8B9PWQVPSW", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + }, + { + "type": "data-brunch-question", + "data": { + "question": "What remains unknown?", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question" + } + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M20613NKKJJ1ABG446KBMJEJ", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613NKKJJ1ABG446KBMJEJ" + } + ], + "incarnation": "inc_01M20613NK99GK9F1HFEHGP6B6" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/contexts.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/contexts.json new file mode 100644 index 00000000000..b19ee9b510f --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/contexts.json @@ -0,0 +1,3714 @@ +[ + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788860206679 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788860206679 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "settled-revision", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + } + ], + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 2265, + "output": 21, + "cacheRead": 0, + "cacheWrite": 2265, + "totalTokens": 4551, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788860206648 + }, + { + "role": "toolResult", + "toolCallId": "settled-revision", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"settled-revision\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788860206691 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788860206679 + }, + { + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "settled-revision", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 2265, + "output": 21, + "cacheRead": 0, + "cacheWrite": 2265, + "totalTokens": 4551, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788860206685 + }, + { + "role": "toolResult", + "toolCallId": "settled-revision", + "toolName": "update_workpiece", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"settled-revision\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "timestamp": 1788860206690 + }, + { + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "text", + "text": "Synthetic revision recorded." + } + ], + "stopReason": "stop", + "usage": { + "input": 995, + "output": 7, + "cacheRead": 1332, + "cacheWrite": 996, + "totalTokens": 3330, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788860206693 + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record a second synthetic revision." + } + ], + "timestamp": 1788860206707 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788860206679 + }, + { + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "settled-revision", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 2265, + "output": 21, + "cacheRead": 0, + "cacheWrite": 2265, + "totalTokens": 4551, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788860206685 + }, + { + "role": "toolResult", + "toolCallId": "settled-revision", + "toolName": "update_workpiece", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"settled-revision\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "timestamp": 1788860206690 + }, + { + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "text", + "text": "Synthetic revision recorded." + } + ], + "stopReason": "stop", + "usage": { + "input": 995, + "output": 7, + "cacheRead": 1332, + "cacheWrite": 996, + "totalTokens": 3330, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788860206693 + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record a second synthetic revision." + } + ], + "timestamp": 1788860206707 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "second-revision", + "name": "update_workpiece", + "arguments": { + "markdown": "# Second synthetic account" + } + } + ], + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 955, + "output": 15, + "cacheRead": 1393, + "cacheWrite": 955, + "totalTokens": 3318, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788860206705 + }, + { + "role": "toolResult", + "toolCallId": "second-revision", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"second-revision\",\"sha256\":\"e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d\",\"ordinal\":2}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "second-revision", + "sha256": "e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d", + "ordinal": 2 + } + }, + "isError": false, + "timestamp": 1788860206714 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206725 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206725 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "brunch_mark_question-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 43, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17015, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788860206721 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question", + "toolName": "brunch_mark_question", + "content": [ + { + "type": "text", + "text": "{\"marked\":true}" + } + ], + "details": { + "customTool": "brunch_mark_question", + "output": { + "marked": true + } + }, + "isError": false, + "timestamp": 1788860206736 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-addType-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788860206736 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206753 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206753 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 50, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17022, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788860206748 + }, + { + "role": "toolResult", + "toolCallId": "update_workpiece-addType-update_workpiece", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"update_workpiece-addType-update_workpiece\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788860206761 + }, + { + "role": "toolResult", + "toolCallId": "update_workpiece-addType-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788860206761 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206775 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206775 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 64, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17036, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788860206770 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "toolName": "brunch_mark_question", + "content": [ + { + "type": "text", + "text": "{\"marked\":true}" + } + ], + "details": { + "customTool": "brunch_mark_question", + "output": { + "marked": true + } + }, + "isError": false, + "timestamp": 1788860206785 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"brunch_mark_question-update_workpiece-addType-update_workpiece\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788860206786 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788860206786 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206798 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788860206798 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + } + ], + "api": "faux:1788860206545:iwv2pgsw0mp", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 64, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17036, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788860206796 + }, + { + "role": "toolResult", + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788860206806 + }, + { + "role": "toolResult", + "toolCallId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"addType-update_workpiece-brunch_mark_question-update_workpiece\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788860206807 + }, + { + "role": "toolResult", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "toolName": "brunch_mark_question", + "content": [ + { + "type": "text", + "text": "{\"marked\":true}" + } + ], + "details": { + "customTool": "brunch_mark_question", + "output": { + "marked": true + } + }, + "isError": false, + "timestamp": 1788860206807 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + } +] diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/observations.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/observations.json new file mode 100644 index 00000000000..fb8d817f45d --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/observations.json @@ -0,0 +1,491 @@ +{ + "markdown": " # Synthetic account\r\n\nTiming remains unknown. ", + "settled": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + } + ], + "reopened": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + } + ], + "second": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "second-revision", + "state": "output-available", + "input": { + "markdown": "# Second synthetic account" + }, + "output": { + "revisionId": "second-revision", + "sha256": "e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d", + "ordinal": 2 + }, + "durationMs": 1 + } + ], + "mixed": [ + { + "caseId": "brunch_mark_question-addType", + "generated": [ + { + "type": "toolCall", + "id": "brunch_mark_question-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 3 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 3 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": ["brunch_mark_question-addType-addType"], + "results": [ + { + "toolCallId": "brunch_mark_question-addType-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + }, + { + "caseId": "update_workpiece-addType", + "generated": [ + { + "type": "toolCall", + "id": "update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": ["update_workpiece-addType-addType"], + "results": [ + { + "toolCallId": "update_workpiece-addType-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + }, + { + "caseId": "brunch_mark_question-update_workpiece-addType", + "generated": [ + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": [ + "brunch_mark_question-update_workpiece-addType-addType" + ], + "results": [ + { + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + }, + { + "caseId": "addType-update_workpiece-brunch_mark_question", + "generated": [ + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 2 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": [ + "addType-update_workpiece-brunch_mark_question-addType" + ], + "results": [ + { + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/reopened-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/reopened-history.json new file mode 100644 index 00000000000..069bdc816db --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/reopened-history.json @@ -0,0 +1,59 @@ +{ + "v": 1, + "conversationId": "conv_01M20613HY4C8XXKGED490SHT2", + "offset": "0000000000000000_0000000000000014", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNjEzSFZCTkRLTTdZV0ZFWFRaUUc5", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "parts": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613JXXHZNP7APK3X7CGQH", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "turnId": "turn_01M20613JVTT9NHM0HSA1D2FGX", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + }, + { + "type": "text", + "text": "Synthetic revision recorded.", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9" + } + ], + "incarnation": "inc_01M20613HWE87Q76BQDM26ZJH0" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/second-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/second-history.json new file mode 100644 index 00000000000..eab86c431ab --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/second-history.json @@ -0,0 +1,108 @@ +{ + "v": 1, + "conversationId": "conv_01M20613HY4C8XXKGED490SHT2", + "offset": "0000000000000000_0000000000000027", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNjEzSFZCTkRLTTdZV0ZFWFRaUUc5", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "parts": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613JXXHZNP7APK3X7CGQH", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "turnId": "turn_01M20613JVTT9NHM0HSA1D2FGX", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + }, + { + "type": "text", + "text": "Synthetic revision recorded.", + "state": "done" + } + ] + }, + { + "id": "entry_direct_c3ViXzAxTTIwNjEzS0g4TktGQ1pTVFk3N0M2MUtK", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613KH8NKFCZSTY77C61KJ", + "parts": [ + { + "type": "text", + "text": "Record a second synthetic revision.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613KNW2H1CVDH2ASK059S", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613KH8NKFCZSTY77C61KJ", + "turnId": "turn_01M20613KN7PCFH9HZWP2DGX54", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "second-revision", + "state": "output-available", + "input": { + "markdown": "# Second synthetic account" + }, + "output": { + "revisionId": "second-revision", + "sha256": "e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d", + "ordinal": 2 + }, + "durationMs": 1 + }, + { + "type": "text", + "text": "Second synthetic revision recorded.", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9" + }, + { + "submissionId": "sub_01M20613KH8NKFCZSTY77C61KJ", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613KH8NKFCZSTY77C61KJ" + } + ], + "incarnation": "inc_01M20613HWE87Q76BQDM26ZJH0" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/settled-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/settled-history.json new file mode 100644 index 00000000000..069bdc816db --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/settled-history.json @@ -0,0 +1,59 @@ +{ + "v": 1, + "conversationId": "conv_01M20613HY4C8XXKGED490SHT2", + "offset": "0000000000000000_0000000000000014", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNjEzSFZCTkRLTTdZV0ZFWFRaUUc5", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "parts": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613JXXHZNP7APK3X7CGQH", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "turnId": "turn_01M20613JVTT9NHM0HSA1D2FGX", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 2 + }, + { + "type": "text", + "text": "Synthetic revision recorded.", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9" + } + ], + "incarnation": "inc_01M20613HWE87Q76BQDM26ZJH0" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/update_workpiece-addType-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/update_workpiece-addType-history.json new file mode 100644 index 00000000000..f18731d888b --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/update_workpiece-addType-history.json @@ -0,0 +1,76 @@ +{ + "v": 1, + "conversationId": "conv_01M20613MXY323C8TP1QJM1N4M", + "offset": "0000000000000000_0000000000000016", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNjEzTVdRUFpYV1E5UTU5M05FWTJZ", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M20613MWQPZXWQ9Q593NEY2Y", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M20613N43YVZAAY4SG2KG594", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M20613MWQPZXWQ9Q593NEY2Y", + "turnId": "turn_01M20613N3R0Q8M1MBE93VZRNW", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M20613MWQPZXWQ9Q593NEY2Y", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M20613MWQPZXWQ9Q593NEY2Y" + } + ], + "incarnation": "inc_01M20613MWMZF5ZFB572KWEHRM" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/addType-update_workpiece-brunch_mark_question-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/addType-update_workpiece-brunch_mark_question-history.json new file mode 100644 index 00000000000..3402b263e4d --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/addType-update_workpiece-brunch_mark_question-history.json @@ -0,0 +1,96 @@ +{ + "v": 1, + "conversationId": "conv_01M205SW2CJ0AKFB3JA3HR2DZ4", + "offset": "0000000000000000_0000000000000019", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNVNXMkJWTUFaN0VFSFRDTlM2UEM5", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SW2BVMAZ7EEHTCNS6PC9", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SW2GMS95N41C133S35K7", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SW2BVMAZ7EEHTCNS6PC9", + "turnId": "turn_01M205SW2G7JJCPZ83T0YQA74F", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 1 + }, + { + "type": "data-brunch-question", + "data": { + "question": "What remains unknown?", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question" + } + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M205SW2BVMAZ7EEHTCNS6PC9", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SW2BVMAZ7EEHTCNS6PC9" + } + ], + "incarnation": "inc_01M205SW2BX0BDA5RM9QN2B6K0" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-addType-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-addType-history.json new file mode 100644 index 00000000000..02370d8bd72 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-addType-history.json @@ -0,0 +1,81 @@ +{ + "v": 1, + "conversationId": "conv_01M205SW0KMXKWRYH9CKFNBNTR", + "offset": "0000000000000000_0000000000000017", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNVNXMEpYTUtOUlc1MENNQkRDSzJF", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SW0JXMKNRW50CMBDCK2E", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SW0QA6SF04EYZMSP8YYQ", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SW0JXMKNRW50CMBDCK2E", + "turnId": "turn_01M205SW0PAEVE1XJA9G7YGC1C", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 2 + }, + { + "type": "data-brunch-question", + "data": { + "question": "What remains unknown?", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question" + } + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M205SW0JXMKNRW50CMBDCK2E", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SW0JXMKNRW50CMBDCK2E" + } + ], + "incarnation": "inc_01M205SW0JNT7B5YMMBVVB483Q" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-update_workpiece-addType-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-update_workpiece-addType-history.json new file mode 100644 index 00000000000..401478511db --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/brunch_mark_question-update_workpiece-addType-history.json @@ -0,0 +1,96 @@ +{ + "v": 1, + "conversationId": "conv_01M205SW1TE76YKC7A5944D7KG", + "offset": "0000000000000000_0000000000000019", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNVNXMVNDOUJZQkRQMzhaSjBOWTRH", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SW1SC9BYBDP38ZJ0NY4G", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SW1XSNV84WEDCW60MMZG", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SW1SC9BYBDP38ZJ0NY4G", + "turnId": "turn_01M205SW1X78Z0QZF08YZWY0WR", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + }, + { + "type": "data-brunch-question", + "data": { + "question": "What remains unknown?", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question" + } + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M205SW1SC9BYBDP38ZJ0NY4G", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SW1SC9BYBDP38ZJ0NY4G" + } + ], + "incarnation": "inc_01M205SW1SG6XB4TX1330G38Q8" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/contexts.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/contexts.json new file mode 100644 index 00000000000..688b7b6d69a --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/contexts.json @@ -0,0 +1,3714 @@ +[ + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788859969518 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788859969518 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "settled-revision", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + } + ], + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 2265, + "output": 21, + "cacheRead": 0, + "cacheWrite": 2265, + "totalTokens": 4551, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788859969489 + }, + { + "role": "toolResult", + "toolCallId": "settled-revision", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"settled-revision\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788859969528 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788859969518 + }, + { + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "settled-revision", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 2265, + "output": 21, + "cacheRead": 0, + "cacheWrite": 2265, + "totalTokens": 4551, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788859969523 + }, + { + "role": "toolResult", + "toolCallId": "settled-revision", + "toolName": "update_workpiece", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"settled-revision\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "timestamp": 1788859969528 + }, + { + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "text", + "text": "Synthetic revision recorded." + } + ], + "stopReason": "stop", + "usage": { + "input": 995, + "output": 7, + "cacheRead": 1332, + "cacheWrite": 996, + "totalTokens": 3330, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788859969530 + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record a second synthetic revision." + } + ], + "timestamp": 1788859969541 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed." + } + ], + "timestamp": 1788859969518 + }, + { + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "settled-revision", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + } + ], + "stopReason": "toolUse", + "usage": { + "input": 2265, + "output": 21, + "cacheRead": 0, + "cacheWrite": 2265, + "totalTokens": 4551, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788859969523 + }, + { + "role": "toolResult", + "toolCallId": "settled-revision", + "toolName": "update_workpiece", + "isError": false, + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"settled-revision\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "timestamp": 1788859969528 + }, + { + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "role": "assistant", + "content": [ + { + "type": "text", + "text": "Synthetic revision recorded." + } + ], + "stopReason": "stop", + "usage": { + "input": 995, + "output": 7, + "cacheRead": 1332, + "cacheWrite": 996, + "totalTokens": 3330, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "timestamp": 1788859969530 + }, + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Record a second synthetic revision." + } + ], + "timestamp": 1788859969541 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "second-revision", + "name": "update_workpiece", + "arguments": { + "markdown": "# Second synthetic account" + } + } + ], + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 955, + "output": 15, + "cacheRead": 1393, + "cacheWrite": 955, + "totalTokens": 3318, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788859969539 + }, + { + "role": "toolResult", + "toolCallId": "second-revision", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"second-revision\",\"sha256\":\"e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d\",\"ordinal\":2}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "second-revision", + "sha256": "e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d", + "ordinal": 2 + } + }, + "isError": false, + "timestamp": 1788859969548 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969556 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969556 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "brunch_mark_question-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 43, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17015, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788859969554 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question", + "toolName": "brunch_mark_question", + "content": [ + { + "type": "text", + "text": "{\"marked\":true}" + } + ], + "details": { + "customTool": "brunch_mark_question", + "output": { + "marked": true + } + }, + "isError": false, + "timestamp": 1788859969565 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-addType-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788859969565 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969577 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969577 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 50, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17022, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788859969575 + }, + { + "role": "toolResult", + "toolCallId": "update_workpiece-addType-update_workpiece", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"update_workpiece-addType-update_workpiece\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788859969583 + }, + { + "role": "toolResult", + "toolCallId": "update_workpiece-addType-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788859969583 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969595 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969595 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 64, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17036, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788859969593 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "toolName": "brunch_mark_question", + "content": [ + { + "type": "text", + "text": "{\"marked\":true}" + } + ], + "details": { + "customTool": "brunch_mark_question", + "output": { + "marked": true + } + }, + "isError": false, + "timestamp": 1788859969603 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"brunch_mark_question-update_workpiece-addType-update_workpiece\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788859969603 + }, + { + "role": "toolResult", + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788859969604 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969613 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + }, + { + "systemPrompt": "# Universal Elicitation\n\nYou are the Brunch elicitation assistant. Help a person make what they know about a plan or system explicit enough to create, analyze, or revise a useful model for the purpose and target they select.\n\n## Purpose-relative attention\n\nEstablish what the result must help the person decide, answer, compare, explain, or change. Spend questions on distinctions that could affect that purpose. Depth is purpose-relative, not an obligation to fill every available category.\n\n## Interaction\n\nUse the person's vocabulary and follow concrete cases rather than traversing a schema, template, or target representation. Do not open with a battery of independent questions; deepen one answerable thread at a time and group questions only when they share one frame.\n\nBefore asking the person a direct question, call `brunch_mark_question` with the exact question text. Then include the exact same question text in ordinary assistant prose. The marker only makes that text available for accessible replay; it does not wait for or accept the answer, so continue the same response normally after calling it. Do not mark headings, rhetorical questions, or prose that you will not present verbatim.\n\n## Authorship and uncertainty\n\nKeep what the person said distinct from your normalization, inference, assumption, proposal, transformation, or default. Do not invent content, silently increase precision, or treat assent to wording you supplied as independent evidence. When accounts differ, establish whether the relationship is correction, conflict, or contextual coexistence before reconciling them.\n\n## Target transformation and evidence\n\nKeep source intent and evidence, the recoverable account, target-formalism transformation, evidence from checks, and claims about the surrounding system distinct. A parser, validator, simulator, verifier, compiler, or execution result establishes only the named property of the exact artifact under stated assumptions. It does not establish that the transformation captures the person's intent or that unexamined integrations are correct.\n\n## Workpiece, stopping, and delivery\n\nMaintain the supplied recoverable workpiece as understanding develops. Do not treat fluency, document fullness, your own confidence, user fatigue, or elapsed time as evidence of completion. An explicit stop ends questioning. Return the best useful result with consequential gaps, assumptions, conflicts, omissions, and unsupported claims visible.\n\n## Extension contract\n\nTarget-specific guidance may add Directives, Recognition, Operations, Coverage, and Verification or narrow their applicability. It does not silently weaken these universal invariants.\n\n# Operational Process Modelling for SDCPN\n\nSpecialize the universal elicitation role to operational processes represented as stochastic dynamic coloured Petri nets (SDCPNs) in Petrinaut. Help a person develop or revise an evidence-faithful process-model workpiece and, when the available evidence and tools support it, construct and check a net from that workpiece.\n\nActivate the `sdcpn-modelling` skill before substantive interviewing, workpiece revision, or construction.\n\nDuring interactive elicitation, speak about the operation in the person's vocabulary rather than places, transitions, arcs, colours, tokens, firing rules, or workpiece headings. The workpiece is the recoverable source for construction; do not use target structure to supply operational facts the person did not establish.\n\nUse mounted Petrinaut construction tools for net changes when they are available. Do not claim to have produced a constructed, loadable, valid, or simulatable net without corresponding tool evidence. When evidence or capabilities are insufficient, deliver the best honest workpiece or construction-gap report instead.\n\nWhen the person asks how Petrinaut's interface works, use the mounted Petrinaut documentation capability rather than guessing.\n\nThis is a construct-only headless conversation. Use only the supplied runbook IR as modelling input, do not interview, and build the net through the mounted Petrinaut tools instead of emitting net JSON.\n\nCall ping when you need to confirm the server tool path.\nA client-tool-result signal is JSON [{ toolCallId, toolName, output }]. Treat output as the browser's result for that call and continue helping the user.\n\n## Available Skills\n\nThe following skills provide specialized instructions for specific tasks. When a task matches a skill description, call the `activate_skill` tool with that skill name before proceeding so its full instructions are loaded. Skill instructions and supporting resources stay lazy until activation or explicit file reads.\n\n- **elicitation** — Acquire and improve an epistemically responsible account of what a person knows through adaptive conversation. Use before substantive interviewing, when an existing account must be corrected or extended with human knowledge, or when accounts conflict.\n- **sdcpn-modelling** — Elicit or revise an operational process model, maintain its recoverable workpiece, and construct a checked SDCPN when Petrinaut capabilities are available. Use for a process-modelling interview, Petri net, or analysis or revision of either artifact.\n\n## Available Agents\n\nNone. No subagents are currently declared, so the `task` tool has no valid `agent` value — do not call it unless an agent is introduced later in the conversation.\n\nDate: Tue, Sep 8, 2026", + "messages": [ + { + "role": "user", + "content": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe." + } + ], + "timestamp": 1788859969613 + }, + { + "role": "assistant", + "content": [ + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + } + ], + "api": "faux:1788859969391:jq5ve0tkvvb", + "provider": "anthropic", + "model": "claude-sonnet-4-6", + "usage": { + "input": 8486, + "output": 64, + "cacheRead": 0, + "cacheWrite": 8486, + "totalTokens": 17036, + "cost": { + "input": 0, + "output": 0, + "cacheRead": 0, + "cacheWrite": 0, + "total": 0 + } + }, + "stopReason": "toolUse", + "timestamp": 1788859969611 + }, + { + "role": "toolResult", + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "toolName": "addType", + "content": [ + { + "type": "text", + "text": "{\"awaiting\":\"client\"}" + } + ], + "details": { + "customTool": "addType", + "output": { + "awaiting": "client" + } + }, + "isError": false, + "timestamp": 1788859969621 + }, + { + "role": "toolResult", + "toolCallId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "toolName": "update_workpiece", + "content": [ + { + "type": "text", + "text": "{\"revisionId\":\"addType-update_workpiece-brunch_mark_question-update_workpiece\",\"sha256\":\"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead\",\"ordinal\":1}" + } + ], + "details": { + "customTool": "update_workpiece", + "output": { + "revisionId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + } + }, + "isError": false, + "timestamp": 1788859969621 + }, + { + "role": "toolResult", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "toolName": "brunch_mark_question", + "content": [ + { + "type": "text", + "text": "{\"marked\":true}" + } + ], + "details": { + "customTool": "brunch_mark_question", + "output": { + "marked": true + } + }, + "isError": false, + "timestamp": 1788859969621 + } + ], + "tools": [ + { + "name": "task", + "label": "Run Task", + "description": "Delegate a focused task to a detached child agent with its own context. Use this for independent research, file exploration, or parallel work. Pass attachment IDs shown in the conversation to include those images. The task returns only its final answer to this conversation. Agents available for delegation are listed under \"Available Agents\" in the system prompt.", + "parameters": { + "type": "object", + "required": ["prompt", "agent"], + "properties": { + "description": { + "type": "string", + "description": "Short human-readable label for the delegated work" + }, + "prompt": { + "type": "string", + "description": "Focused instructions for the child agent" + }, + "agent": { + "type": "string", + "minLength": 1, + "description": "Subagent to run the task with, from the list of currently available agents. Agents that have been removed from the list are no longer usable (until re-introduced, if ever)." + }, + "cwd": { + "type": "string", + "description": "Working directory for the child agent. AGENTS.md and skills are discovered from here." + }, + "attachments": { + "type": "array", + "items": { + "type": "object", + "required": ["id"], + "properties": { + "id": { + "type": "string", + "description": "Attachment ID shown in the current conversation" + } + } + }, + "description": "Images from this conversation to include in the child agent prompt" + } + } + } + }, + { + "name": "activate_skill", + "label": "Activate Skill", + "description": "Load the full instructions for one available skill before performing work that matches its description. Supporting resources remain lazy until explicitly read.", + "parameters": { + "type": "object", + "required": ["name"], + "properties": { + "name": { + "type": "string", + "description": "Name of the skill to activate" + } + } + } + }, + { + "name": "read_skill_resource", + "label": "Read Skill Resource", + "description": "Read a packaged skill supporting file by its advertised path.", + "parameters": { + "type": "object", + "required": ["path"], + "properties": { + "path": { + "type": "string", + "description": "Path to the file to read" + }, + "offset": { + "type": "number", + "description": "Line number to start from (1-indexed)" + }, + "limit": { + "type": "number", + "description": "Maximum number of lines to read" + } + } + } + }, + { + "name": "brunch_mark_question", + "label": "brunch_mark_question", + "description": "Mark the exact text of a direct question for accessible replay. Call this immediately before including that exact question in ordinary assistant prose. This marker does not ask or answer the question itself.", + "parameters": { + "type": "object", + "properties": { + "question": { + "type": "string" + } + }, + "required": ["question"] + } + }, + { + "name": "update_workpiece", + "label": "update_workpiece", + "description": "Settle the full current Markdown workpiece and return its revisionId and SHA-256. This server tool does not end the response. Never combine it with browser construction in one batch. Optional evidence is unverified carriage, not proof of user support.", + "parameters": { + "type": "object", + "properties": { + "markdown": { + "type": "string" + }, + "evidence": {} + }, + "required": ["markdown"] + } + }, + { + "name": "readPetrinautDoc", + "label": "readPetrinautDoc", + "description": "Read one page of the Petrinaut user guide. The browser executes this tool. After you call it, wait for a client-tool-result signal carrying the page text, then continue from that text.", + "parameters": { + "type": "object", + "properties": { + "doc": { + "enum": [ + "drawing-a-net", + "petri-net-extensions", + "useful-patterns", + "simulation", + "scenarios", + "ad-hoc-scenarios", + "experiments", + "optimization", + "actual-mode", + "preview", + "ai-assistant", + "visual-settings", + "compilation-output", + "examples" + ], + "type": "string" + } + }, + "required": ["doc"] + } + }, + { + "name": "getLatestNetDefinition", + "label": "getLatestNetDefinition", + "description": "Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{},\"additionalProperties\":false,\"description\":\"Get the current Petrinaut net state. Returns `{ title, definition, extensions }` where `title` is the user-visible net title, `definition` is the complete SDCPN net definition, and `extensions` lists the currently enabled Petrinaut extension capabilities.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addType", + "label": "addType", + "description": "Add a coloured-token type.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable colour/type name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"iconSlug\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Short icon identifier used by the UI for this colour/type. Typical values are `\\\"circle\\\"` or `\\\"square\\\"`; the UI defaults to `\\\"circle\\\"`.\"},\"displayColor\":{\"type\":\"string\",\"minLength\":1,\"description\":\"CSS colour string for the UI badge, e.g. `\\\"#1E90FF\\\"` or `\\\"rgb(30,144,255)\\\"`.\"},\"elements\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"elementId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for this colour element.\"},\"name\":{\"type\":\"string\",\"description\":\"Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\",\"uuid\",\"string\"],\"description\":\"`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them.\"}},\"required\":[\"elementId\",\"name\",\"type\"],\"additionalProperties\":false,\"description\":\"One typed attribute on a coloured token.\"},\"description\":\"Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"iconSlug\",\"displayColor\",\"elements\"],\"additionalProperties\":false,\"description\":\"Add a coloured-token type.\"}", + "parameters": { + "type": "object", + "properties": { + "id": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + "name": { + "type": "string", + "description": "Human-readable colour/type name." + }, + "description": { + "type": "string", + "description": "Optional human-readable summary shown to users." + }, + "iconSlug": { + "type": "string", + "minLength": 1, + "description": "Short icon identifier used by the UI for this colour/type. Typical values are `\"circle\"` or `\"square\"`; the UI defaults to `\"circle\"`." + }, + "displayColor": { + "type": "string", + "minLength": 1, + "description": "CSS colour string for the UI badge, e.g. `\"#1E90FF\"` or `\"rgb(30,144,255)\"`." + }, + "elements": { + "type": "array", + "items": { + "type": "object", + "properties": { + "elementId": { + "type": "string", + "minLength": 1, + "description": "Stable identifier for this colour element." + }, + "name": { + "type": "string", + "description": "Token attribute identifier used DIRECTLY in code. Lambdas, kernels, dynamics, visualizers, and metrics destructure tokens as `{ }`, so this must be a valid JavaScript identifier (e.g. `machine_damage_ratio`, `x`, `velocity`). Spaces, hyphens, and leading digits will break user code that references the attribute; prefer lower_snake_case for consistency with parameter naming." + }, + "type": { + "enum": ["real", "integer", "boolean", "uuid", "string"], + "type": "string", + "description": "`real` is continuous and may be updated by dynamics. `integer`, `boolean`, `uuid`, and `string` are discrete token attributes updated by transition kernels. `integer` values are stored as Float64 and rounded on read/write: they are exact only within ±2^53 (±9,007,199,254,740,992); values beyond that lose precision silently. `uuid` is a 128-bit RFC 4122 identifier: runtime code sees it as a `bigint`, frame buffers store it as two little-endian 64-bit lanes, and at-rest data (documents, scenarios) uses canonical lowercase strings. `uuid` fields are OPTIONAL in kernel outputs — omitted values are auto-generated deterministically from the seeded simulation RNG — and non-UUID inputs are converted deterministically via UUIDv5. `string` is variable-length text, compared by value: runtime code sees plain JS strings, and each distinct value is stored once per run via interning — frame buffers hold 64-bit pool references. Kernels and markings write `string` values (missing values become the empty string); dynamics can read but never update them." + } + }, + "required": ["elementId", "name", "type"], + "additionalProperties": false, + "description": "One typed attribute on a coloured token." + }, + "description": "Typed token attributes available on tokens of this colour/type. Element order matters: coloured initial state in scenario per_place mode supplies rows in this order." + }, + "targetSubnetId": { + "anyOf": [ + { + "type": "string", + "minLength": 1, + "description": "Stable identifier for an SDCPN entity. Use unique IDs within the net." + }, + { + "type": "null" + } + ], + "description": "Optional ID of the subnet to mutate. Omit or pass null to mutate the root net." + } + }, + "required": ["id", "name", "iconSlug", "displayColor", "elements"], + "additionalProperties": false, + "description": "Add a coloured-token type." + } + }, + { + "name": "addParameter", + "label": "addParameter", + "description": "Add a net-level parameter available to SDCPN code.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable parameter name.\"},\"variableName\":{\"type\":\"string\",\"description\":\"lower_snake_case identifier used DIRECTLY in user code as `parameters.` (e.g. `parameters.crash_threshold`, NOT `parameters.crashThreshold`). Must start with a lowercase letter; only `[a-z0-9_]` allowed.\"},\"type\":{\"type\":\"string\",\"enum\":[\"real\",\"integer\",\"boolean\"],\"description\":\"Primitive parameter type. Real and integer values use numeric strings; boolean values use the literal strings `\\\"true\\\"` and `\\\"false\\\"`.\"},\"defaultValue\":{\"type\":\"string\",\"description\":\"Default parameter value as a plain string: numeric for real/integer parameters (e.g. `\\\"3\\\"`, `\\\"0.05\\\"`) and `\\\"true\\\"` or `\\\"false\\\"` for booleans. Expressions are NOT supported here — use scenario `parameterOverrides` for expressions.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"variableName\",\"type\",\"defaultValue\"],\"additionalProperties\":false,\"description\":\"Add a net-level parameter available to SDCPN code.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addPlace", + "label": "addPlace", + "description": "Add a place that stores tokens in the SDCPN.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"PascalCase identifier used DIRECTLY in user code: lambdas and kernels reference input/output places as `input.PlaceName` and `{ PlaceName: [...] }`, metrics access them as `state.places.PlaceName.count`, scenario code-mode initial state keys are place names, and visualizer scope is implicitly per-place. Renaming a place breaks every code reference, so rename only when you also update dependent lambda/kernel/dynamics/metric/visualizer/scenario code in the same batch.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"colorId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the token colour/type accepted by this place, or null for uncoloured token counts. Uncoloured places have no token attributes and do not appear in lambda/kernel `input` objects.\"},\"dynamicsEnabled\":{\"type\":\"boolean\",\"description\":\"Whether tokens in this place are updated by a differential equation during simulation. Dynamics only run when this is true AND `differentialEquationId` is set AND `colorId` is set.\"},\"differentialEquationId\":{\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}],\"description\":\"ID of the differential equation used for continuous dynamics, or null when dynamics are disabled. The referenced equation's `colorId` MUST match this place's `colorId`.\"},\"capacity\":{\"description\":\"Optional maximum number of tokens this place will hold. A transition whose firing would take this place past its capacity is NOT enabled, exactly like a transition without enough input tokens — so a full place blocks the transitions that feed it and the limit is never exceeded. The check uses the net change per firing, so a transition that both consumes from and produces into this place is not blocked by its own output. A capacity of 0 means the place can never receive tokens. Omit or set null for unbounded. The initial marking must not exceed it.\",\"anyOf\":[{\"type\":\"integer\",\"minimum\":0,\"maximum\":9007199254740991},{\"type\":\"null\"}]},\"isPort\":{\"description\":\"When true, this place is exposed as a component port on instances of the subnet that contains it.\",\"type\":\"boolean\"},\"visualizerCode\":{\"description\":\"Optional module: `export default Visualization(({ tokens, parameters }) => )`. JSX is compiled with React's CLASSIC runtime — do NOT `import React`, do NOT use `<>…` fragments (use `` or explicit elements), and do NOT use hooks; treat it as a pure render. `tokens` is this place's current tokens (only meaningful for coloured places; empty for uncoloured). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.crash_threshold`). Convention is to return a sized `…`.\",\"type\":\"string\"},\"showAsInitialState\":{\"description\":\"Optional UI hint to show this place in the initial-state view.\",\"type\":\"boolean\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"colorId\",\"dynamicsEnabled\",\"differentialEquationId\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a place that stores tokens in the SDCPN.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addTransition", + "label": "addTransition", + "description": "Add a transition with firing logic and arcs.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"id\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"name\":{\"type\":\"string\",\"description\":\"Human-readable transition name.\"},\"description\":{\"description\":\"Optional human-readable summary shown to users.\",\"type\":\"string\"},\"metadata\":{\"description\":\"Optional host-defined data. Petrinaut treats it as opaque and never renders it.\",\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}},\"inputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal input place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Input endpoint. Use `kind: \\\"componentPort\\\"` to consume/read/inhibit tokens from a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for this input arc. Standard arcs consume this many tokens; read arcs require and expose this many tokens without consuming them; inhibitor arcs require the source place to have fewer than this many tokens. For coloured standard/read input places this also determines the tuple length the transition's lambda and kernel see at `input.PlaceName` (weight 2 means a 2-token array).\"},\"type\":{\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"],\"description\":\"Standard arcs consume tokens from the input place; read arcs require and expose tokens to the lambda/kernel but do NOT consume them; inhibitor arcs prevent firing when the source place has at least the weight indicated and are NOT present in the lambda or kernel `input`.\"}},\"required\":[\"weight\",\"type\"],\"additionalProperties\":false,\"description\":\"Input arc from a place or component port into a transition.\"},\"description\":\"Input arcs that gate transition firing. Standard arcs consume tokens, read arcs observe tokens without consuming them, and inhibitor arcs block firing based on token counts.\"},\"outputArcs\":{\"type\":\"array\",\"items\":{\"type\":\"object\",\"properties\":{\"placeId\":{\"description\":\"Legacy shorthand for a normal output place endpoint. Prefer `endpoint` for new data.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Output endpoint. Use `kind: \\\"componentPort\\\"` to produce tokens into a component instance port.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Number of tokens produced into the output place.\"}},\"required\":[\"weight\"],\"additionalProperties\":false,\"description\":\"Output arc from a transition into a place or component port.\"},\"description\":\"Output arcs that receive tokens after this transition fires.\"},\"lambdaType\":{\"type\":\"string\",\"enum\":[\"predicate\",\"stochastic\"],\"description\":\"Use predicate for boolean enabling logic when transition lambda authoring is available; use stochastic for rate-based firing when stochasticity is available.\"},\"lambdaCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default Lambda((input, parameters) => …)` module form is also accepted). Lambda code is meaningful only when stochasticity is enabled OR when colours are enabled and the transition has at least one standard or read input arc from a coloured place. `input` is keyed by INPUT PLACE NAME (PascalCase) for coloured standard and read arcs, and the value is a tuple sized to that arc's weight (weight 2 means a 2-token array). Read arc tokens are present in `input` but are not consumed when the transition fires. Inhibitor arcs and uncoloured input places are NOT present in `input`. Each token is an object keyed by the colour type's element names (e.g. `{ x, y, velocity }`). `parameters` is keyed by each parameter's `variableName` value (lower_snake_case, e.g. `parameters.infection_rate`). Predicate lambdas MUST return a boolean (true = enabled given these tokens, false = disabled). Stochastic lambdas MUST return a non-negative number = expected firings per simulation second (0 disables, Infinity always fires). Lambda is called per token combination satisfying arc weights, so it MUST be deterministic — put randomness in the transition kernel, not here. Leave empty when lambda authoring is unavailable; the runtime supplies the always-enabled default.\"},\"transitionKernelCode\":{\"type\":\"string\",\"description\":\"Optional function body ending in `return`, with `input` and `parameters` ambient (the legacy `export default TransitionKernel((input, parameters) => …)` module form is also accepted). Transition kernel code is meaningful only when colours are enabled and the transition has at least one coloured output place. `input` and `parameters` have the same shape as the transition's lambda. MUST return an object keyed by OUTPUT PLACE NAME with a tuple sized to that arc's weight. Coloured output places MUST be present; uncoloured output places MUST be omitted (they are auto-populated with empty tokens). Token attribute values must match the output type: real/integer use numbers, boolean uses booleans. When stochasticity is enabled, `real` attributes may also use `Distribution.Gaussian(mean, sd)` / `Distribution.Uniform(min, max)` / `Distribution.Lognormal(mu, sigma)` (discrete attributes always take plain values); each distribution is sampled once per token, and chained `.map(fn)` calls on the same distribution share that single sample. Leave empty when no coloured outputs exist.\"},\"x\":{\"type\":\"number\",\"description\":\"Horizontal canvas position.\"},\"y\":{\"type\":\"number\",\"description\":\"Vertical canvas position.\"},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"id\",\"name\",\"inputArcs\",\"outputArcs\",\"lambdaType\",\"lambdaCode\",\"transitionKernelCode\",\"x\",\"y\"],\"additionalProperties\":false,\"description\":\"Add a transition with firing logic and arcs.\",\"$defs\":{\"__schema0\":{\"anyOf\":[{\"type\":\"string\"},{\"type\":\"number\"},{\"type\":\"boolean\"},{\"type\":\"null\"},{\"type\":\"array\",\"items\":{\"$ref\":\"#/$defs/__schema0\"}},{\"type\":\"object\",\"propertyNames\":{\"type\":\"string\"},\"additionalProperties\":{\"$ref\":\"#/$defs/__schema0\"}}]}}}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "addArc", + "label": "addArc", + "description": "Add an input or output arc to a transition.\nA finite numeric-string weight is normalized to a number before canonical validation.\nCanonical Petrinaut input JSON Schema:\n{\"$schema\":\"https://json-schema.org/draft/2020-12/schema\",\"type\":\"object\",\"properties\":{\"transitionId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},\"arcDirection\":{\"type\":\"string\",\"enum\":[\"input\",\"output\"],\"description\":\"Whether the arc connects a place into a transition or a transition out to a place.\"},\"placeId\":{\"description\":\"Legacy shorthand for a normal place endpoint in the same net as the transition.\",\"type\":\"string\",\"minLength\":1},\"endpoint\":{\"description\":\"Arc endpoint. Use `kind: \\\"componentPort\\\"` to connect the transition to a port on a subnet instance.\",\"oneOf\":[{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"place\"},\"placeId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place in the same net as the transition.\"}},\"required\":[\"kind\",\"placeId\"],\"additionalProperties\":false},{\"type\":\"object\",\"properties\":{\"kind\":{\"type\":\"string\",\"const\":\"componentPort\"},\"componentInstanceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a component instance in the same net as the transition.\"},\"portPlaceId\":{\"type\":\"string\",\"minLength\":1,\"description\":\"ID of a place marked `isPort: true` in the component instance's referenced subnet.\"}},\"required\":[\"kind\",\"componentInstanceId\",\"portPlaceId\"],\"additionalProperties\":false}]},\"weight\":{\"type\":\"number\",\"exclusiveMinimum\":0,\"description\":\"Token multiplicity for the arc.\"},\"type\":{\"description\":\"Input arc type, only valid when arcDirection is input. Standard arcs consume tokens; read arcs inspect tokens without consuming them; inhibitor arcs block firing when enough tokens are present. Omit this for output arcs.\",\"type\":\"string\",\"enum\":[\"standard\",\"inhibitor\",\"read\"]},\"targetSubnetId\":{\"description\":\"Optional ID of the subnet to mutate. Omit or pass null to mutate the root net.\",\"anyOf\":[{\"type\":\"string\",\"minLength\":1,\"description\":\"Stable identifier for an SDCPN entity. Use unique IDs within the net.\"},{\"type\":\"null\"}]}},\"required\":[\"transitionId\",\"arcDirection\",\"weight\"],\"additionalProperties\":false,\"description\":\"Add an input or output arc to a transition.\"}", + "parameters": { + "type": "object", + "properties": {}, + "required": [] + } + }, + { + "name": "ping", + "label": "ping", + "description": "Return a short server-side acknowledgement. Call this when you need to confirm the server is in the loop.", + "parameters": { + "type": "object", + "properties": { + "note": { + "type": "string", + "minLength": 1 + } + }, + "required": [] + } + } + ] + } +] diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/observations.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/observations.json new file mode 100644 index 00000000000..86d880896bd --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/observations.json @@ -0,0 +1,491 @@ +{ + "markdown": " # Synthetic account\r\n\nTiming remains unknown. ", + "settled": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 3 + } + ], + "reopened": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 3 + } + ], + "second": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 3 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "second-revision", + "state": "output-available", + "input": { + "markdown": "# Second synthetic account" + }, + "output": { + "revisionId": "second-revision", + "sha256": "e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d", + "ordinal": 2 + }, + "durationMs": 1 + } + ], + "mixed": [ + { + "caseId": "brunch_mark_question-addType", + "generated": [ + { + "type": "toolCall", + "id": "brunch_mark_question-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 2 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 2 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": ["brunch_mark_question-addType-addType"], + "results": [ + { + "toolCallId": "brunch_mark_question-addType-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + }, + { + "caseId": "update_workpiece-addType", + "generated": [ + { + "type": "toolCall", + "id": "update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": ["update_workpiece-addType-addType"], + "results": [ + { + "toolCallId": "update_workpiece-addType-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + }, + { + "caseId": "brunch_mark_question-update_workpiece-addType", + "generated": [ + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "brunch_mark_question-update_workpiece-addType-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "brunch_mark_question-update_workpiece-addType-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": [ + "brunch_mark_question-update_workpiece-addType-addType" + ], + "results": [ + { + "toolCallId": "brunch_mark_question-update_workpiece-addType-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + }, + { + "caseId": "addType-update_workpiece-brunch_mark_question", + "generated": [ + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-addType", + "name": "addType", + "arguments": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "name": "update_workpiece", + "arguments": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + } + }, + { + "type": "toolCall", + "id": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "name": "brunch_mark_question", + "arguments": { + "question": "What remains unknown?" + } + } + ], + "tools": [ + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "brunch_mark_question", + "toolCallId": "addType-update_workpiece-brunch_mark_question-brunch_mark_question", + "state": "output-available", + "input": { + "question": "What remains unknown?" + }, + "output": { + "marked": true + }, + "durationMs": 1 + } + ], + "providerCallsBeforeClientResult": 2, + "pendingMutationIds": [ + "addType-update_workpiece-brunch_mark_question-addType" + ], + "results": [ + { + "toolCallId": "addType-update_workpiece-brunch_mark_question-addType", + "toolName": "addType", + "output": { + "applied": true + } + } + ], + "before": { + "places": [], + "transitions": [], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "after": { + "places": [], + "transitions": [], + "types": [ + { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + } + ], + "differentialEquations": [], + "parameters": [] + }, + "mutationApplied": true, + "actualBrowserApplied": null + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/reopened-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/reopened-history.json new file mode 100644 index 00000000000..4a742c4a32b --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/reopened-history.json @@ -0,0 +1,59 @@ +{ + "v": 1, + "conversationId": "conv_01M205SVYP5G8SS7Z4K954GK3E", + "offset": "0000000000000000_0000000000000014", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNVNWWU1GRzY0RjNCUUNBRlc3MDAx", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "parts": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SVZKFH44SWX0ETM5J4J7", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "turnId": "turn_01M205SVZH0VBC64C7RS8Q3HRN", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 3 + }, + { + "type": "text", + "text": "Synthetic revision recorded.", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SVYMFG64F3BQCAFW7001" + } + ], + "incarnation": "inc_01M205SVYNBR44SV01VPBBXYJX" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/second-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/second-history.json new file mode 100644 index 00000000000..6c707b7bb2f --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/second-history.json @@ -0,0 +1,108 @@ +{ + "v": 1, + "conversationId": "conv_01M205SVYP5G8SS7Z4K954GK3E", + "offset": "0000000000000000_0000000000000027", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNVNWWU1GRzY0RjNCUUNBRlc3MDAx", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "parts": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SVZKFH44SWX0ETM5J4J7", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "turnId": "turn_01M205SVZH0VBC64C7RS8Q3HRN", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 3 + }, + { + "type": "text", + "text": "Synthetic revision recorded.", + "state": "done" + } + ] + }, + { + "id": "entry_direct_c3ViXzAxTTIwNVNXMDNXQ1ZETTU2N0hQOUJGNVFO", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SW03WCVDM567HP9BF5QN", + "parts": [ + { + "type": "text", + "text": "Record a second synthetic revision.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SW07JGJDRJBKHYD0VQ11", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SW03WCVDM567HP9BF5QN", + "turnId": "turn_01M205SW07PEZENACBH4B8RS0X", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "second-revision", + "state": "output-available", + "input": { + "markdown": "# Second synthetic account" + }, + "output": { + "revisionId": "second-revision", + "sha256": "e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d", + "ordinal": 2 + }, + "durationMs": 1 + }, + { + "type": "text", + "text": "Second synthetic revision recorded.", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SVYMFG64F3BQCAFW7001" + }, + { + "submissionId": "sub_01M205SW03WCVDM567HP9BF5QN", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SW03WCVDM567HP9BF5QN" + } + ], + "incarnation": "inc_01M205SVYNBR44SV01VPBBXYJX" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/settled-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/settled-history.json new file mode 100644 index 00000000000..4a742c4a32b --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/settled-history.json @@ -0,0 +1,59 @@ +{ + "v": 1, + "conversationId": "conv_01M205SVYP5G8SS7Z4K954GK3E", + "offset": "0000000000000000_0000000000000014", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNVNWWU1GRzY0RjNCUUNBRlc3MDAx", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "parts": [ + { + "type": "text", + "text": "Record this test-authored synthetic account; no operational facts are claimed.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SVZKFH44SWX0ETM5J4J7", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "turnId": "turn_01M205SVZH0VBC64C7RS8Q3HRN", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "settled-revision", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 3 + }, + { + "type": "text", + "text": "Synthetic revision recorded.", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M205SVYMFG64F3BQCAFW7001", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SVYMFG64F3BQCAFW7001" + } + ], + "incarnation": "inc_01M205SVYNBR44SV01VPBBXYJX" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/update_workpiece-addType-history.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/update_workpiece-addType-history.json new file mode 100644 index 00000000000..e01f6b0d5ee --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted/update_workpiece-addType-history.json @@ -0,0 +1,76 @@ +{ + "v": 1, + "conversationId": "conv_01M205SW17GDK4GDD2TSWGQ98F", + "offset": "0000000000000000_0000000000000016", + "messages": [ + { + "id": "entry_direct_c3ViXzAxTTIwNVNXMTdaOTJFTVFRUzhDQjdXSzFE", + "role": "user", + "purpose": "user", + "display": "visible", + "submissionId": "sub_01M205SW17Z92EMQQS8CB7WK1D", + "parts": [ + { + "type": "text", + "text": "Unpaid test-authored mixed-batch safety probe.", + "state": "done" + } + ] + }, + { + "id": "entry_01M205SW1CR3GPEY6KXGGGG5F5", + "role": "assistant", + "purpose": "assistant", + "display": "visible", + "submissionId": "sub_01M205SW17Z92EMQQS8CB7WK1D", + "turnId": "turn_01M205SW1BZBFC1AXF8668DKE0", + "parts": [ + { + "type": "dynamic-tool", + "toolName": "update_workpiece", + "toolCallId": "update_workpiece-addType-update_workpiece", + "state": "output-available", + "input": { + "markdown": " # Synthetic account\r\n\nTiming remains unknown. " + }, + "output": { + "revisionId": "update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "ordinal": 1 + }, + "durationMs": 1 + }, + { + "type": "dynamic-tool", + "toolName": "addType", + "toolCallId": "update_workpiece-addType-addType", + "state": "output-available", + "input": { + "id": "synthetic-type", + "name": "SyntheticType", + "iconSlug": "circle", + "displayColor": "#808080", + "elements": [] + }, + "output": { + "awaiting": "client" + }, + "durationMs": 1 + }, + { + "type": "text", + "text": "Server continued before any browser result. What remains unknown?", + "state": "done" + } + ] + } + ], + "settlements": [ + { + "submissionId": "sub_01M205SW17Z92EMQQS8CB7WK1D", + "outcome": "completed", + "answeredBySubmissionId": "sub_01M205SW17Z92EMQQS8CB7WK1D" + } + ], + "incarnation": "inc_01M205SW17EE6BPDPJCPZGCM4X" +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json new file mode 100644 index 00000000000..8fe272490d5 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json @@ -0,0 +1,109 @@ +{ + "chunk": "Mission 7 A2", + "status": "partial", + "integrationBase": "c4f5a54b355f25b2588a1a23659fdc996d14986a", + "branch": "ln/fe-1573-a2", + "paidProviderCalls": 0, + "paidUsd": 0, + "runtime": "@flue/runtime@2.0.3", + "entrypoint": "Built ChatAgent via loadBuiltBrunchApplication, application.fetch and createFlueClient at the existing /agents/chat/:instanceId mount", + "networkListenerStarted": false, + "api": { + "name": "update_workpiece", + "inputSchemaOwner": "@hashintel/brunch-agent/flue:updateWorkpieceInputSchema", + "factoryOwner": "@hashintel/brunch-agent/flue:createUpdateWorkpieceTool", + "stateTypeOwner": "@hashintel/brunch-agent/workpiece:WorkpieceRevision", + "stateKeyOwner": "@hashintel/brunch-agent/workpiece:workpieceRevisionStateKey", + "stateKey": "brunch.workpiece.current.v1", + "input": "{ markdown: string, evidence?: unknown } at provider boundary; evidence must be an existing core JsonValue before persistence", + "evidenceMeaning": "Unverified JSON carriage only. No relation, locator policy, authorization, relevance, inheritance, or true-user support is established.", + "state": "{ revisionId, sha256, ordinal, markdown, evidence? }", + "output": "{ revisionId, sha256, ordinal }", + "revisionId": "Actual ToolContext.toolCallId, not a generated ordinal or message id", + "hash": "SHA-256, lowercase hex, exact well-formed Unicode Markdown encoded as UTF-8, no trim, newline conversion, BOM removal or Unicode normalization", + "markdownByteCeiling": 262144, + "rejects": [ + "empty or whitespace-only Markdown", + "more than 262144 UTF-8 bytes", + "lone UTF-16 surrogates", + "non-JSON evidence" + ], + "ordinal": "1-based display only; functional StateSetter reads latest buffered value. Same-current-call replay does not increment it.", + "terminate": false, + "durable": true, + "durabilityEvidence": "Normal state_write and tool_results_committed share one SQLite batch; application stop/reload preserves public history and the next update receives ordinal 2. Crash fault injection and compaction are not proved.", + "hooks": "usePersistentState is called once at render in useBrunchAgent; its setter is closed over by run. No hooks in callbacks or changing state interpolated into instructions." + }, + "oracles": [ + { + "assertion": "returns revisionId equal to toolCallId and sha256 of the Markdown", + "status": "pass", + "artifact": "verification-final.log; packages/core/test/update-workpiece.test.ts" + }, + { + "assertion": "persists Markdown with the pointer", + "status": "pass", + "scope": "Normal settlement, not crash recovery or compaction", + "artifact": "state-records.json; packages/core/test/update-workpiece.test.ts" + }, + { + "assertion": "refuses empty Markdown", + "status": "pass", + "artifact": "verification-final.log; packages/core/test/update-workpiece.test.ts" + }, + { + "assertion": "refuses Markdown over the size ceiling", + "status": "pass", + "artifact": "verification-final.log; packages/core/test/update-workpiece.test.ts" + }, + { + "assertion": "declares a non-terminating result", + "status": "pass", + "artifact": "verification-final.log; packages/core/test/update-workpiece.test.ts" + }, + { + "assertion": "captures the persistent-state setter at render and writes from run", + "status": "pass", + "artifact": "verification-final.log; mounted-final/observations.json; state-records.json" + }, + { + "assertion": "the built agent settles a revision over the mounted route", + "status": "pass", + "artifact": "mounted-final/settled-history.json; verification-final.log" + }, + { + "assertion": "public history preserves the tool call identity", + "status": "pass", + "artifact": "mounted-final/settled-history.json; mounted-final/reopened-history.json; verification-final.log" + }, + { + "assertion": "mixed workpiece and browser tool batch does not apply a mutation", + "status": "fail", + "scope": "Server admits pending mutation and real-headless executor changes canonical definition. Actual browser application remains untested; this is not a browser witness.", + "artifact": "mounted-final/observations.json; verification-final.log" + } + ], + "mixedBatch": { + "cases": [ + "brunch_mark_question + addType", + "update_workpiece + addType", + "brunch_mark_question + update_workpiece + addType", + "addType + update_workpiece + brunch_mark_question" + ], + "allCases": "Generated calls validate/run. addType settles only the awaiting-client server result. A second provider call occurs before any client result. The real-headless executor adds the canonical type. No browser host was run.", + "providerCallsBeforeClientResultPerCase": 2, + "runtimeTerminationPredicate": "nonempty batch AND every finalized result has terminate === true", + "guardStatus": "Not implemented: tool run context has no sibling batch; core mounting cannot withdraw integration-owned plugin tools. Prompt wording and call order cannot satisfy the guard.", + "actualBrowserApplication": "blocked/unproved" + }, + "stop": "Mixed-batch feasibility gate: changing the shared mounting/admission protocol requires integration-owner decision. Keep the exact failing safety test; do not promote the unsafe observation to an expected pass.", + "additionalUnresolvedPremise": "See durability-review.md for an unexercised outcome-before-state crash window found by source review. Do not claim crash-safe durability from normal settlement or the durable flag.", + "notAuthorized": [ + "A5/A6 paid work", + "Step A acceptance", + "Step B", + "prompt-only safety", + "terminating update_workpiece", + "removal or reclassification of brunch_mark_question" + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/source-manifest.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/source-manifest.json new file mode 100644 index 00000000000..730d61cb2c7 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/source-manifest.json @@ -0,0 +1,36 @@ +{ + "base": "c4f5a54b355f25b2588a1a23659fdc996d14986a", + "cwd": "/Users/lunelson/.herdr/worktrees/hash/bravo", + "branch": "ln/fe-1573-a2", + "files": { + "libs/@hashintel/brunch-agent/MISSION.md": "f4776706a6f78b5ca1d1047abc9b1d0736d767678a218ab263ab3e94277ed186", + "libs/@hashintel/brunch-agent/packages/core/src/flue.ts": "6207f50b14c3a7b56abf9d2cde07690b86b59173df54397efae71e9f17b75e14", + "libs/@hashintel/brunch-agent/packages/core/src/update-workpiece.ts": "68d4652d3391c09211a2ba7ce758fd46c867f5f189447a3d3055cbf35b826757", + "libs/@hashintel/brunch-agent/packages/core/src/workpiece.ts": "8cc00e01963ddb382eca01da45565a8d168bd9664f4276a600fae063b4086c4a", + "libs/@hashintel/brunch-agent/packages/core/src/prompts/SYSTEM.md": "3a657235227a99beee3ad570ea330c4d781fddde8590564fa23022459cac78da", + "libs/@hashintel/brunch-agent/packages/core/src/question-marker.ts": "c69b158ec3020c1080561071155dd5ad51d836701b632c6afac1d56daee917dd", + "libs/@hashintel/brunch-agent/packages/core/src/skills/elicitation/SKILL.md": "68b7fa27c2ba8401a97272e63c17d0ad6c6fdb9b3c81d9aa02e7ec3120e0aacc", + "libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/flue.ts": "cbbb990cc54d46404580e625e218399b76165433d8d09da76adf77bdce47434d", + "libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/skills/sdcpn-modelling/SKILL.md": "ff0d9351bf6f130188c325d0fd158bd5b874b3eb18d3a4f195e8487dc811dde9", + "apps/brunch-agent/src/agents/chat-agent/agent.ts": "e87ebbd611dd87f897c0ab15c704e6604bc032f99a96ee1a3bb827c03344300e", + "apps/brunch-agent/test/workpiece-revisions.integration.ts": "017c40f27515f9a5a401aa83b5f509892b00d2f5a6552777f39cf21462fff34b", + "apps/brunch-agent/test/workpiece-revisions.test.ts": "8239231ff0c31b0b4a6186c14111215542fcf45146685372239341ee21c91357", + "libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts": "d964a8fe9e0a6d32ec524a66779f402f75f98427971a1a3f15c30732eb3a41cf", + "node_modules/@flue/runtime/package.json": "fcf87a592b6d002779af358dd29218b08e624effe9e545540c4eb81add766eab", + "node_modules/@flue/runtime/dist/use-persistent-state-DUUiJyWP.mjs": "15b73239ac938dfb76e31577e890aae88257f8d68c6acbb22d0e3a4f3377da2a", + "node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs": "7d7c413cef14f401b5977a7c64ff1d9365cc78932ec624ca87b05ec9f0a7e1c4", + "node_modules/@flue/runtime/dist/dispatch-nU3cIlT-.mjs": "254a36e05bfc63ffb0a223cdb15e1f41424e105a2792c1627d1175099d1c1ca8", + "node_modules/@flue/runtime/dist/observation-IWUJUvRg.d.mts": "d5b0fbff2e8dfb45d57359a6152c4fff9aafeab6bda93a05c4a544162873cac3", + "node_modules/@earendil-works/pi-agent-core/dist/agent-loop.js": "d3d20bc773ccc8d5f7cfe0eabf8b421ff3da8685617445b142d89a44457741bc", + "apps/brunch-agent/dist/getMachineId-darwin-C6rMMlat.mjs": "35ea46fdbfb21cbbfdd7609a6305a067f1ecc8af7d307c515de940ddd5e14183", + "apps/brunch-agent/dist/getMachineId-win-FwyaH7b-.mjs": "fa859f727a5adeece86355bcf5b5cb5cf83b286f3662dd98e4d7869e511fbceb", + "apps/brunch-agent/dist/rolldown-runtime-BMI-E3GI.mjs": "efc57dcff870d1e3f2f361b3ba80eb84330c649bef8f1529736019ea7e961346", + "apps/brunch-agent/dist/getMachineId-linux-B5Iy_Sy7.mjs": "2b320cd8b585786fe74d9bc0950666896d481620b50712947d4fd914ca4f1cff", + "apps/brunch-agent/dist/execAsync-D25bwo5l.mjs": "2aa3218ffa6e86ced8194f6f089522154c7ee24eb9aa2e839b1ce04cc2286965", + "apps/brunch-agent/dist/getMachineId-unsupported-QqRDr4II.mjs": "e31d1f882207eaaf5c81cbc80cec1fe13a4bc3a3706050519c68515954249d5d", + "apps/brunch-agent/dist/getMachineId-bsd-ThF6nEVL.mjs": "1f347955329d7a66f491559c8d11e0a722c20bf01bcc578a7fcbd0fc09210268", + "apps/brunch-agent/dist/app.mjs": "582ad88dab52e852d1ccafffa69c3a52dee5ff53113c2b58cc3c58f2e989b1cd", + "apps/brunch-agent/dist/server.mjs": "6ce5e01948859951726e33ebd95eb1ea9e722c3e83bac7625a03e808fc9e864b", + "apps/brunch-agent/dist/node-server-DD1JDA2j.mjs": "3359918f9128e211135bc42f5a402919b421ac31e703e04bfe8e482403084284" + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/state-records.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/state-records.json new file mode 100644 index 00000000000..7c4db643d81 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/state-records.json @@ -0,0 +1,230 @@ +{ + "scope": "SQLite diagnostic, not public API or compaction/recovery proof", + "batches": [ + { + "path": "agents/brunch-chat-agent/7f7e7bb7e269b14cc3f3e8f48d3ea05082a4dc2a5bef5a9a8901d8c9e9dd8004", + "seq": 13, + "records": [ + { + "v": 1, + "id": "record_01M20613PQKZ5CPRCGZQ39SZ66", + "type": "state_write", + "conversationId": "conv_01M20613PCJQSBYDV776VFD8N7", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.807Z", + "submissionId": "sub_01M20613PC8H02KGV1KDSZ0G4S", + "attemptId": "attempt_01M20613PD8PWMZZ8QW5FB0Y2H", + "operationId": "op_01M20613PDTXW2WJ9PER05Y6Z0", + "turnId": "turn_01M20613PG2W5E3JW8WVCDZ5G4", + "name": "brunch.workpiece.current.v1", + "value": { + "revisionId": "addType-update_workpiece-brunch_mark_question-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "markdown": " # Synthetic account\r\n\nTiming remains unknown. ", + "ordinal": 1 + } + }, + { + "v": 1, + "id": "record_tool_results_committed_ZW50cnlfMDFNMjA2MTNQSDBNSldXVFpEQUMyQVhYMEc", + "type": "tool_results_committed", + "conversationId": "conv_01M20613PCJQSBYDV776VFD8N7", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.807Z", + "submissionId": "sub_01M20613PC8H02KGV1KDSZ0G4S", + "attemptId": "attempt_01M20613PD8PWMZZ8QW5FB0Y2H", + "operationId": "op_01M20613PDTXW2WJ9PER05Y6Z0", + "turnId": "turn_01M20613PG2W5E3JW8WVCDZ5G4", + "assistantMessageId": "entry_01M20613PH0MJWWTZDAC2AXX0G", + "parentId": "entry_01M20613PH0MJWWTZDAC2AXX0G", + "outcomeIds": [ + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNQSDBNSldXVFpEQUMyQVhYMEc_YWRkVHlwZS11cGRhdGVfd29ya3BpZWNlLWJydW5jaF9tYXJrX3F1ZXN0aW9uLWFkZFR5cGU", + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNQSDBNSldXVFpEQUMyQVhYMEc_YWRkVHlwZS11cGRhdGVfd29ya3BpZWNlLWJydW5jaF9tYXJrX3F1ZXN0aW9uLXVwZGF0ZV93b3JrcGllY2U", + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNQSDBNSldXVFpEQUMyQVhYMEc_YWRkVHlwZS11cGRhdGVfd29ya3BpZWNlLWJydW5jaF9tYXJrX3F1ZXN0aW9uLWJydW5jaF9tYXJrX3F1ZXN0aW9u" + ] + } + ] + }, + { + "path": "agents/brunch-chat-agent/9722fe4ca06f08da87b6a37b43443ee40ef355490d04a18eb97e4134293f0c97", + "seq": 8, + "records": [ + { + "v": 1, + "id": "record_01M20613K3W20NEZ7CSEWYW3N8", + "type": "state_write", + "conversationId": "conv_01M20613HY4C8XXKGED490SHT2", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.691Z", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "attemptId": "attempt_01M20613J0EXMDHSY67DNXSD5H", + "operationId": "op_01M20613JNDPTKD9AZWYFWEADF", + "turnId": "turn_01M20613JVTT9NHM0HSA1D2FGX", + "name": "brunch.workpiece.current.v1", + "value": { + "revisionId": "settled-revision", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "markdown": " # Synthetic account\r\n\nTiming remains unknown. ", + "ordinal": 1 + } + }, + { + "v": 1, + "id": "record_tool_results_committed_ZW50cnlfMDFNMjA2MTNKWFhIWk5QN0FQSzNYN0NHUUg", + "type": "tool_results_committed", + "conversationId": "conv_01M20613HY4C8XXKGED490SHT2", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.691Z", + "submissionId": "sub_01M20613HVBNDKM7YWFEXTZQG9", + "attemptId": "attempt_01M20613J0EXMDHSY67DNXSD5H", + "operationId": "op_01M20613JNDPTKD9AZWYFWEADF", + "turnId": "turn_01M20613JVTT9NHM0HSA1D2FGX", + "assistantMessageId": "entry_01M20613JXXHZNP7APK3X7CGQH", + "parentId": "entry_01M20613JXXHZNP7APK3X7CGQH", + "outcomeIds": [ + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNKWFhIWk5QN0FQSzNYN0NHUUg_c2V0dGxlZC1yZXZpc2lvbg" + ] + } + ] + }, + { + "path": "agents/brunch-chat-agent/9722fe4ca06f08da87b6a37b43443ee40ef355490d04a18eb97e4134293f0c97", + "seq": 21, + "records": [ + { + "v": 1, + "id": "record_01M20613KTKDT1DN7FHB30XZJJ", + "type": "state_write", + "conversationId": "conv_01M20613HY4C8XXKGED490SHT2", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.714Z", + "submissionId": "sub_01M20613KH8NKFCZSTY77C61KJ", + "attemptId": "attempt_01M20613KJ2Y5HP3T2MEB9KV3N", + "operationId": "op_01M20613KKEMCGEM2W1PEGZJ40", + "turnId": "turn_01M20613KN7PCFH9HZWP2DGX54", + "name": "brunch.workpiece.current.v1", + "value": { + "revisionId": "second-revision", + "sha256": "e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d", + "markdown": "# Second synthetic account", + "ordinal": 2 + } + }, + { + "v": 1, + "id": "record_tool_results_committed_ZW50cnlfMDFNMjA2MTNLTlcySDFDVkRIMkFTSzA1OVM", + "type": "tool_results_committed", + "conversationId": "conv_01M20613HY4C8XXKGED490SHT2", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.714Z", + "submissionId": "sub_01M20613KH8NKFCZSTY77C61KJ", + "attemptId": "attempt_01M20613KJ2Y5HP3T2MEB9KV3N", + "operationId": "op_01M20613KKEMCGEM2W1PEGZJ40", + "turnId": "turn_01M20613KN7PCFH9HZWP2DGX54", + "assistantMessageId": "entry_01M20613KNW2H1CVDH2ASK059S", + "parentId": "entry_01M20613KNW2H1CVDH2ASK059S", + "outcomeIds": [ + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNLTlcySDFDVkRIMkFTSzA1OVM_c2Vjb25kLXJldmlzaW9u" + ] + } + ] + }, + { + "path": "agents/brunch-chat-agent/b8b80ca676af4467acd102af6d9ba8df58e28d9a67037fe7cc45360e089c5330", + "seq": 13, + "records": [ + { + "v": 1, + "id": "record_01M20613P2PHR1206KVT7HAR60", + "type": "state_write", + "conversationId": "conv_01M20613NNXHT56Y1J2RTNRCT7", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.786Z", + "submissionId": "sub_01M20613NKKJJ1ABG446KBMJEJ", + "attemptId": "attempt_01M20613NN3Q218T3B2STTQTGW", + "operationId": "op_01M20613NP5AK30F3VPG9W3Q58", + "turnId": "turn_01M20613NSGP7R2M8B9PWQVPSW", + "name": "brunch.workpiece.current.v1", + "value": { + "revisionId": "brunch_mark_question-update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "markdown": " # Synthetic account\r\n\nTiming remains unknown. ", + "ordinal": 1 + } + }, + { + "v": 1, + "id": "record_tool_results_committed_ZW50cnlfMDFNMjA2MTNOVFlaSzRLTUZORVc3SjVRM0I", + "type": "tool_results_committed", + "conversationId": "conv_01M20613NNXHT56Y1J2RTNRCT7", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.786Z", + "submissionId": "sub_01M20613NKKJJ1ABG446KBMJEJ", + "attemptId": "attempt_01M20613NN3Q218T3B2STTQTGW", + "operationId": "op_01M20613NP5AK30F3VPG9W3Q58", + "turnId": "turn_01M20613NSGP7R2M8B9PWQVPSW", + "assistantMessageId": "entry_01M20613NTYZK4KMFNEW7J5Q3B", + "parentId": "entry_01M20613NTYZK4KMFNEW7J5Q3B", + "outcomeIds": [ + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNOVFlaSzRLTUZORVc3SjVRM0I_YnJ1bmNoX21hcmtfcXVlc3Rpb24tdXBkYXRlX3dvcmtwaWVjZS1hZGRUeXBlLWJydW5jaF9tYXJrX3F1ZXN0aW9u", + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNOVFlaSzRLTUZORVc3SjVRM0I_YnJ1bmNoX21hcmtfcXVlc3Rpb24tdXBkYXRlX3dvcmtwaWVjZS1hZGRUeXBlLXVwZGF0ZV93b3JrcGllY2U", + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNOVFlaSzRLTUZORVc3SjVRM0I_YnJ1bmNoX21hcmtfcXVlc3Rpb24tdXBkYXRlX3dvcmtwaWVjZS1hZGRUeXBlLWFkZFR5cGU" + ] + } + ] + }, + { + "path": "agents/brunch-chat-agent/ecb0f13304496ec2a8897bf62b064b15585c389f6a8d7c2359db76552957e261", + "seq": 10, + "records": [ + { + "v": 1, + "id": "record_01M20613N9BVP6GJ99DBGC3FEF", + "type": "state_write", + "conversationId": "conv_01M20613MXY323C8TP1QJM1N4M", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.761Z", + "submissionId": "sub_01M20613MWQPZXWQ9Q593NEY2Y", + "attemptId": "attempt_01M20613MX179NQJSR4SEVDHW7", + "operationId": "op_01M20613N0GXDP5YYKRW19A0CC", + "turnId": "turn_01M20613N3R0Q8M1MBE93VZRNW", + "name": "brunch.workpiece.current.v1", + "value": { + "revisionId": "update_workpiece-addType-update_workpiece", + "sha256": "f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead", + "markdown": " # Synthetic account\r\n\nTiming remains unknown. ", + "ordinal": 1 + } + }, + { + "v": 1, + "id": "record_tool_results_committed_ZW50cnlfMDFNMjA2MTNONDNZVlpBQVk0U0cyS0c1OTQ", + "type": "tool_results_committed", + "conversationId": "conv_01M20613MXY323C8TP1QJM1N4M", + "harness": "default", + "session": "default", + "timestamp": "2026-09-08T09:36:46.761Z", + "submissionId": "sub_01M20613MWQPZXWQ9Q593NEY2Y", + "attemptId": "attempt_01M20613MX179NQJSR4SEVDHW7", + "operationId": "op_01M20613N0GXDP5YYKRW19A0CC", + "turnId": "turn_01M20613N3R0Q8M1MBE93VZRNW", + "assistantMessageId": "entry_01M20613N43YVZAAY4SG2KG594", + "parentId": "entry_01M20613N43YVZAAY4SG2KG594", + "outcomeIds": [ + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNONDNZVlpBQVk0U0cyS0c1OTQ_dXBkYXRlX3dvcmtwaWVjZS1hZGRUeXBlLXVwZGF0ZV93b3JrcGllY2U", + "record_tool_outcome_ZW50cnlfMDFNMjA2MTNONDNZVlpBQVk0U0cyS0c1OTQ_dXBkYXRlX3dvcmtwaWVjZS1hZGRUeXBlLWFkZFR5cGU" + ] + } + ] + } + ] +} From 14dadd7cb6aa08ed7d4e88f7c1196220773e7d23 Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:43:28 +0200 Subject: [PATCH 20/62] Retain A2 verification command logs --- .../a2-settlement-bravo/handoff.md | 2 +- .../a2-settlement-bravo/install.log | 75 + .../a2-settlement-bravo/mounted-final.log | 2 + .../a2-settlement-bravo/mounted.log | 2 + .../transport-regressions.log | 21 + .../verification-final.log | 651 +++++++ .../verification-first.log | 147 ++ .../verification-fourth.log | 687 +++++++ .../verification-second.log | 1736 +++++++++++++++++ .../verification-third.log | 878 +++++++++ 10 files changed, 4200 insertions(+), 1 deletion(-) create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/install.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/transport-regressions.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-first.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-fourth.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-second.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-third.log diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md index dddca35f9f9..41bd856ba40 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md @@ -6,7 +6,7 @@ - Base/ancestry: `c4f5a54b355f25b2588a1a23659fdc996d14986a`, verified with `git merge-base --is-ancestor`; starting worktree was clean. - Worktree: `/Users/lunelson/.herdr/worktrees/hash/bravo`; branch: `ln/fe-1573-a2`. -- Implementation/tests: **`02062b00ad89a86e0710b9add4c6ac25863b277e`**. The follow-on evidence commit contains this directory; obtain its exact identity with `git log -1 --format=%H -- ` or the dispatch return. +- Implementation/tests: **`02062b00ad89a86e0710b9add4c6ac25863b277e`**. Follow-on evidence commits contain this directory, including explicitly retained ignored log files; the dispatch return lists every commit ID. `changed-files.txt` lists the exact changed paths across the complete handoff. - Exactly six implementation/test files changed: `packages/core/src/flue.ts`, `packages/core/src/workpiece.ts`, `packages/core/src/update-workpiece.ts`, `packages/core/test/update-workpiece.test.ts`, repository-root `apps/brunch-agent/test/workpiece-revisions.integration.ts`, and `apps/brunch-agent/test/workpiece-revisions.test.ts`. - `MISSION.md`, app ChatAgent, plugin mounting, website, shared helpers/configuration, shared paid ledgers and all sibling worktrees were unchanged. No new dependency, issue, PR, push, restack, merge or history rewrite. `yarn install --immutable` restored already-declared dependencies missing in this fresh worktree; it changed no tracked dependency file. - **Zero paid calls / US$0.** All model steps used `fauxProvider`; a Sonnet model identifier in faux metadata is not real-provider evidence or a spending reservation. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/install.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/install.log new file mode 100644 index 00000000000..da6f52622af --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/install.log @@ -0,0 +1,75 @@ +➤ YN0000: · Yarn 4.16.0 +➤ YN0000: ┌ Project validation +➤ YN0057: │ @apps/plugin-browser: 'nohoist' is deprecated, please use 'installConfig.hoistingLimits' instead +➤ YN0000: └ Completed +➤ YN0000: ┌ Resolution step +➤ YN0000: └ Completed in 0s 286ms +➤ YN0000: ┌ Post-resolution validation +➤ YN0060: │ @astrojs/markdown-remark is listed by your project with version 7.2.4 (ped3581), which doesn't satisfy what astro and other dependencies request (7.2.2). +➤ YN0060: │ @types/react is listed by your project with version 19.2.14 (p99e71d), which doesn't satisfy what react-remove-scroll (via @tldraw/tldraw) and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ eslint is listed by your project with version 9.39.4 (p88bec7), which doesn't satisfy what eslint-config-airbnb and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ eslint-plugin-react-hooks is listed by your project with version 7.0.1 (p699002), which doesn't satisfy what eslint-config-airbnb requests (^4.3.0). +➤ YN0060: │ graphology is listed by your project with version 0.26.0 (p418068), which doesn't satisfy what @react-sigma/core requests (~0.25.4). +➤ YN0060: │ react is listed by your project with version 19.2.6 (p297d1e), which doesn't satisfy what material-ui-popup-state and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react is listed by your project with version 19.2.6 (p327a01), which doesn't satisfy what react-inspector (via @hashintel/ds-components) and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react is listed by your project with version 19.2.6 (p53dd30), which doesn't satisfy what react-inspector (via @ladle/react) and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react is listed by your project with version 19.2.6 (p5a9f3c), which doesn't satisfy what @apollo/client and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react is listed by your project with version 19.2.6 (p656648), which doesn't satisfy what react-inspector (via @hashintel/ds-components) and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react is listed by your project with version 19.2.6 (p9bfa18), which doesn't satisfy what react-inspector (via @hashintel/ds-components) and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react is listed by your project with version 19.2.6 (pb2c0b1), which doesn't satisfy what @apollo/client and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react-dom is listed by your project with version 19.2.6 (pbfb936), which doesn't satisfy what @apollo/client and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ react-hook-form is listed by your project with version 7.65.0 (pf60118), which doesn't satisfy what @hashintel/query-editor and other dependencies request (7.61.1). +➤ YN0060: │ storybook is listed by your project with version 9.1.19 (p14b1b3), which doesn't satisfy what eslint-plugin-storybook requests (^10.3.1). +➤ YN0060: │ storybook is listed by your project with version 9.1.19 (pa824a9), which doesn't satisfy what eslint-plugin-storybook requests (^10.3.1). +➤ YN0060: │ storybook is listed by your project with version 9.1.19 (pcf516a), which doesn't satisfy what eslint-plugin-storybook requests (^10.3.1). +➤ YN0060: │ storybook is listed by your project with version 9.1.19 (pf24719), which doesn't satisfy what eslint-plugin-storybook requests (^10.3.1). +➤ YN0060: │ type-fest is listed by your project with version 5.3.1 (pf96305), which doesn't satisfy what @pmmmwh/react-refresh-webpack-plugin requests (>=0.17.0 <5.0.0). +➤ YN0060: │ vitest is listed by your project with version 4.1.10 (p1105ba), which doesn't satisfy what @effect/vitest and other dependencies request (but they have non-overlapping ranges!). +➤ YN0060: │ zod is listed by your project with version 4.4.3 (p3cb446), which doesn't satisfy what zod-to-json-schema and other dependencies request (^3.25.0). +➤ YN0002: │ @apps/brunch-agent@workspace:apps/brunch-agent doesn't provide zod (p783fc3), requested by @anthropic-ai/sdk and other dependencies. +➤ YN0002: │ @apps/hash-ai-worker-ts@workspace:apps/hash-ai-worker-ts doesn't provide @llamaindex/core (p84f0aa), requested by @llamaindex/readers. +➤ YN0002: │ @apps/hash-ai-worker-ts@workspace:apps/hash-ai-worker-ts doesn't provide @llamaindex/env (p06d4a4), requested by @llamaindex/readers. +➤ YN0002: │ @apps/hash-ai-worker-ts@workspace:apps/hash-ai-worker-ts doesn't provide react (p686178), requested by @blockprotocol/core and other dependencies. +➤ YN0002: │ @apps/hash-api@workspace:apps/hash-api doesn't provide react (p7e58b9), requested by @blockprotocol/core and other dependencies. +➤ YN0002: │ @apps/hash-frontend@workspace:apps/hash-frontend doesn't provide @codemirror/view (pc99a9f), requested by @uiw/react-codemirror. +➤ YN0002: │ @apps/hash-frontend@workspace:apps/hash-frontend doesn't provide react-is (pe06c1b), requested by recharts. +➤ YN0002: │ @apps/hash-integration-worker@workspace:apps/hash-integration-worker doesn't provide react (p652198), requested by @blockprotocol/graph. +➤ YN0002: │ @apps/plugin-browser@workspace:apps/plugin-browser doesn't provide webpack-sources (p2d6859), requested by zip-webpack-plugin. +➤ YN0002: │ @blockprotocol/graph@workspace:libs/@blockprotocol/graph [da39f] doesn't provide @types/json-schema (p7740d4), requested by @apidevtools/json-schema-ref-parser. +➤ YN0002: │ @blockprotocol/graph@workspace:libs/@blockprotocol/graph [e419a] doesn't provide @types/json-schema (pa38d4c), requested by @apidevtools/json-schema-ref-parser. +➤ YN0002: │ @blockprotocol/graph@workspace:libs/@blockprotocol/graph doesn't provide @types/json-schema (p15605f), requested by @apidevtools/json-schema-ref-parser. +➤ YN0002: │ @blockprotocol/graph@workspace:libs/@blockprotocol/graph doesn't provide react (p975fc7), requested by @blockprotocol/core. +➤ YN0002: │ @hashintel/block-design-system@workspace:libs/@hashintel/block-design-system [482cc] doesn't provide prop-types (pdc545e), requested by react-type-animation. +➤ YN0002: │ @hashintel/block-design-system@workspace:libs/@hashintel/block-design-system [64938] doesn't provide prop-types (p520cec), requested by react-type-animation. +➤ YN0002: │ @hashintel/block-design-system@workspace:libs/@hashintel/block-design-system doesn't provide prop-types (pdf5207), requested by react-type-animation. +➤ YN0002: │ @hashintel/brunch-agent-transport-aisdk@workspace:libs/@hashintel/brunch-agent/packages/transport-aisdk doesn't provide zod (p91c509), requested by ai. +➤ YN0002: │ @hashintel/ds-components@workspace:libs/@hashintel/ds-components [482cc] doesn't provide esbuild (pdd3db9), requested by esbuild-plugin-svgr and other dependencies. +➤ YN0002: │ @hashintel/ds-components@workspace:libs/@hashintel/ds-components [482cc] doesn't provide playwright (pf22dae), requested by @vitest/browser-playwright. +➤ YN0002: │ @hashintel/ds-components@workspace:libs/@hashintel/ds-components [c2099] doesn't provide esbuild (p62400f), requested by esbuild-plugin-svgr and other dependencies. +➤ YN0002: │ @hashintel/ds-components@workspace:libs/@hashintel/ds-components [c2099] doesn't provide playwright (pe7944e), requested by @vitest/browser-playwright. +➤ YN0002: │ @hashintel/ds-components@workspace:libs/@hashintel/ds-components doesn't provide esbuild (pe4a1b8), requested by esbuild-plugin-svgr and other dependencies. +➤ YN0002: │ @hashintel/ds-components@workspace:libs/@hashintel/ds-components doesn't provide playwright (pe68d39), requested by @vitest/browser-playwright. +➤ YN0002: │ @hashintel/petrinaut@workspace:libs/@hashintel/petrinaut [482cc] doesn't provide zod (p3e879a), requested by ai. +➤ YN0002: │ @hashintel/petrinaut@workspace:libs/@hashintel/petrinaut [95a4e] doesn't provide zod (pe8cf49), requested by ai. +➤ YN0002: │ @hashintel/petrinaut@workspace:libs/@hashintel/petrinaut [c2099] doesn't provide zod (pe7c2dd), requested by ai. +➤ YN0002: │ @hashintel/petrinaut@workspace:libs/@hashintel/petrinaut doesn't provide zod (p3323f1), requested by ai. +➤ YN0002: │ @local/eslint@workspace:libs/@local/eslint doesn't provide eslint-plugin-jsx-a11y (p90ae76), requested by eslint-config-airbnb. +➤ YN0002: │ @local/eslint@workspace:libs/@local/eslint doesn't provide eslint-plugin-react (p47f64a), requested by eslint-config-airbnb. +➤ YN0002: │ @local/eslint@workspace:libs/@local/eslint doesn't provide storybook (p77c4dc), requested by eslint-plugin-storybook. +➤ YN0002: │ @local/harpc-client@workspace:libs/@local/harpc/client/typescript doesn't provide @effect/workflow (p5c866d), requested by @effect/cluster. +➤ YN0002: │ @local/hash-backend-utils@workspace:libs/@local/hash-backend-utils doesn't provide react (pe5f543), requested by @blockprotocol/core and other dependencies. +➤ YN0002: │ @local/hash-graph-sdk@workspace:libs/@local/graph/sdk/typescript doesn't provide react (p5e03d4), requested by @blockprotocol/graph. +➤ YN0002: │ @local/hash-isomorphic-utils@workspace:libs/@local/hash-isomorphic-utils doesn't provide react-dom (p3d46d6), requested by @apollo/client and other dependencies. +➤ YN0002: │ @local/repo-chores@workspace:libs/@local/repo-chores/node doesn't provide react (pe2fb17), requested by @blockprotocol/core. +➤ YN0002: │ @tests/hash-backend-integration@workspace:tests/hash-backend-integration doesn't provide graphql-request (p792347), requested by @graphql-codegen/typescript-graphql-request. +➤ YN0002: │ @tests/hash-backend-integration@workspace:tests/hash-backend-integration doesn't provide graphql-tag (pa67a63), requested by @graphql-codegen/typescript-graphql-request. +➤ YN0002: │ @tests/hash-backend-integration@workspace:tests/hash-backend-integration doesn't provide react (pec02bf), requested by @blockprotocol/graph. +➤ YN0002: │ @tests/hash-playwright@workspace:tests/hash-playwright doesn't provide react (p373b8b), requested by @blockprotocol/graph. +➤ YN0086: │ Some peer dependencies are incorrectly met by your project; run yarn explain peer-requirements for details, where is the six-letter p-prefixed code. +➤ YN0086: │ Some peer dependencies are incorrectly met by dependencies; run yarn explain peer-requirements for details. +➤ YN0000: └ Completed +➤ YN0000: ┌ Fetch step +➤ YN0000: └ Completed in 1s 966ms +➤ YN0000: ┌ Link step +➤ YN0000: └ Completed in 2s 608ms +➤ YN0000: · Done with warnings in 5s 307ms diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final.log new file mode 100644 index 00000000000..cf25fdea16d --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final.log @@ -0,0 +1,2 @@ +Registered OpenTelemetry (traces + logs + metrics) at endpoint http://localhost:4317 for Brunch Agent +WORKPIECE_REVISIONS {"markdown":" # Synthetic account\r\n\nTiming remains unknown. ","settled":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"settled-revision","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"settled-revision","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":2}],"reopened":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"settled-revision","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"settled-revision","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":2}],"second":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"settled-revision","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"settled-revision","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":2},{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"second-revision","state":"output-available","input":{"markdown":"# Second synthetic account"},"output":{"revisionId":"second-revision","sha256":"e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d","ordinal":2},"durationMs":1}],"mixed":[{"caseId":"brunch_mark_question-addType","generated":[{"type":"toolCall","id":"brunch_mark_question-addType-brunch_mark_question","name":"brunch_mark_question","arguments":{"question":"What remains unknown?"}},{"type":"toolCall","id":"brunch_mark_question-addType-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}}],"tools":[{"type":"dynamic-tool","toolName":"brunch_mark_question","toolCallId":"brunch_mark_question-addType-brunch_mark_question","state":"output-available","input":{"question":"What remains unknown?"},"output":{"marked":true},"durationMs":3},{"type":"dynamic-tool","toolName":"addType","toolCallId":"brunch_mark_question-addType-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":3}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["brunch_mark_question-addType-addType"],"results":[{"toolCallId":"brunch_mark_question-addType-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null},{"caseId":"update_workpiece-addType","generated":[{"type":"toolCall","id":"update_workpiece-addType-update_workpiece","name":"update_workpiece","arguments":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "}},{"type":"toolCall","id":"update_workpiece-addType-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}}],"tools":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"update_workpiece-addType-update_workpiece","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"update_workpiece-addType-update_workpiece","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":1},{"type":"dynamic-tool","toolName":"addType","toolCallId":"update_workpiece-addType-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":1}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["update_workpiece-addType-addType"],"results":[{"toolCallId":"update_workpiece-addType-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null},{"caseId":"brunch_mark_question-update_workpiece-addType","generated":[{"type":"toolCall","id":"brunch_mark_question-update_workpiece-addType-brunch_mark_question","name":"brunch_mark_question","arguments":{"question":"What remains unknown?"}},{"type":"toolCall","id":"brunch_mark_question-update_workpiece-addType-update_workpiece","name":"update_workpiece","arguments":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "}},{"type":"toolCall","id":"brunch_mark_question-update_workpiece-addType-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}}],"tools":[{"type":"dynamic-tool","toolName":"brunch_mark_question","toolCallId":"brunch_mark_question-update_workpiece-addType-brunch_mark_question","state":"output-available","input":{"question":"What remains unknown?"},"output":{"marked":true},"durationMs":2},{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"brunch_mark_question-update_workpiece-addType-update_workpiece","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"brunch_mark_question-update_workpiece-addType-update_workpiece","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":1},{"type":"dynamic-tool","toolName":"addType","toolCallId":"brunch_mark_question-update_workpiece-addType-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":1}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["brunch_mark_question-update_workpiece-addType-addType"],"results":[{"toolCallId":"brunch_mark_question-update_workpiece-addType-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null},{"caseId":"addType-update_workpiece-brunch_mark_question","generated":[{"type":"toolCall","id":"addType-update_workpiece-brunch_mark_question-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}},{"type":"toolCall","id":"addType-update_workpiece-brunch_mark_question-update_workpiece","name":"update_workpiece","arguments":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "}},{"type":"toolCall","id":"addType-update_workpiece-brunch_mark_question-brunch_mark_question","name":"brunch_mark_question","arguments":{"question":"What remains unknown?"}}],"tools":[{"type":"dynamic-tool","toolName":"addType","toolCallId":"addType-update_workpiece-brunch_mark_question-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":2},{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"addType-update_workpiece-brunch_mark_question-update_workpiece","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"addType-update_workpiece-brunch_mark_question-update_workpiece","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":2},{"type":"dynamic-tool","toolName":"brunch_mark_question","toolCallId":"addType-update_workpiece-brunch_mark_question-brunch_mark_question","state":"output-available","input":{"question":"What remains unknown?"},"output":{"marked":true},"durationMs":2}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["addType-update_workpiece-brunch_mark_question-addType"],"results":[{"toolCallId":"addType-update_workpiece-brunch_mark_question-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null}],"outputDirectory":"/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final"} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted.log new file mode 100644 index 00000000000..520a9c2f90b --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted.log @@ -0,0 +1,2 @@ +Registered OpenTelemetry (traces + logs + metrics) at endpoint http://localhost:4317 for Brunch Agent +WORKPIECE_REVISIONS {"markdown":" # Synthetic account\r\n\nTiming remains unknown. ","settled":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"settled-revision","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"settled-revision","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":3}],"reopened":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"settled-revision","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"settled-revision","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":3}],"second":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"settled-revision","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"settled-revision","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":3},{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"second-revision","state":"output-available","input":{"markdown":"# Second synthetic account"},"output":{"revisionId":"second-revision","sha256":"e3388bf9f4151879ccff3520bc9b8d78b19c7f0874f32c647e684d477907244d","ordinal":2},"durationMs":1}],"mixed":[{"caseId":"brunch_mark_question-addType","generated":[{"type":"toolCall","id":"brunch_mark_question-addType-brunch_mark_question","name":"brunch_mark_question","arguments":{"question":"What remains unknown?"}},{"type":"toolCall","id":"brunch_mark_question-addType-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}}],"tools":[{"type":"dynamic-tool","toolName":"brunch_mark_question","toolCallId":"brunch_mark_question-addType-brunch_mark_question","state":"output-available","input":{"question":"What remains unknown?"},"output":{"marked":true},"durationMs":2},{"type":"dynamic-tool","toolName":"addType","toolCallId":"brunch_mark_question-addType-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":2}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["brunch_mark_question-addType-addType"],"results":[{"toolCallId":"brunch_mark_question-addType-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null},{"caseId":"update_workpiece-addType","generated":[{"type":"toolCall","id":"update_workpiece-addType-update_workpiece","name":"update_workpiece","arguments":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "}},{"type":"toolCall","id":"update_workpiece-addType-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}}],"tools":[{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"update_workpiece-addType-update_workpiece","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"update_workpiece-addType-update_workpiece","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":1},{"type":"dynamic-tool","toolName":"addType","toolCallId":"update_workpiece-addType-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":1}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["update_workpiece-addType-addType"],"results":[{"toolCallId":"update_workpiece-addType-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null},{"caseId":"brunch_mark_question-update_workpiece-addType","generated":[{"type":"toolCall","id":"brunch_mark_question-update_workpiece-addType-brunch_mark_question","name":"brunch_mark_question","arguments":{"question":"What remains unknown?"}},{"type":"toolCall","id":"brunch_mark_question-update_workpiece-addType-update_workpiece","name":"update_workpiece","arguments":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "}},{"type":"toolCall","id":"brunch_mark_question-update_workpiece-addType-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}}],"tools":[{"type":"dynamic-tool","toolName":"brunch_mark_question","toolCallId":"brunch_mark_question-update_workpiece-addType-brunch_mark_question","state":"output-available","input":{"question":"What remains unknown?"},"output":{"marked":true},"durationMs":1},{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"brunch_mark_question-update_workpiece-addType-update_workpiece","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"brunch_mark_question-update_workpiece-addType-update_workpiece","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":1},{"type":"dynamic-tool","toolName":"addType","toolCallId":"brunch_mark_question-update_workpiece-addType-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":1}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["brunch_mark_question-update_workpiece-addType-addType"],"results":[{"toolCallId":"brunch_mark_question-update_workpiece-addType-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null},{"caseId":"addType-update_workpiece-brunch_mark_question","generated":[{"type":"toolCall","id":"addType-update_workpiece-brunch_mark_question-addType","name":"addType","arguments":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}},{"type":"toolCall","id":"addType-update_workpiece-brunch_mark_question-update_workpiece","name":"update_workpiece","arguments":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "}},{"type":"toolCall","id":"addType-update_workpiece-brunch_mark_question-brunch_mark_question","name":"brunch_mark_question","arguments":{"question":"What remains unknown?"}}],"tools":[{"type":"dynamic-tool","toolName":"addType","toolCallId":"addType-update_workpiece-brunch_mark_question-addType","state":"output-available","input":{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]},"output":{"awaiting":"client"},"durationMs":1},{"type":"dynamic-tool","toolName":"update_workpiece","toolCallId":"addType-update_workpiece-brunch_mark_question-update_workpiece","state":"output-available","input":{"markdown":" # Synthetic account\r\n\nTiming remains unknown. "},"output":{"revisionId":"addType-update_workpiece-brunch_mark_question-update_workpiece","sha256":"f6a6e097317c3e5fbb7fdff1412fa54188495f66477f3115d1459792d98eaead","ordinal":1},"durationMs":1},{"type":"dynamic-tool","toolName":"brunch_mark_question","toolCallId":"addType-update_workpiece-brunch_mark_question-brunch_mark_question","state":"output-available","input":{"question":"What remains unknown?"},"output":{"marked":true},"durationMs":1}],"providerCallsBeforeClientResult":2,"pendingMutationIds":["addType-update_workpiece-brunch_mark_question-addType"],"results":[{"toolCallId":"addType-update_workpiece-brunch_mark_question-addType","toolName":"addType","output":{"applied":true}}],"before":{"places":[],"transitions":[],"types":[],"differentialEquations":[],"parameters":[]},"after":{"places":[],"transitions":[],"types":[{"id":"synthetic-type","name":"SyntheticType","iconSlug":"circle","displayColor":"#808080","elements":[]}],"differentialEquations":[],"parameters":[]},"mutationApplied":true,"actualBrowserApplied":null}],"outputDirectory":"/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted"} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/transport-regressions.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/transport-regressions.log new file mode 100644 index 00000000000..0bf9f08618b --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/transport-regressions.log @@ -0,0 +1,21 @@ +• turbo 2.10.12 + + • Packages in scope: @hashintel/brunch-agent-transport-aisdk + • Running test:unit in 1 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/brunch-agent-transport-aisdk:test:unit: cache miss, executing 1d0920ea270eba53 +@hashintel/brunch-agent-transport-aisdk:test:unit: +@hashintel/brunch-agent-transport-aisdk:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/transport-aisdk +@hashintel/brunch-agent-transport-aisdk:test:unit: +@hashintel/brunch-agent-transport-aisdk:test:unit: +@hashintel/brunch-agent-transport-aisdk:test:unit: Test Files 4 passed (4) +@hashintel/brunch-agent-transport-aisdk:test:unit: Tests 42 passed (42) +@hashintel/brunch-agent-transport-aisdk:test:unit: Start at 11:37:18 +@hashintel/brunch-agent-transport-aisdk:test:unit: Duration 506ms (transform 40ms, setup 0ms, import 202ms, tests 14ms, environment 0ms) +@hashintel/brunch-agent-transport-aisdk:test:unit: + + Tasks: 1 successful, 1 total +Cached: 0 cached, 1 total + Time: 1.778s + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-final.log new file mode 100644 index 00000000000..1790236b660 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-final.log @@ -0,0 +1,651 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@local/hash-isomorphic-utils:codegen: cache hit, replaying logs 6a8cd05e7ded6141 +@hashintel/petrinaut-core:build: cache bypass, force executing d9d4c5a5d59c1d6a +@local/advanced-types:build: cache hit, replaying logs 38f9eeeeb4176261 +@local/internal-api-client:build: cache hit, replaying logs c10bcdc5687c7f04 +@local/hash-isomorphic-utils:codegen: ❯ Parse Configuration +@local/hash-isomorphic-utils:codegen: ✔ Parse Configuration +@local/hash-isomorphic-utils:codegen: ❯ Generate outputs +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/status:build: cache hit, replaying logs ac8382af007adb70 +@local/hash-isomorphic-utils:codegen: ❯ Generate +@hashintel/brunch-agent:build: cache hit, replaying logs 0c6b2698cd1fe7c1 +@local/eslint:build: cache hit, replaying logs 8df70cf8a04e0e2e +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: transforming... +@local/hash-isomorphic-utils:codegen: ❯ Generate +@hashintel/brunch-agent:lint:tsc: cache hit, replaying logs 0250b835e27945f9 +@hashintel/brunch-agent-transport-aisdk:build: cache hit, replaying logs 9cc8408e71e94749 +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ✔ Generate outputs +@hashintel/brunch-agent:build: ✓ 20 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent:build: computing gzip size... +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/json-value-DfyVmP73.js 0.56 kB │ gzip: 0.35 kB │ map: 1.54 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.97 kB │ gzip: 1.16 kB │ map: 9.97 kB +@hashintel/brunch-agent:build: dist/session-log-g_FZuAXm.js 5.94 kB │ gzip: 2.12 kB │ map: 18.62 kB +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 13ms +@hashintel/brunch-agent:build: dist/flue.js 21.95 kB │ gzip: 8.41 kB │ map: 9.54 kB +@hashintel/brunch-agent:build: dist/index.js 24.89 kB │ gzip: 7.64 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 17ms +@rust/hash-codec:build:types: cache hit, replaying logs 138ff0e08e0ce1a8 +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on build directory +@rust/hash-codec:build:types: Compiling harpc-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/harpc/types) +@rust/hash-codec:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-codec:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-codec:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.98s +@rust/hash-codec:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-codec/ac4a733b509c7198/out/codegen-ac4a733b509c7198) +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: running 1 test +@rust/hash-codec:build:types: test index ... ok +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: done: no snapshots to review +@hashintel/brunch-agent:lint:eslint: cache hit, replaying logs f07da0556e05754e +@local/harpc-client:build: cache hit, replaying logs f73d5b310e7f5300 +@hashintel/brunch-agent:test:unit: cache miss, executing 969e0e7614557277 +@hashintel/brunch-agent:lint:eslint: Found 0 warnings and 0 errors. +@hashintel/brunch-agent:lint:eslint: Finished in 667ms on 36 files with 179 rules using 16 threads. +@hashintel/brunch-agent-binding-flue:build: cache hit, replaying logs ec74d04ab5b74e95 +@hashintel/brunch-agent-plugin-gherkin:build: cache hit, replaying logs 39c4a83afe0d056c +@blockprotocol/type-system-rs:build:types: cache hit, replaying logs 9bbda5a595f71418 +@hashintel/brunch-agent-plugin-dafny:build: cache hit, replaying logs d9f7d4f8af47af31 +@hashintel/brunch-agent-plugin-gherkin:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-gherkin:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-plugin-gherkin:build: rendering chunks... +@hashintel/brunch-agent-plugin-gherkin:build: computing gzip size... +@hashintel/brunch-agent-plugin-gherkin:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.77 kB +@hashintel/brunch-agent-plugin-gherkin:build: dist/flue.js 31.54 kB │ gzip: 10.81 kB │ map: 1.94 kB +@hashintel/brunch-agent-binding-flue:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-binding-flue:build: transforming... +@hashintel/brunch-agent-binding-flue:build: ✓ 7 modules transformed. +@hashintel/brunch-agent-binding-flue:build: rendering chunks... +@hashintel/brunch-agent-binding-flue:build: computing gzip size... +@hashintel/brunch-agent-binding-flue:build: dist/index.js 10.81 kB │ gzip: 3.85 kB │ map: 30.78 kB +@hashintel/brunch-agent-binding-flue:build: +@hashintel/brunch-agent-binding-flue:build: ✓ built in 10ms +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.21.3 +@blockprotocol/type-system-rs:build:wasm: cache hit, replaying logs f19472dbb6902eea +@hashintel/brunch-agent-plugin-gherkin:build: +@hashintel/brunch-agent-plugin-gherkin:build: ✓ built in 12ms +@hashintel/brunch-agent-plugin-dafny:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-dafny:build: transforming... +@hashintel/brunch-agent-plugin-dafny:build: ✓ 6 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: rendering chunks... +@hashintel/brunch-agent-plugin-dafny:build: computing gzip size... +@hashintel/brunch-agent-plugin-dafny:build: dist/index.js 0.19 kB │ gzip: 0.18 kB │ map: 0.83 kB +@hashintel/brunch-agent-plugin-dafny:build: dist/flue.js 2.24 kB │ gzip: 1.10 kB │ map: 1.22 kB +@hashintel/brunch-agent-plugin-dafny:build: +@hashintel/brunch-agent-plugin-dafny:build: ✓ built in 10ms +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🎯 Checking for the Wasm target... +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🌀 Compiling to Wasm... +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:wasm: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:wasm: Finished `release` profile [optimized] target(s) in 6.50s +@blockprotocol/type-system-rs:build:wasm: [INFO]: ⬇️ Installing wasm-bindgen... +@blockprotocol/type-system-rs:build:wasm: [INFO]: found wasm-opt at "/Users/lunelson/.local/share/mise/installs/github-web-assembly-binaryen/version_131/bin/wasm-opt" +@blockprotocol/type-system-rs:build:wasm: [INFO]: Optimizing wasm binaries with `wasm-opt`... +@blockprotocol/type-system-rs:build:wasm: [INFO]: ✨ Done in 6.81s +@local/hash-codec:codegen: cache hit, replaying logs 9eadaa32d82cc2db +@blockprotocol/type-system-rs:build:wasm: [INFO]: 📦 Your wasm pkg is ready to publish at pkg. +@blockprotocol/type-system-rs:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.21.3 +@rust/hash-graph-authorization:build:types: cache hit, replaying logs 872cd856bb0339c2 +@blockprotocol/type-system-rs:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:types: Compiling darling v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling bon-macros v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling bon v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common-wasm v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:types: Compiling temporalio-client v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@rust/hash-graph-store:build:types: cache hit, replaying logs 4e1abc3b29a2119d +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-test-data v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/tests/graph/test-data/rust) +@blockprotocol/type-system-rs:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.23s +@blockprotocol/type-system-rs:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/type-system/e8f578c7eb92fdef/out/codegen-e8f578c7eb92fdef) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: running 1 test +@blockprotocol/type-system-rs:build:types: test index ... ok +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: done: no snapshots to review +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-common-wasm v0.5.0 +@rust/hash-graph-authorization:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@rust/hash-graph-authorization:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-authorization:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-authorization:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-store:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-store:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-store:build:types: Compiling temporalio-common v0.5.0 +@rust/hash-graph-store:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 15.63s +@rust/hash-graph-authorization:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-authorization/16c7ff128fd8ff0f/out/codegen-16c7ff128fd8ff0f) +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: running 1 test +@rust/hash-graph-authorization:build:types: test index ... ok +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.10s +@local/hash-graph-client:codegen: cache hit, replaying logs 31144d12486bbc50 +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: done: no snapshots to review +@rust/hash-graph-store:build:types: Compiling temporalio-client v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@rust/hash-graph-store:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@rust/hash-graph-store:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@local/hash-codec:build: cache hit, replaying logs 3fa2ae19f14df321 +@rust/hash-graph-store:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@rust/hash-graph-store:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 22.33s +@rust/hash-graph-store:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-store/17dfb30a5790cc47/out/codegen-17dfb30a5790cc47) +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: running 1 test +@rust/hash-graph-store:build:types: test index ... ok +@rust/hash-graph-store:build:types: +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: ╔═══════════════════════════════════════════════════════╗ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ║ A new version of Redocly CLI (2.51.2) is available. ║ +@local/hash-graph-client:codegen: ║ Update now: `npm i -g @redocly/cli@latest`. ║ +@local/hash-graph-client:codegen: ║ Changelog: https://redocly.com/docs/cli/changelog/ ║ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ╚═══════════════════════════════════════════════════════╝ +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: bundling ../../api/openapi/openapi.json... +@local/hash-graph-client:codegen: 📦 Created a bundle for ../../api/openapi/openapi.json at openapi.bundle.json 41ms. +@rust/hash-graph-store:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: done: no snapshots to review +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: A terminally deprecated method in sun.misc.Unsafe has been called +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset has been called by com.github.benmanes.caffeine.cache.UnsafeAccess (file:/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: Please consider reporting this to the maintainers of class com.github.benmanes.caffeine.cache.UnsafeAccess +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset will be removed in a future release +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] [main] WARN o.o.codegen.DefaultCodegen - PathExpression_path_inner (oneOf schema) already has `string` defined and therefore it's skipped. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Thanks for using OpenAPI Generator. # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Please consider donation to help us maintain this project 🙏 # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # https://opencollective.com/openapi_generator/donate # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] java -Dlog.level=warn -jar "/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar" generate --input-spec="openapi.bundle.json" --generate-alias-as-model --generator-name="typescript-axios" --output="/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/client/typescript" --additional-properties="npmName=@local/hash-graph-client,npmVersion=0.0.0-private,supportsES6=true,withInterfaces=true,disallowAdditionalPropertiesIfNotPresent=true,withNodeImports=true,sortModelPropertiesByRequiredFlag=false" exited with code 0 +@local/hash-graph-client:codegen: [ts] openapi.bundle.json +@local/hash-graph-client:codegen: done. +@blockprotocol/type-system:codegen: cache hit, replaying logs 2ed3557356297aed +@blockprotocol/type-system:codegen: ../rust/pkg/type-system.d.ts -> src/generated/type-system.d.ts +@blockprotocol/type-system:codegen: ../rust/types/index.snap.d.ts -> src/generated/types.d.ts +@local/hash-graph-authorization:codegen: cache hit, replaying logs b74a9e78ef82e39e +@local/hash-graph-store:codegen: cache hit, replaying logs a57e2fd3e8dcf2e0 +@local/hash-graph-client:build: cache hit, replaying logs fa581cdd2d454afa +@blockprotocol/type-system:build: cache hit, replaying logs 4f177d5b31a475fa +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main.ts → dist/es... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es in 957ms +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main-slim.ts → dist/es-slim... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es-slim in 791ms +@local/hash-graph-authorization:build: cache hit, replaying logs c5b4be8b301259e4 +@local/hash-graph-store:build: cache hit, replaying logs 1fc6c0639601d9ac +@blockprotocol/graph:build: cache hit, replaying logs 42bd4bef4d5e8466 +@local/hash-graph-sdk:build: cache hit, replaying logs c5b87a7421b57871 +@local/hash-isomorphic-utils:build: cache hit, replaying logs c6aadc29205c6e94 +@local/hash-backend-utils:build: cache hit, replaying logs 7b61e651362d3226 +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core +@hashintel/brunch-agent:test:unit: +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/petrinaut-core:build: transforming... +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: ⚠ 1 verification gaps are open (spec §14.5 and friends): +@hashintel/brunch-agent:test:unit: · compaction-vs-durable-history — FE-1386 (spec §9.7, §14.5) +@hashintel/brunch-agent:test:unit: Closing one means deleting its entry in the commit that lands its proof. +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: Test Files 12 passed (12) +@hashintel/brunch-agent:test:unit: Tests 101 passed (101) +@hashintel/brunch-agent:test:unit: Start at 11:36:37 +@hashintel/brunch-agent:test:unit: Duration 1.59s (transform 139ms, setup 0ms, import 590ms, tests 77ms, environment 0ms) +@hashintel/brunch-agent:test:unit: +@hashintel/petrinaut-core:build: rendering chunks... +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.61s +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent-plugin-sdcpn:build: cache hit, replaying logs 1688ec33738cc82d +@hashintel/brunch-agent-plugin-sdcpn:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-sdcpn:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ 13 modules transformed. +@hashintel/brunch-agent-plugin-sdcpn:build: rendering chunks... +@hashintel/brunch-agent-plugin-sdcpn:build: computing gzip size... +@hashintel/brunch-agent-plugin-sdcpn:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.84 kB +@hashintel/brunch-agent-plugin-sdcpn:build: dist/flue.js 53.70 kB │ gzip: 17.92 kB │ map: 17.32 kB +@hashintel/brunch-agent-plugin-sdcpn:build: +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ built in 11ms +@apps/brunch-agent:lint:eslint: cache miss, executing 6b15f6bc9e2ca3f2 +@apps/brunch-agent:build: cache miss, executing 16b3615dfdcc2baf +@apps/brunch-agent:lint:tsc: cache miss, executing f6c3e5802fa4e84b +@apps/brunch-agent:build: vite v8.2.2 building ssr environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 557 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:297:11] +@apps/brunch-agent:lint:eslint: 296 | submissionIds.push(currentAdmission.submissionId); +@apps/brunch-agent:lint:eslint: 297 | await onUpdate?.({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 298 | content: [ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:311:25] +@apps/brunch-agent:lint:eslint: 310 | +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:312:28] +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 313 | // Snapshot retention must finish before this canonical submission is advanced or returned. +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:400:30] +@apps/brunch-agent:lint:eslint: 399 | // Tool calls within one suspension are serviced in canonical order. +@apps/brunch-agent:lint:eslint: 400 | const output = await host.execute(call); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 401 | completedClientCallIds.add(call.toolCallId); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:436:30] +@apps/brunch-agent:lint:eslint: 435 | +@apps/brunch-agent:lint:eslint: 436 | currentAdmission = await client.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 437 | message: { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/petrinaut-chat.integration.ts:71:20] +@apps/brunch-agent:lint:eslint: 70 | for (;;) { +@apps/brunch-agent:lint:eslint: 71 | const result = await reader.read(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 72 | if (result.done) return chunks; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:108:12] +@apps/brunch-agent:lint:eslint: 107 | +@apps/brunch-agent:lint:eslint: 108 | function submit(event: FormEvent): void { +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- The prop was declared here +@apps/brunch-agent:lint:eslint: 109 | event.preventDefault(); +@apps/brunch-agent:lint:eslint: 110 | const reply = input.trim(); +@apps/brunch-agent:lint:eslint: 111 | if (!reply || busy) return; +@apps/brunch-agent:lint:eslint: 112 | setInput(""); +@apps/brunch-agent:lint:eslint: 113 | void agent.sendMessage(reply); +@apps/brunch-agent:lint:eslint: 114 | } +@apps/brunch-agent:lint:eslint: 115 | +@apps/brunch-agent:lint:eslint: 116 | return ( +@apps/brunch-agent:lint:eslint: 117 |
+@apps/brunch-agent:lint:eslint: 118 |
+@apps/brunch-agent:lint:eslint: 119 |
+@apps/brunch-agent:lint:eslint: 120 |

+@apps/brunch-agent:lint:eslint: 121 | {readOnly ? "Brunch / Flue observer" : "Brunch / Flue chat"} +@apps/brunch-agent:lint:eslint: 122 |

+@apps/brunch-agent:lint:eslint: 123 |

+@apps/brunch-agent:lint:eslint: 124 | {readOnly ? "Canonical conversation" : "Plain Flue conversation"} +@apps/brunch-agent:lint:eslint: 125 |

+@apps/brunch-agent:lint:eslint: 126 |
+@apps/brunch-agent:lint:eslint: 127 | +@apps/brunch-agent:lint:eslint: 128 | {readOnly ? `read-only · ${agent.status}` : agent.status} +@apps/brunch-agent:lint:eslint: 129 | +@apps/brunch-agent:lint:eslint: 130 |
+@apps/brunch-agent:lint:eslint: 131 | +@apps/brunch-agent:lint:eslint: 132 |
+@apps/brunch-agent:lint:eslint: 133 | {agent.messages.map((message) => ( +@apps/brunch-agent:lint:eslint: 134 | +@apps/brunch-agent:lint:eslint: 135 | ))} +@apps/brunch-agent:lint:eslint: 136 | {agent.error ?

{agent.error.message}

: null} +@apps/brunch-agent:lint:eslint: 137 |
+@apps/brunch-agent:lint:eslint: 138 | +@apps/brunch-agent:lint:eslint: 139 | {readOnly ? null : ( +@apps/brunch-agent:lint:eslint: 140 | +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- And used here +@apps/brunch-agent:lint:eslint: 141 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:146:25] +@apps/brunch-agent:lint:eslint: 145 | value={input} +@apps/brunch-agent:lint:eslint: 146 | onChange={(event) => setInput(event.target.value)} +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | placeholder="Ask something." +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:78:24] +@apps/brunch-agent:lint:eslint: 77 | ] as const) { +@apps/brunch-agent:lint:eslint: 78 | const response = await app.request(`/assets/${file}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 79 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:129:24] +@apps/brunch-agent:lint:eslint: 128 | for (const name of PRODUCER_PUNCTUATION) { +@apps/brunch-agent:lint:eslint: 129 | const response = await app.request(`/assets/${encodeURIComponent(name)}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:133:15] +@apps/brunch-agent:lint:eslint: 132 | status: response.status, +@apps/brunch-agent:lint:eslint: 133 | body: await response.text(), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 134 | }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:159:24] +@apps/brunch-agent:lint:eslint: 158 | ]) { +@apps/brunch-agent:lint:eslint: 159 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 160 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:163:18] +@apps/brunch-agent:lint:eslint: 162 | status: response.status, +@apps/brunch-agent:lint:eslint: 163 | leaked: (await response.text()).includes("SECRET"), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 164 | }).toEqual({ path, status: 404, leaked: false }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:178:24] +@apps/brunch-agent:lint:eslint: 177 | ] as const) { +@apps/brunch-agent:lint:eslint: 178 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 179 | expect({ reason, status: response.status }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: Found 14 warnings and 0 errors. +@apps/brunch-agent:lint:eslint: Finished in 560ms on 81 files with 239 rules using 16 threads. +@apps/brunch-agent:build: dist/app.mjs 0.15 kB │ gzip: 0.12 kB +@apps/brunch-agent:build: dist/execAsync-D25bwo5l.mjs 0.58 kB │ gzip: 0.37 kB │ map: 0.76 kB +@apps/brunch-agent:build: dist/getMachineId-unsupported-QqRDr4II.mjs 0.72 kB │ gzip: 0.41 kB │ map: 0.90 kB +@apps/brunch-agent:build: dist/getMachineId-linux-B5Iy_Sy7.mjs 0.89 kB │ gzip: 0.52 kB │ map: 1.36 kB +@apps/brunch-agent:build: dist/server.mjs 0.90 kB │ gzip: 0.53 kB │ map: 1.45 kB +@apps/brunch-agent:build: dist/getMachineId-bsd-ThF6nEVL.mjs 1.10 kB │ gzip: 0.57 kB │ map: 1.62 kB +@apps/brunch-agent:build: dist/getMachineId-darwin-C6rMMlat.mjs 1.11 kB │ gzip: 0.62 kB │ map: 1.68 kB +@apps/brunch-agent:build: dist/getMachineId-win-FwyaH7b-.mjs 1.27 kB │ gzip: 0.74 kB │ map: 1.83 kB +@apps/brunch-agent:build: dist/rolldown-runtime-BMI-E3GI.mjs 1.92 kB │ gzip: 0.87 kB +@apps/brunch-agent:build: dist/node-server-DD1JDA2j.mjs 2,722.37 kB │ gzip: 521.07 kB │ map: 4,824.84 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 183ms +@apps/brunch-agent:build: vite v8.2.2 building client environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 169 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/client/index.html 0.38 kB │ gzip: 0.24 kB +@apps/brunch-agent:build: dist/client/assets/index.css 2.54 kB │ gzip: 1.16 kB +@apps/brunch-agent:build: dist/client/assets/index.js 244.66 kB │ gzip: 75.89 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 67ms +@apps/brunch-agent:test:unit: cache miss, executing 58ef8126283c6966 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts (3 tests | 1 failed) 2240ms +@apps/brunch-agent:test:unit: × mixed workpiece and browser tool batch does not apply a mutation 3ms +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.test.ts (27 tests | 1 failed) 75ms +@apps/brunch-agent:test:unit: × the substrate is imported by exactly the reviewed entry points 5ms +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯ Failed Tests 2 ⎯⎯⎯⎯⎯⎯⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/workpiece-revisions.test.ts > mixed workpiece and browser tool batch does not apply a mutation +@apps/brunch-agent:test:unit: AssertionError: expected [ { …(3) }, { …(3) }, { …(3) } ] to deeply equal [ { …(3) }, { …(3) }, { …(3) } ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: [ +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "update_workpiece-addType", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "update_workpiece-addType-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "brunch_mark_question-update_workpiece-addType", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "brunch_mark_question-update_workpiece-addType-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "addType-update_workpiece-brunch_mark_question", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "addType-update_workpiece-brunch_mark_question-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts:67:5 +@apps/brunch-agent:test:unit: 65| pendingMutationIds, +@apps/brunch-agent:test:unit: 66| })), +@apps/brunch-agent:test:unit: 67| ).toEqual( +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 68| workpieceBatches.map(({ caseId }) => ({ +@apps/brunch-agent:test:unit: 69| caseId, +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/2]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/architecture/boundaries.test.ts > the HASH smoke is runnable without a model key or a network (spec §12.5) > the substrate is imported by exactly the reviewed entry points +@apps/brunch-agent:test:unit: AssertionError: expected [ …(16) ] to deeply equal [ …(14) ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: @@ -6,11 +6,13 @@ +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/proof-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-elicitation-faux-provider.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-headless.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/telemetry.test.ts", +@apps/brunch-agent:test:unit: + "apps/brunch-agent/test/workpiece-revisions.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/core/test/question-marker.test.ts", +@apps/brunch-agent:test:unit: + "libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/chat-transport.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/transcript.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/ui-stream.test.ts", +@apps/brunch-agent:test:unit: ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.integration.ts:488:23 +@apps/brunch-agent:test:unit: 486| .map((file) => file.relPath) +@apps/brunch-agent:test:unit: 487| .sort(); +@apps/brunch-agent:test:unit: 488| expect(importers).toEqual( +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 489| Object.keys(SUBSTRATE_INTEGRATION_ENTRY_POINTS).sort(), +@apps/brunch-agent:test:unit: 490| ); +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[2/2]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Test Files 2 failed | 24 passed (26) +@apps/brunch-agent:test:unit: Tests 2 failed | 153 passed (155) +@apps/brunch-agent:test:unit: Start at 11:36:41 +@apps/brunch-agent:test:unit: Duration 3.84s (transform 802ms, setup 0ms, import 2.15s, tests 11.75s, environment 1ms) +@apps/brunch-agent:test:unit: +@apps/brunch-agent#test:unit: WARNING command finished with error, but continuing... +@apps/brunch-agent#test:unit: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-951a8a30/yarn run test:unit exited (1) + + Tasks: 38 successful, 39 total +Cached: 33 cached, 39 total + Time: 9.619s +Failed: @apps/brunch-agent#test:unit + + ERROR run failed: command exited (1) diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-first.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-first.log new file mode 100644 index 00000000000..a740c50d9b7 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-first.log @@ -0,0 +1,147 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/petrinaut-core:build: cache bypass, force executing d9d4c5a5d59c1d6a +@local/advanced-types:build: cache miss, executing 38f9eeeeb4176261 +@local/hash-isomorphic-utils:codegen: cache miss, executing 6a8cd05e7ded6141 +@hashintel/brunch-agent:build: cache miss, executing d44493d85fd42c84 +@hashintel/brunch-agent:test:unit: cache miss, executing 6dce7a8981d3dbcc +@local/internal-api-client:build: cache miss, executing c10bcdc5687c7f04 +@local/eslint:build: cache miss, executing 8df70cf8a04e0e2e +@local/status:build: cache miss, executing ac8382af007adb70 +@hashintel/brunch-agent-transport-aisdk:build: cache miss, executing 9cc8408e71e94749 +@local/harpc-client:build: cache miss, executing f73d5b310e7f5300 +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/petrinaut-core:build: transforming... +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 13ms +@hashintel/brunch-agent:lint:tsc: cache miss, executing f311bab1e2577551 +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@hashintel/petrinaut-core:build: rendering chunks... +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: transforming... +@hashintel/brunch-agent:build: ✓ 20 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent:build: computing gzip size... +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/json-value-DfyVmP73.js 0.56 kB │ gzip: 0.35 kB │ map: 1.54 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.97 kB │ gzip: 1.16 kB │ map: 9.97 kB +@hashintel/brunch-agent:build: dist/session-log-g_FZuAXm.js 5.94 kB │ gzip: 2.12 kB │ map: 18.62 kB +@hashintel/brunch-agent:build: dist/flue.js 21.74 kB │ gzip: 8.34 kB │ map: 8.98 kB +@hashintel/brunch-agent:build: dist/index.js 24.89 kB │ gzip: 7.64 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 19ms +@hashintel/brunch-agent-plugin-dafny:build: cache miss, executing 5a6005c1a356bb99 +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.72s +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: ⚠ 1 verification gaps are open (spec §14.5 and friends): +@hashintel/brunch-agent:test:unit: · compaction-vs-durable-history — FE-1386 (spec §9.7, §14.5) +@hashintel/brunch-agent:test:unit: Closing one means deleting its entry in the commit that lands its proof. +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: Test Files 12 passed (12) +@hashintel/brunch-agent:test:unit: Tests 100 passed (100) +@hashintel/brunch-agent:test:unit: Start at 11:27:00 +@hashintel/brunch-agent:test:unit: Duration 1.63s (transform 109ms, setup 0ms, import 825ms, tests 84ms, environment 0ms) +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent-plugin-gherkin:build: cache miss, executing 52d2c7c52529b04e +@hashintel/brunch-agent-binding-flue:build: cache miss, executing f7786ddcfee6751b +@rust/hash-codec:build:types: cache miss, executing 138ff0e08e0ce1a8 +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent-plugin-sdcpn:build: cache miss, executing be7fa3361ebe06f5 +@hashintel/brunch-agent:lint:tsc: test/update-workpiece.test.ts(67,56): error TS2322: Type 'StateSetter' is not assignable to type 'StateSetter'. +@hashintel/brunch-agent:lint:tsc: Types of parameters 'value' and 'value' are incompatible. +@hashintel/brunch-agent:lint:tsc: Type 'unknown' is not assignable to type 'WorkpieceRevision | ((previous: WorkpieceRevision | null) => WorkpieceRevision | null) | null'. +@hashintel/brunch-agent#lint:tsc: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-e44bd26b/yarn run lint:tsc exited (2) + + Tasks: 6 successful, 16 total +Cached: 0 cached, 16 total + Time: 4.583s +Failed: @hashintel/brunch-agent#lint:tsc + + ERROR run failed: command exited (2) diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-fourth.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-fourth.log new file mode 100644 index 00000000000..2abc3af6e93 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-fourth.log @@ -0,0 +1,687 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/petrinaut-core:build: cache bypass, force executing d9d4c5a5d59c1d6a +@local/internal-api-client:build: cache hit, replaying logs c10bcdc5687c7f04 +@hashintel/brunch-agent-transport-aisdk:build: cache hit, replaying logs 9cc8408e71e94749 +@local/eslint:build: cache hit, replaying logs 8df70cf8a04e0e2e +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@local/hash-isomorphic-utils:codegen: cache hit, replaying logs 6a8cd05e7ded6141 +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 13ms +@local/status:build: cache hit, replaying logs ac8382af007adb70 +@local/hash-isomorphic-utils:codegen: ❯ Parse Configuration +@local/hash-isomorphic-utils:codegen: ✔ Parse Configuration +@local/advanced-types:build: cache hit, replaying logs 38f9eeeeb4176261 +@local/hash-isomorphic-utils:codegen: ❯ Generate outputs +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@hashintel/brunch-agent:lint:eslint: cache miss, executing f07da0556e05754e +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ✔ Generate outputs +@rust/hash-codec:build:types: cache hit, replaying logs 138ff0e08e0ce1a8 +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on build directory +@rust/hash-codec:build:types: Compiling harpc-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/harpc/types) +@rust/hash-codec:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-codec:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-codec:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.98s +@local/harpc-client:build: cache hit, replaying logs f73d5b310e7f5300 +@blockprotocol/type-system-rs:build:types: cache hit, replaying logs 9bbda5a595f71418 +@rust/hash-codec:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-codec/ac4a733b509c7198/out/codegen-ac4a733b509c7198) +@hashintel/brunch-agent:test:unit: cache miss, executing 88f1c29680385853 +@rust/hash-codec:build:types: +@hashintel/brunch-agent:build: cache miss, executing 0c6b2698cd1fe7c1 +@rust/hash-codec:build:types: running 1 test +@rust/hash-codec:build:types: test index ... ok +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:wasm: cache hit, replaying logs f19472dbb6902eea +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@blockprotocol/type-system-rs:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:types: Compiling darling v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling bon-macros v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling bon v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common-wasm v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:types: Compiling temporalio-client v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@rust/hash-graph-authorization:build:types: cache hit, replaying logs 872cd856bb0339c2 +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🎯 Checking for the Wasm target... +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🌀 Compiling to Wasm... +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@hashintel/brunch-agent:lint:tsc: cache miss, executing 0250b835e27945f9 +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-test-data v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/tests/graph/test-data/rust) +@blockprotocol/type-system-rs:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.23s +@blockprotocol/type-system-rs:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/type-system/e8f578c7eb92fdef/out/codegen-e8f578c7eb92fdef) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: running 1 test +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: test index ... ok +@blockprotocol/type-system-rs:build:wasm: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:wasm: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:wasm: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on build directory +@blockprotocol/type-system-rs:build:wasm: Finished `release` profile [optimized] target(s) in 6.50s +@blockprotocol/type-system-rs:build:wasm: [INFO]: ⬇️ Installing wasm-bindgen... +@blockprotocol/type-system-rs:build:wasm: [INFO]: found wasm-opt at "/Users/lunelson/.local/share/mise/installs/github-web-assembly-binaryen/version_131/bin/wasm-opt" +@blockprotocol/type-system-rs:build:wasm: [INFO]: Optimizing wasm binaries with `wasm-opt`... +@blockprotocol/type-system-rs:build:wasm: [INFO]: ✨ Done in 6.81s +@blockprotocol/type-system-rs:build:wasm: [INFO]: 📦 Your wasm pkg is ready to publish at pkg. +@rust/hash-graph-authorization:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@rust/hash-graph-authorization:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-authorization:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-authorization:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-authorization:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 15.63s +@rust/hash-graph-authorization:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-authorization/16c7ff128fd8ff0f/out/codegen-16c7ff128fd8ff0f) +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: running 1 test +@rust/hash-graph-authorization:build:types: test index ... ok +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.10s +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: done: no snapshots to review +@local/hash-codec:codegen: cache hit, replaying logs 9eadaa32d82cc2db +@rust/hash-graph-store:build:types: cache hit, replaying logs 4e1abc3b29a2119d +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-common-wasm v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-store:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-store:build:types: Compiling temporalio-common v0.5.0 +@rust/hash-graph-store:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-client v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@rust/hash-graph-store:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@rust/hash-graph-store:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-store:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@rust/hash-graph-store:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 22.33s +@rust/hash-graph-store:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-store/17dfb30a5790cc47/out/codegen-17dfb30a5790cc47) +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: running 1 test +@rust/hash-graph-store:build:types: test index ... ok +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: done: no snapshots to review +@blockprotocol/type-system:codegen: cache hit, replaying logs 2ed3557356297aed +@blockprotocol/type-system:codegen: ../rust/pkg/type-system.d.ts -> src/generated/type-system.d.ts +@blockprotocol/type-system:codegen: ../rust/types/index.snap.d.ts -> src/generated/types.d.ts +@local/hash-graph-authorization:codegen: cache hit, replaying logs b74a9e78ef82e39e +@local/hash-codec:build: cache hit, replaying logs 3fa2ae19f14df321 +@local/hash-graph-store:codegen: cache hit, replaying logs a57e2fd3e8dcf2e0 +@local/hash-graph-client:codegen: cache hit, replaying logs 31144d12486bbc50 +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: ╔═══════════════════════════════════════════════════════╗ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ║ A new version of Redocly CLI (2.51.2) is available. ║ +@local/hash-graph-client:codegen: ║ Update now: `npm i -g @redocly/cli@latest`. ║ +@local/hash-graph-client:codegen: ║ Changelog: https://redocly.com/docs/cli/changelog/ ║ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ╚═══════════════════════════════════════════════════════╝ +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: bundling ../../api/openapi/openapi.json... +@local/hash-graph-client:codegen: 📦 Created a bundle for ../../api/openapi/openapi.json at openapi.bundle.json 41ms. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: A terminally deprecated method in sun.misc.Unsafe has been called +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset has been called by com.github.benmanes.caffeine.cache.UnsafeAccess (file:/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: Please consider reporting this to the maintainers of class com.github.benmanes.caffeine.cache.UnsafeAccess +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset will be removed in a future release +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] [main] WARN o.o.codegen.DefaultCodegen - PathExpression_path_inner (oneOf schema) already has `string` defined and therefore it's skipped. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Thanks for using OpenAPI Generator. # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Please consider donation to help us maintain this project 🙏 # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # https://opencollective.com/openapi_generator/donate # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] java -Dlog.level=warn -jar "/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar" generate --input-spec="openapi.bundle.json" --generate-alias-as-model --generator-name="typescript-axios" --output="/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/client/typescript" --additional-properties="npmName=@local/hash-graph-client,npmVersion=0.0.0-private,supportsES6=true,withInterfaces=true,disallowAdditionalPropertiesIfNotPresent=true,withNodeImports=true,sortModelPropertiesByRequiredFlag=false" exited with code 0 +@local/hash-graph-client:codegen: [ts] openapi.bundle.json +@local/hash-graph-client:codegen: done. +@blockprotocol/type-system:build: cache hit, replaying logs 4f177d5b31a475fa +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main.ts → dist/es... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es in 957ms +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main-slim.ts → dist/es-slim... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es-slim in 791ms +@local/hash-graph-client:build: cache hit, replaying logs fa581cdd2d454afa +@local/hash-graph-authorization:build: cache hit, replaying logs c5b4be8b301259e4 +@local/hash-graph-store:build: cache hit, replaying logs 1fc6c0639601d9ac +@blockprotocol/graph:build: cache hit, replaying logs 42bd4bef4d5e8466 +@local/hash-graph-sdk:build: cache hit, replaying logs c5b87a7421b57871 +@local/hash-isomorphic-utils:build: cache hit, replaying logs c6aadc29205c6e94 +@local/hash-backend-utils:build: cache hit, replaying logs 7b61e651362d3226 +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: transforming... +@hashintel/brunch-agent:build: ✓ 20 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent:build: computing gzip size... +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/json-value-DfyVmP73.js 0.56 kB │ gzip: 0.35 kB │ map: 1.54 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.97 kB │ gzip: 1.16 kB │ map: 9.97 kB +@hashintel/brunch-agent:build: dist/session-log-g_FZuAXm.js 5.94 kB │ gzip: 2.12 kB │ map: 18.62 kB +@hashintel/brunch-agent:build: dist/flue.js 21.95 kB │ gzip: 8.41 kB │ map: 9.54 kB +@hashintel/brunch-agent:build: dist/index.js 24.89 kB │ gzip: 7.64 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 17ms +@hashintel/brunch-agent-binding-flue:build: cache miss, executing ec74d04ab5b74e95 +@hashintel/brunch-agent-plugin-gherkin:build: cache miss, executing 39c4a83afe0d056c +@hashintel/brunch-agent-plugin-dafny:build: cache miss, executing d9f7d4f8af47af31 +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core +@hashintel/brunch-agent:test:unit: +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-gherkin:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-gherkin:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: ✓ 9 modules transformed. +@hashintel/petrinaut-core:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: rendering chunks... +@hashintel/brunch-agent-plugin-gherkin:build: computing gzip size... +@hashintel/brunch-agent-plugin-gherkin:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.77 kB +@hashintel/brunch-agent-plugin-gherkin:build: dist/flue.js 31.54 kB │ gzip: 10.81 kB │ map: 1.94 kB +@hashintel/brunch-agent-plugin-gherkin:build: +@hashintel/brunch-agent-plugin-gherkin:build: ✓ built in 12ms +@hashintel/brunch-agent-plugin-dafny:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-dafny:build: transforming... +@hashintel/brunch-agent-plugin-dafny:build: ✓ 6 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: rendering chunks... +@hashintel/brunch-agent-plugin-dafny:build: computing gzip size... +@hashintel/brunch-agent-plugin-dafny:build: dist/index.js 0.19 kB │ gzip: 0.18 kB │ map: 0.83 kB +@hashintel/brunch-agent-plugin-dafny:build: dist/flue.js 2.24 kB │ gzip: 1.10 kB │ map: 1.22 kB +@hashintel/brunch-agent-plugin-dafny:build: +@hashintel/brunch-agent-plugin-dafny:build: ✓ built in 10ms +@hashintel/brunch-agent-binding-flue:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-binding-flue:build: transforming... +@hashintel/brunch-agent-binding-flue:build: ✓ 7 modules transformed. +@hashintel/brunch-agent-binding-flue:build: rendering chunks... +@hashintel/brunch-agent-binding-flue:build: computing gzip size... +@hashintel/brunch-agent-binding-flue:build: dist/index.js 10.81 kB │ gzip: 3.85 kB │ map: 30.78 kB +@hashintel/brunch-agent-binding-flue:build: +@hashintel/brunch-agent-binding-flue:build: ✓ built in 10ms +@hashintel/brunch-agent:lint:eslint: Found 0 warnings and 0 errors. +@hashintel/brunch-agent:lint:eslint: Finished in 667ms on 36 files with 179 rules using 16 threads. +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: ⚠ 1 verification gaps are open (spec §14.5 and friends): +@hashintel/brunch-agent:test:unit: · compaction-vs-durable-history — FE-1386 (spec §9.7, §14.5) +@hashintel/brunch-agent:test:unit: Closing one means deleting its entry in the commit that lands its proof. +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@hashintel/petrinaut-core:build: rendering chunks... +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: Test Files 12 passed (12) +@hashintel/brunch-agent:test:unit: Tests 101 passed (101) +@hashintel/brunch-agent:test:unit: Start at 11:35:27 +@hashintel/brunch-agent:test:unit: Duration 1.57s (transform 101ms, setup 0ms, import 542ms, tests 82ms, environment 1ms) +@hashintel/brunch-agent:test:unit: +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.60s +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent-plugin-sdcpn:build: cache miss, executing 1688ec33738cc82d +@hashintel/brunch-agent-plugin-sdcpn:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-sdcpn:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ 13 modules transformed. +@hashintel/brunch-agent-plugin-sdcpn:build: rendering chunks... +@hashintel/brunch-agent-plugin-sdcpn:build: computing gzip size... +@hashintel/brunch-agent-plugin-sdcpn:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.84 kB +@hashintel/brunch-agent-plugin-sdcpn:build: dist/flue.js 53.70 kB │ gzip: 17.92 kB │ map: 17.32 kB +@hashintel/brunch-agent-plugin-sdcpn:build: +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ built in 11ms +@apps/brunch-agent:lint:eslint: cache miss, executing b7138ee3581e2582 +@apps/brunch-agent:lint:tsc: cache miss, executing 1177c230283b8cdf +@apps/brunch-agent:build: cache miss, executing da9d16dcfccefa2a +@apps/brunch-agent:build: vite v8.2.2 building ssr environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 557 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:297:11] +@apps/brunch-agent:lint:eslint: 296 | submissionIds.push(currentAdmission.submissionId); +@apps/brunch-agent:lint:eslint: 297 | await onUpdate?.({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 298 | content: [ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:311:25] +@apps/brunch-agent:lint:eslint: 310 | +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:312:28] +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 313 | // Snapshot retention must finish before this canonical submission is advanced or returned. +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:400:30] +@apps/brunch-agent:lint:eslint: 399 | // Tool calls within one suspension are serviced in canonical order. +@apps/brunch-agent:lint:eslint: 400 | const output = await host.execute(call); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 401 | completedClientCallIds.add(call.toolCallId); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:436:30] +@apps/brunch-agent:lint:eslint: 435 | +@apps/brunch-agent:lint:eslint: 436 | currentAdmission = await client.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 437 | message: { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:166:7] +@apps/brunch-agent:lint:eslint: 165 | const mixedClient = clientFor(caseId); +@apps/brunch-agent:lint:eslint: 166 | await mixedClient.wait( +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 167 | await mixedClient.send({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:167:9] +@apps/brunch-agent:lint:eslint: 166 | await mixedClient.wait( +@apps/brunch-agent:lint:eslint: 167 | await mixedClient.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 168 | initialData: { mode: VALIDATED_CONSTRUCTION_MODE }, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:175:23] +@apps/brunch-agent:lint:eslint: 174 | ); +@apps/brunch-agent:lint:eslint: 175 | const history = await mixedClient.history(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 176 | save(`${caseId}-history.json`, history); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:191:13] +@apps/brunch-agent:lint:eslint: 190 | results.push( +@apps/brunch-agent:lint:eslint: 191 | await headless.execute({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 192 | toolName: call.toolName, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/petrinaut-chat.integration.ts:71:20] +@apps/brunch-agent:lint:eslint: 70 | for (;;) { +@apps/brunch-agent:lint:eslint: 71 | const result = await reader.read(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 72 | if (result.done) return chunks; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:108:12] +@apps/brunch-agent:lint:eslint: 107 | +@apps/brunch-agent:lint:eslint: 108 | function submit(event: FormEvent): void { +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- The prop was declared here +@apps/brunch-agent:lint:eslint: 109 | event.preventDefault(); +@apps/brunch-agent:lint:eslint: 110 | const reply = input.trim(); +@apps/brunch-agent:lint:eslint: 111 | if (!reply || busy) return; +@apps/brunch-agent:lint:eslint: 112 | setInput(""); +@apps/brunch-agent:lint:eslint: 113 | void agent.sendMessage(reply); +@apps/brunch-agent:lint:eslint: 114 | } +@apps/brunch-agent:lint:eslint: 115 | +@apps/brunch-agent:lint:eslint: 116 | return ( +@apps/brunch-agent:lint:eslint: 117 |
+@apps/brunch-agent:lint:eslint: 118 |
+@apps/brunch-agent:lint:eslint: 119 |
+@apps/brunch-agent:lint:eslint: 120 |

+@apps/brunch-agent:lint:eslint: 121 | {readOnly ? "Brunch / Flue observer" : "Brunch / Flue chat"} +@apps/brunch-agent:lint:eslint: 122 |

+@apps/brunch-agent:lint:eslint: 123 |

+@apps/brunch-agent:lint:eslint: 124 | {readOnly ? "Canonical conversation" : "Plain Flue conversation"} +@apps/brunch-agent:lint:eslint: 125 |

+@apps/brunch-agent:lint:eslint: 126 |
+@apps/brunch-agent:lint:eslint: 127 | +@apps/brunch-agent:lint:eslint: 128 | {readOnly ? `read-only · ${agent.status}` : agent.status} +@apps/brunch-agent:lint:eslint: 129 | +@apps/brunch-agent:lint:eslint: 130 |
+@apps/brunch-agent:lint:eslint: 131 | +@apps/brunch-agent:lint:eslint: 132 |
+@apps/brunch-agent:lint:eslint: 133 | {agent.messages.map((message) => ( +@apps/brunch-agent:lint:eslint: 134 | +@apps/brunch-agent:lint:eslint: 135 | ))} +@apps/brunch-agent:lint:eslint: 136 | {agent.error ?

{agent.error.message}

: null} +@apps/brunch-agent:lint:eslint: 137 |
+@apps/brunch-agent:lint:eslint: 138 | +@apps/brunch-agent:lint:eslint: 139 | {readOnly ? null : ( +@apps/brunch-agent:lint:eslint: 140 | +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- And used here +@apps/brunch-agent:lint:eslint: 141 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:146:25] +@apps/brunch-agent:lint:eslint: 145 | value={input} +@apps/brunch-agent:lint:eslint: 146 | onChange={(event) => setInput(event.target.value)} +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | placeholder="Ask something." +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:78:24] +@apps/brunch-agent:lint:eslint: 77 | ] as const) { +@apps/brunch-agent:lint:eslint: 78 | const response = await app.request(`/assets/${file}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 79 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:129:24] +@apps/brunch-agent:lint:eslint: 128 | for (const name of PRODUCER_PUNCTUATION) { +@apps/brunch-agent:lint:eslint: 129 | const response = await app.request(`/assets/${encodeURIComponent(name)}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:133:15] +@apps/brunch-agent:lint:eslint: 132 | status: response.status, +@apps/brunch-agent:lint:eslint: 133 | body: await response.text(), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 134 | }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:159:24] +@apps/brunch-agent:lint:eslint: 158 | ]) { +@apps/brunch-agent:lint:eslint: 159 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 160 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:163:18] +@apps/brunch-agent:lint:eslint: 162 | status: response.status, +@apps/brunch-agent:lint:eslint: 163 | leaked: (await response.text()).includes("SECRET"), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 164 | }).toEqual({ path, status: 404, leaked: false }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:178:24] +@apps/brunch-agent:lint:eslint: 177 | ] as const) { +@apps/brunch-agent:lint:eslint: 178 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 179 | expect({ reason, status: response.status }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: Found 18 warnings and 0 errors. +@apps/brunch-agent:lint:eslint: Finished in 525ms on 81 files with 239 rules using 16 threads. +@apps/brunch-agent:build: dist/app.mjs 0.15 kB │ gzip: 0.12 kB +@apps/brunch-agent:build: dist/execAsync-D25bwo5l.mjs 0.58 kB │ gzip: 0.37 kB │ map: 0.76 kB +@apps/brunch-agent:build: dist/getMachineId-unsupported-QqRDr4II.mjs 0.72 kB │ gzip: 0.41 kB │ map: 0.90 kB +@apps/brunch-agent:build: dist/getMachineId-linux-B5Iy_Sy7.mjs 0.89 kB │ gzip: 0.52 kB │ map: 1.36 kB +@apps/brunch-agent:build: dist/server.mjs 0.90 kB │ gzip: 0.53 kB │ map: 1.45 kB +@apps/brunch-agent:build: dist/getMachineId-bsd-ThF6nEVL.mjs 1.10 kB │ gzip: 0.57 kB │ map: 1.62 kB +@apps/brunch-agent:build: dist/getMachineId-darwin-C6rMMlat.mjs 1.11 kB │ gzip: 0.62 kB │ map: 1.68 kB +@apps/brunch-agent:build: dist/getMachineId-win-FwyaH7b-.mjs 1.27 kB │ gzip: 0.74 kB │ map: 1.83 kB +@apps/brunch-agent:build: dist/rolldown-runtime-BMI-E3GI.mjs 1.92 kB │ gzip: 0.87 kB +@apps/brunch-agent:build: dist/node-server-DD1JDA2j.mjs 2,722.37 kB │ gzip: 521.07 kB │ map: 4,824.84 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 193ms +@apps/brunch-agent:build: vite v8.2.2 building client environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 169 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/client/index.html 0.38 kB │ gzip: 0.24 kB +@apps/brunch-agent:build: dist/client/assets/index.css 2.54 kB │ gzip: 1.16 kB +@apps/brunch-agent:build: dist/client/assets/index.js 244.66 kB │ gzip: 75.89 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 61ms +@apps/brunch-agent:test:unit: cache miss, executing 5f802652a33a1071 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.test.ts (27 tests | 1 failed) 98ms +@apps/brunch-agent:test:unit: × the substrate is imported by exactly the reviewed entry points 5ms +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts (3 tests | 1 failed) 1327ms +@apps/brunch-agent:test:unit: × mixed workpiece and browser tool batch does not apply a mutation 3ms +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯ Failed Tests 2 ⎯⎯⎯⎯⎯⎯⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/workpiece-revisions.test.ts > mixed workpiece and browser tool batch does not apply a mutation +@apps/brunch-agent:test:unit: AssertionError: expected [ { …(3) }, { …(3) }, { …(3) } ] to deeply equal [ { …(3) }, { …(3) }, { …(3) } ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: [ +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "update_workpiece-addType", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "update_workpiece-addType-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "brunch_mark_question-update_workpiece-addType", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "brunch_mark_question-update_workpiece-addType-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "addType-update_workpiece-brunch_mark_question", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "addType-update_workpiece-brunch_mark_question-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts:67:5 +@apps/brunch-agent:test:unit: 65| pendingMutationIds, +@apps/brunch-agent:test:unit: 66| })), +@apps/brunch-agent:test:unit: 67| ).toEqual( +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 68| workpieceBatches.map(({ caseId }) => ({ +@apps/brunch-agent:test:unit: 69| caseId, +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/2]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/architecture/boundaries.test.ts > the HASH smoke is runnable without a model key or a network (spec §12.5) > the substrate is imported by exactly the reviewed entry points +@apps/brunch-agent:test:unit: AssertionError: expected [ …(16) ] to deeply equal [ …(14) ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: @@ -6,11 +6,13 @@ +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/proof-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-elicitation-faux-provider.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-headless.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/telemetry.test.ts", +@apps/brunch-agent:test:unit: + "apps/brunch-agent/test/workpiece-revisions.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/core/test/question-marker.test.ts", +@apps/brunch-agent:test:unit: + "libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/chat-transport.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/transcript.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/ui-stream.test.ts", +@apps/brunch-agent:test:unit: ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.integration.ts:488:23 +@apps/brunch-agent:test:unit: 486| .map((file) => file.relPath) +@apps/brunch-agent:test:unit: 487| .sort(); +@apps/brunch-agent:test:unit: 488| expect(importers).toEqual( +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 489| Object.keys(SUBSTRATE_INTEGRATION_ENTRY_POINTS).sort(), +@apps/brunch-agent:test:unit: 490| ); +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[2/2]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Test Files 2 failed | 24 passed (26) +@apps/brunch-agent:test:unit: Tests 2 failed | 153 passed (155) +@apps/brunch-agent:test:unit: Start at 11:35:32 +@apps/brunch-agent:test:unit: Duration 4.06s (transform 825ms, setup 0ms, import 1.76s, tests 9.28s, environment 1ms) +@apps/brunch-agent:test:unit: +@apps/brunch-agent#test:unit: WARNING command finished with error, but continuing... +@apps/brunch-agent#test:unit: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-51c99a15/yarn run test:unit exited (1) + + Tasks: 38 successful, 39 total +Cached: 26 cached, 39 total + Time: 11.349s +Failed: @apps/brunch-agent#test:unit + + ERROR run failed: command exited (1) diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-second.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-second.log new file mode 100644 index 00000000000..c63752e2337 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-second.log @@ -0,0 +1,1736 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@local/hash-isomorphic-utils:codegen: cache miss, executing 6a8cd05e7ded6141 +@local/eslint:build: cache miss, executing 8df70cf8a04e0e2e +@hashintel/petrinaut-core:build: cache bypass, force executing d9d4c5a5d59c1d6a +@local/harpc-client:build: cache miss, executing f73d5b310e7f5300 +@hashintel/brunch-agent-transport-aisdk:build: cache hit, replaying logs 9cc8408e71e94749 +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 13ms +@local/status:build: cache miss, executing ac8382af007adb70 +@local/advanced-types:build: cache hit, replaying logs 38f9eeeeb4176261 +@local/internal-api-client:build: cache hit, replaying logs c10bcdc5687c7f04 +@rust/hash-codec:build:types: cache miss, executing 138ff0e08e0ce1a8 +@hashintel/brunch-agent:build: cache miss, executing 2a1dad055528aec9 +@blockprotocol/type-system-rs:build:types: cache miss, executing 9bbda5a595f71418 +@hashintel/brunch-agent:lint:tsc: cache miss, executing a47933bf78961a3b +@hashintel/brunch-agent:test:unit: cache miss, executing 98e4b0f772d0b1dc +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: transforming... +@hashintel/brunch-agent:build: ✓ 20 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent:build: computing gzip size... +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/json-value-DfyVmP73.js 0.56 kB │ gzip: 0.35 kB │ map: 1.54 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.97 kB │ gzip: 1.16 kB │ map: 9.97 kB +@hashintel/brunch-agent:build: dist/session-log-g_FZuAXm.js 5.94 kB │ gzip: 2.12 kB │ map: 18.62 kB +@hashintel/brunch-agent:build: dist/flue.js 21.74 kB │ gzip: 8.34 kB │ map: 9.09 kB +@hashintel/brunch-agent:build: dist/index.js 24.89 kB │ gzip: 7.64 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 21ms +@blockprotocol/type-system-rs:build:wasm: cache miss, executing f19472dbb6902eea +@hashintel/brunch-agent-plugin-gherkin:build: cache miss, executing f5bba40f373d51d3 +@local/hash-isomorphic-utils:codegen: ❯ Parse Configuration +@local/hash-isomorphic-utils:codegen: ✔ Parse Configuration +@local/hash-isomorphic-utils:codegen: ❯ Generate outputs +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ✔ Generate outputs +@hashintel/brunch-agent-plugin-dafny:build: cache miss, executing d40f474f025baf5b +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/petrinaut-core:build: transforming... +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent-plugin-gherkin:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-gherkin:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-plugin-gherkin:build: rendering chunks... +@hashintel/brunch-agent-plugin-gherkin:build: computing gzip size... +@hashintel/brunch-agent-plugin-gherkin:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.77 kB +@hashintel/brunch-agent-plugin-gherkin:build: dist/flue.js 31.54 kB │ gzip: 10.81 kB │ map: 1.94 kB +@hashintel/brunch-agent-plugin-gherkin:build: +@hashintel/brunch-agent-plugin-gherkin:build: ✓ built in 21ms +@hashintel/brunch-agent-binding-flue:build: cache miss, executing eb91a73a10ac7b01 +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@hashintel/brunch-agent-plugin-dafny:build: vite v8.2.2 building client environment for production... +@rust/hash-graph-authorization:build:types: cache miss, executing 872cd856bb0339c2 +@hashintel/brunch-agent-plugin-dafny:build: transforming... +@hashintel/brunch-agent-plugin-dafny:build: ✓ 6 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: rendering chunks... +@hashintel/brunch-agent-plugin-dafny:build: computing gzip size... +@hashintel/brunch-agent-plugin-dafny:build: dist/index.js 0.19 kB │ gzip: 0.18 kB │ map: 0.83 kB +@hashintel/brunch-agent-plugin-dafny:build: dist/flue.js 2.24 kB │ gzip: 1.10 kB │ map: 1.22 kB +@hashintel/brunch-agent-plugin-dafny:build: +@hashintel/brunch-agent-plugin-dafny:build: ✓ built in 19ms +@rust/hash-graph-store:build:types: cache miss, executing 4e1abc3b29a2119d +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@hashintel/petrinaut-core:build: rendering chunks... +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/brunch-agent:lint:eslint: cache miss, executing f9b6f0f28a1273f0 +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: ⚠ 1 verification gaps are open (spec §14.5 and friends): +@hashintel/brunch-agent:test:unit: · compaction-vs-durable-history — FE-1386 (spec §9.7, §14.5) +@hashintel/brunch-agent:test:unit: Closing one means deleting its entry in the commit that lands its proof. +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.72s +@local/hash-graph-client:codegen: cache miss, executing 31144d12486bbc50 +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@hashintel/brunch-agent-binding-flue:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-binding-flue:build: transforming... +@hashintel/brunch-agent-binding-flue:build: ✓ 7 modules transformed. +@hashintel/brunch-agent-binding-flue:build: rendering chunks... +@hashintel/brunch-agent-binding-flue:build: computing gzip size... +@hashintel/brunch-agent-binding-flue:build: dist/index.js 10.81 kB │ gzip: 3.85 kB │ map: 30.78 kB +@hashintel/brunch-agent-binding-flue:build: +@hashintel/brunch-agent-binding-flue:build: ✓ built in 10ms +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🎯 Checking for the Wasm target... +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: Test Files 12 passed (12) +@hashintel/brunch-agent:test:unit: Tests 100 passed (100) +@hashintel/brunch-agent:test:unit: Start at 11:27:34 +@hashintel/brunch-agent:test:unit: Duration 1.60s (transform 308ms, setup 0ms, import 909ms, tests 99ms, environment 1ms) +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent-plugin-sdcpn:build: cache miss, executing 1619408f17855703 +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🌀 Compiling to Wasm... +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on build directory +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@hashintel/brunch-agent-plugin-sdcpn:build: vite v8.2.2 building client environment for production... +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@hashintel/brunch-agent-plugin-sdcpn:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ 13 modules transformed. +@hashintel/brunch-agent-plugin-sdcpn:build: rendering chunks... +@hashintel/brunch-agent-plugin-sdcpn:build: computing gzip size... +@hashintel/brunch-agent-plugin-sdcpn:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.84 kB +@hashintel/brunch-agent-plugin-sdcpn:build: dist/flue.js 53.70 kB │ gzip: 17.92 kB │ map: 17.32 kB +@hashintel/brunch-agent-plugin-sdcpn:build: +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ built in 14ms +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.21.3 +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:18:16] +@hashintel/brunch-agent:lint:eslint: 17 | ...(await importOriginal()), +@hashintel/brunch-agent:lint:eslint: 18 | useModel: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:19:16] +@hashintel/brunch-agent:lint:eslint: 18 | useModel: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:20:21] +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:20:33] +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:21:26] +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 22 | useTool: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:22:15] +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 22 | useTool: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 23 | })); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:38:21] +@hashintel/brunch-agent:lint:eslint: 37 | toolCallId, +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:38:36] +@hashintel/brunch-agent:lint:eslint: 37 | toolCallId, +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:38:52] +@hashintel/brunch-agent:lint:eslint: 37 | toolCallId, +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:39:20] +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 40 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:118:21] +@hashintel/brunch-agent:lint:eslint: 117 | toolCallId: "from-run", +@hashintel/brunch-agent:lint:eslint: 118 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 119 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:118:36] +@hashintel/brunch-agent:lint:eslint: 117 | toolCallId: "from-run", +@hashintel/brunch-agent:lint:eslint: 118 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 119 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:118:52] +@hashintel/brunch-agent:lint:eslint: 117 | toolCallId: "from-run", +@hashintel/brunch-agent:lint:eslint: 118 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 119 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: Found 0 warnings and 13 errors. +@hashintel/brunch-agent:lint:eslint: Finished in 582ms on 36 files with 179 rules using 16 threads. +@blockprotocol/type-system-rs:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@hashintel/brunch-agent#lint:eslint: WARNING command finished with error, but continuing... +@blockprotocol/type-system-rs:build:wasm: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: Blocking waiting for file lock on build directory +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: ╔═══════════════════════════════════════════════════════╗ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ║ A new version of Redocly CLI (2.51.2) is available. ║ +@local/hash-graph-client:codegen: ║ Update now: `npm i -g @redocly/cli@latest`. ║ +@local/hash-graph-client:codegen: ║ Changelog: https://redocly.com/docs/cli/changelog/ ║ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ╚═══════════════════════════════════════════════════════╝ +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: bundling ../../api/openapi/openapi.json... +@blockprotocol/type-system-rs:build:types: Compiling darling v0.21.3 +@local/hash-graph-client:codegen: 📦 Created a bundle for ../../api/openapi/openapi.json at openapi.bundle.json 41ms. +@blockprotocol/type-system-rs:build:wasm: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling bon-macros v3.9.3 +@blockprotocol/type-system-rs:build:wasm: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:types: Compiling bon v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common-wasm v0.5.0 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: A terminally deprecated method in sun.misc.Unsafe has been called +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset has been called by com.github.benmanes.caffeine.cache.UnsafeAccess (file:/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: Please consider reporting this to the maintainers of class com.github.benmanes.caffeine.cache.UnsafeAccess +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset will be removed in a future release +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] [main] WARN o.o.codegen.DefaultCodegen - PathExpression_path_inner (oneOf schema) already has `string` defined and therefore it's skipped. +@blockprotocol/type-system-rs:build:types: Compiling temporalio-client v0.5.0 +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Thanks for using OpenAPI Generator. # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Please consider donation to help us maintain this project 🙏 # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # https://opencollective.com/openapi_generator/donate # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] java -Dlog.level=warn -jar "/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar" generate --input-spec="openapi.bundle.json" --generate-alias-as-model --generator-name="typescript-axios" --output="/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/client/typescript" --additional-properties="npmName=@local/hash-graph-client,npmVersion=0.0.0-private,supportsES6=true,withInterfaces=true,disallowAdditionalPropertiesIfNotPresent=true,withNodeImports=true,sortModelPropertiesByRequiredFlag=false" exited with code 0 +@local/hash-graph-client:codegen: [ts] openapi.bundle.json +@local/hash-graph-client:codegen: done. +@local/hash-graph-client:build: cache miss, executing fa581cdd2d454afa +@blockprotocol/type-system-rs:build:wasm: Finished `release` profile [optimized] target(s) in 6.50s +@blockprotocol/type-system-rs:build:wasm: [INFO]: ⬇️ Installing wasm-bindgen... +@blockprotocol/type-system-rs:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@blockprotocol/type-system-rs:build:wasm: [INFO]: found wasm-opt at "/Users/lunelson/.local/share/mise/installs/github-web-assembly-binaryen/version_131/bin/wasm-opt" +@blockprotocol/type-system-rs:build:wasm: [INFO]: Optimizing wasm binaries with `wasm-opt`... +@blockprotocol/type-system-rs:build:wasm: [INFO]: ✨ Done in 6.81s +@blockprotocol/type-system-rs:build:wasm: [INFO]: 📦 Your wasm pkg is ready to publish at pkg. +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-test-data v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/tests/graph/test-data/rust) +@blockprotocol/type-system-rs:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.23s +@blockprotocol/type-system-rs:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/type-system/e8f578c7eb92fdef/out/codegen-e8f578c7eb92fdef) +@rust/hash-codec:build:types: Compiling harpc-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/harpc/types) +@rust/hash-codec:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-codec:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: running 1 test +@blockprotocol/type-system-rs:build:types: test index ... ok +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: done: no snapshots to review +@blockprotocol/type-system:codegen: cache miss, executing 2ed3557356297aed +@rust/hash-codec:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.98s +@rust/hash-codec:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-codec/ac4a733b509c7198/out/codegen-ac4a733b509c7198) +@rust/hash-graph-authorization:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@rust/hash-graph-authorization:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-authorization:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system:codegen: ../rust/pkg/type-system.d.ts -> src/generated/type-system.d.ts +@blockprotocol/type-system:codegen: ../rust/types/index.snap.d.ts -> src/generated/types.d.ts +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: running 1 test +@rust/hash-graph-authorization:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-codec:build:types: test index ... ok +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: done: no snapshots to review +@local/hash-codec:codegen: cache miss, executing 9eadaa32d82cc2db +@rust/hash-graph-authorization:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@local/hash-codec:build: cache miss, executing 3fa2ae19f14df321 +@blockprotocol/type-system:build: cache miss, executing 4f177d5b31a475fa +@rust/hash-graph-authorization:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main.ts → dist/es... +@rust/hash-graph-authorization:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 15.63s +@rust/hash-graph-authorization:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-authorization/16c7ff128fd8ff0f/out/codegen-16c7ff128fd8ff0f) +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es in 957ms +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main-slim.ts → dist/es-slim... +@rust/hash-graph-store:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-common-wasm v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-store:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: running 1 test +@rust/hash-graph-store:build:types: Compiling temporalio-common v0.5.0 +@rust/hash-graph-authorization:build:types: test index ... ok +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.10s +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: done: no snapshots to review +@local/hash-graph-authorization:codegen: cache miss, executing b74a9e78ef82e39e +@rust/hash-graph-store:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es-slim in 791ms +@blockprotocol/graph:build: cache miss, executing 42bd4bef4d5e8466 +@local/hash-graph-authorization:build: cache miss, executing c5b4be8b301259e4 +@rust/hash-graph-store:build:types: Compiling temporalio-client v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@rust/hash-graph-store:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@rust/hash-graph-store:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-store:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@rust/hash-graph-store:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 22.33s +@rust/hash-graph-store:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-store/17dfb30a5790cc47/out/codegen-17dfb30a5790cc47) +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: running 1 test +@rust/hash-graph-store:build:types: test index ... ok +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: done: no snapshots to review +@local/hash-graph-store:codegen: cache miss, executing a57e2fd3e8dcf2e0 +@local/hash-graph-store:build: cache miss, executing 1fc6c0639601d9ac +@local/hash-graph-sdk:build: cache miss, executing c5b87a7421b57871 +@local/hash-isomorphic-utils:build: cache miss, executing c6aadc29205c6e94 +@local/hash-backend-utils:build: cache miss, executing 7b61e651362d3226 +@apps/brunch-agent:lint:eslint: cache miss, executing 7e3fd4eef0811ac2 +@apps/brunch-agent:lint:tsc: cache miss, executing 6d347e0b3cc6713c +@apps/brunch-agent:build: cache miss, executing b004ebc5f2f152ba +@apps/brunch-agent:build: vite v8.2.2 building ssr environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:lint:tsc: src/db.ts(1,26): error TS2307: Cannot find module '@flue/postgres' or its corresponding type declarations. +@apps/brunch-agent:lint:tsc: src/postgres.ts(3,24): error TS2307: Cannot find module '@aws-sdk/rds-signer' or its corresponding type declarations. +@apps/brunch-agent:lint:tsc: src/postgres.ts(4,22): error TS7016: Could not find a declaration file for module 'pg'. '/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/pg/esm/index.mjs' implicitly has an 'any' type. +@apps/brunch-agent:lint:tsc: Try `npm i --save-dev @types/pg` if it exists or add a new declaration (.d.ts) file containing `declare module 'pg';` +@apps/brunch-agent:lint:tsc: src/postgres.ts(12,56): error TS2307: Cannot find module '@flue/postgres' or its corresponding type declarations. +@apps/brunch-agent:lint:tsc: src/postgres.ts(13,33): error TS7016: Could not find a declaration file for module 'pg'. '/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/pg/esm/index.mjs' implicitly has an 'any' type. +@apps/brunch-agent:lint:tsc: Try `npm i --save-dev @types/pg` if it exists or add a new declaration (.d.ts) file containing `declare module 'pg';` +@apps/brunch-agent:lint:tsc: src/postgres.ts(127,21): error TS7006: Parameter 'error' implicitly has an 'any' type. +@apps/brunch-agent:lint:tsc: test/postgres.test.ts(243,33): error TS7006: Parameter 'transaction' implicitly has an 'any' type. +@apps/brunch-agent#lint:tsc: WARNING command finished with error, but continuing... +@apps/brunch-agent:build: ✓ 556 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/app.mjs 0.15 kB │ gzip: 0.12 kB +@apps/brunch-agent:build: dist/execAsync-D25bwo5l.mjs 0.58 kB │ gzip: 0.37 kB │ map: 0.76 kB +@apps/brunch-agent:build: dist/getMachineId-unsupported-QqRDr4II.mjs 0.72 kB │ gzip: 0.41 kB │ map: 0.90 kB +@apps/brunch-agent:build: dist/getMachineId-linux-B5Iy_Sy7.mjs 0.89 kB │ gzip: 0.52 kB │ map: 1.36 kB +@apps/brunch-agent:build: dist/server.mjs 0.90 kB │ gzip: 0.54 kB │ map: 1.45 kB +@apps/brunch-agent:build: dist/getMachineId-bsd-ThF6nEVL.mjs 1.10 kB │ gzip: 0.57 kB │ map: 1.62 kB +@apps/brunch-agent:build: dist/getMachineId-darwin-C6rMMlat.mjs 1.11 kB │ gzip: 0.62 kB │ map: 1.68 kB +@apps/brunch-agent:build: dist/getMachineId-win-FwyaH7b-.mjs 1.27 kB │ gzip: 0.74 kB │ map: 1.83 kB +@apps/brunch-agent:build: dist/rolldown-runtime-BMI-E3GI.mjs 1.92 kB │ gzip: 0.87 kB +@apps/brunch-agent:build: dist/node-server-DFWZto8A.mjs 2,722.45 kB │ gzip: 521.16 kB │ map: 4,825.35 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 220ms +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:166:7] +@apps/brunch-agent:lint:eslint: 165 | const mixedClient = clientFor(caseId); +@apps/brunch-agent:lint:eslint: 166 | await mixedClient.wait( +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 167 | await mixedClient.send({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:167:9] +@apps/brunch-agent:lint:eslint: 166 | await mixedClient.wait( +@apps/brunch-agent:lint:eslint: 167 | await mixedClient.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 168 | initialData: { mode: VALIDATED_CONSTRUCTION_MODE }, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:175:23] +@apps/brunch-agent:lint:eslint: 174 | ); +@apps/brunch-agent:lint:eslint: 175 | const history = await mixedClient.history(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 176 | save(`${caseId}-history.json`, history); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:191:13] +@apps/brunch-agent:lint:eslint: 190 | results.push( +@apps/brunch-agent:lint:eslint: 191 | await headless.execute({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 192 | toolName: call.toolName, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x vitest(no-standalone-expect): `expect` must be inside of a test block. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.test.ts:17:3] +@apps/brunch-agent:lint:eslint: 16 | ); +@apps/brunch-agent:lint:eslint: 17 | expect(exitCode, stderr || stdout).toBe(0); +@apps/brunch-agent:lint:eslint: : ^^^^^^ +@apps/brunch-agent:lint:eslint: 18 | const line = stdout +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Did you forget to wrap `expect` in a `test` or `it` block? +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x vitest(no-standalone-expect): `expect` must be inside of a test block. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.test.ts:21:3] +@apps/brunch-agent:lint:eslint: 20 | .find((entry) => entry.startsWith("WORKPIECE_REVISIONS ")); +@apps/brunch-agent:lint:eslint: 21 | expect(line, stdout).toBeDefined(); +@apps/brunch-agent:lint:eslint: : ^^^^^^ +@apps/brunch-agent:lint:eslint: 22 | result = JSON.parse( +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Did you forget to wrap `expect` in a `test` or `it` block? +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:297:11] +@apps/brunch-agent:lint:eslint: 296 | submissionIds.push(currentAdmission.submissionId); +@apps/brunch-agent:lint:eslint: 297 | await onUpdate?.({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 298 | content: [ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:311:25] +@apps/brunch-agent:lint:eslint: 310 | +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:312:28] +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 313 | // Snapshot retention must finish before this canonical submission is advanced or returned. +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:400:30] +@apps/brunch-agent:lint:eslint: 399 | // Tool calls within one suspension are serviced in canonical order. +@apps/brunch-agent:lint:eslint: 400 | const output = await host.execute(call); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 401 | completedClientCallIds.add(call.toolCallId); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:436:30] +@apps/brunch-agent:lint:eslint: 435 | +@apps/brunch-agent:lint:eslint: 436 | currentAdmission = await client.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 437 | message: { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/petrinaut-chat.integration.ts:71:20] +@apps/brunch-agent:lint:eslint: 70 | for (;;) { +@apps/brunch-agent:lint:eslint: 71 | const result = await reader.read(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 72 | if (result.done) return chunks; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:108:12] +@apps/brunch-agent:lint:eslint: 107 | +@apps/brunch-agent:lint:eslint: 108 | function submit(event: FormEvent): void { +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- The prop was declared here +@apps/brunch-agent:lint:eslint: 109 | event.preventDefault(); +@apps/brunch-agent:lint:eslint: 110 | const reply = input.trim(); +@apps/brunch-agent:lint:eslint: 111 | if (!reply || busy) return; +@apps/brunch-agent:lint:eslint: 112 | setInput(""); +@apps/brunch-agent:lint:eslint: 113 | void agent.sendMessage(reply); +@apps/brunch-agent:lint:eslint: 114 | } +@apps/brunch-agent:lint:eslint: 115 | +@apps/brunch-agent:lint:eslint: 116 | return ( +@apps/brunch-agent:lint:eslint: 117 |
+@apps/brunch-agent:lint:eslint: 118 |
+@apps/brunch-agent:lint:eslint: 119 |
+@apps/brunch-agent:lint:eslint: 120 |

+@apps/brunch-agent:lint:eslint: 121 | {readOnly ? "Brunch / Flue observer" : "Brunch / Flue chat"} +@apps/brunch-agent:lint:eslint: 122 |

+@apps/brunch-agent:lint:eslint: 123 |

+@apps/brunch-agent:lint:eslint: 124 | {readOnly ? "Canonical conversation" : "Plain Flue conversation"} +@apps/brunch-agent:lint:eslint: 125 |

+@apps/brunch-agent:lint:eslint: 126 |
+@apps/brunch-agent:lint:eslint: 127 | +@apps/brunch-agent:lint:eslint: 128 | {readOnly ? `read-only · ${agent.status}` : agent.status} +@apps/brunch-agent:lint:eslint: 129 | +@apps/brunch-agent:lint:eslint: 130 |
+@apps/brunch-agent:lint:eslint: 131 | +@apps/brunch-agent:lint:eslint: 132 |
+@apps/brunch-agent:lint:eslint: 133 | {agent.messages.map((message) => ( +@apps/brunch-agent:lint:eslint: 134 | +@apps/brunch-agent:lint:eslint: 135 | ))} +@apps/brunch-agent:lint:eslint: 136 | {agent.error ?

{agent.error.message}

: null} +@apps/brunch-agent:lint:eslint: 137 |
+@apps/brunch-agent:lint:eslint: 138 | +@apps/brunch-agent:lint:eslint: 139 | {readOnly ? null : ( +@apps/brunch-agent:lint:eslint: 140 | +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- And used here +@apps/brunch-agent:lint:eslint: 141 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:146:25] +@apps/brunch-agent:lint:eslint: 145 | value={input} +@apps/brunch-agent:lint:eslint: 146 | onChange={(event) => setInput(event.target.value)} +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | placeholder="Ask something." +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:78:24] +@apps/brunch-agent:lint:eslint: 77 | ] as const) { +@apps/brunch-agent:lint:eslint: 78 | const response = await app.request(`/assets/${file}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 79 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:129:24] +@apps/brunch-agent:lint:eslint: 128 | for (const name of PRODUCER_PUNCTUATION) { +@apps/brunch-agent:lint:eslint: 129 | const response = await app.request(`/assets/${encodeURIComponent(name)}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:133:15] +@apps/brunch-agent:lint:eslint: 132 | status: response.status, +@apps/brunch-agent:lint:eslint: 133 | body: await response.text(), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 134 | }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:159:24] +@apps/brunch-agent:lint:eslint: 158 | ]) { +@apps/brunch-agent:lint:eslint: 159 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 160 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:163:18] +@apps/brunch-agent:lint:eslint: 162 | status: response.status, +@apps/brunch-agent:lint:eslint: 163 | leaked: (await response.text()).includes("SECRET"), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 164 | }).toEqual({ path, status: 404, leaked: false }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:178:24] +@apps/brunch-agent:lint:eslint: 177 | ] as const) { +@apps/brunch-agent:lint:eslint: 178 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 179 | expect({ reason, status: response.status }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(TS2307): Cannot find module '@aws-sdk/rds-signer' or its corresponding type declarations. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:3:24] +@apps/brunch-agent:lint:eslint: 2 | +@apps/brunch-agent:lint:eslint: 3 | import { Signer } from "@aws-sdk/rds-signer"; +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 4 | import { Pool } from "pg"; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(TS7016): Could not find a declaration file for module 'pg'. '/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/pg/esm/index.mjs' implicitly has an 'any' type. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:4:22] +@apps/brunch-agent:lint:eslint: 3 | import { Signer } from "@aws-sdk/rds-signer"; +@apps/brunch-agent:lint:eslint: 4 | import { Pool } from "pg"; +@apps/brunch-agent:lint:eslint: : ^^^^ +@apps/brunch-agent:lint:eslint: 5 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(TS2307): Cannot find module '@flue/postgres' or its corresponding type declarations. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:12:56] +@apps/brunch-agent:lint:eslint: 11 | +@apps/brunch-agent:lint:eslint: 12 | import type { PostgresParameter, PostgresRunner } from "@flue/postgres"; +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 13 | import type { PoolConfig } from "pg"; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(TS7016): Could not find a declaration file for module 'pg'. '/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/pg/esm/index.mjs' implicitly has an 'any' type. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:13:33] +@apps/brunch-agent:lint:eslint: 12 | import type { PostgresParameter, PostgresRunner } from "@flue/postgres"; +@apps/brunch-agent:lint:eslint: 13 | import type { PoolConfig } from "pg"; +@apps/brunch-agent:lint:eslint: : ^^^^ +@apps/brunch-agent:lint:eslint: 14 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(TS7006): Parameter 'error' implicitly has an 'any' type. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:127:21] +@apps/brunch-agent:lint:eslint: 126 | const pool = new Pool(createPostgresPoolConfig(config, options)); +@apps/brunch-agent:lint:eslint: 127 | pool.on("error", (error) => { +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 128 | if (options?.onPoolError) { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(TS2307): Cannot find module '@flue/postgres' or its corresponding type declarations. +@apps/brunch-agent:lint:eslint: ,-[src/db.ts:1:26] +@apps/brunch-agent:lint:eslint: 1 | import { postgres } from "@flue/postgres"; +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 2 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(TS7006): Parameter 'transaction' implicitly has an 'any' type. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:243:33] +@apps/brunch-agent:lint:eslint: 242 | await expect( +@apps/brunch-agent:lint:eslint: 243 | runner.transaction(async (transaction) => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-return): Unsafe return of a value of type error. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:50:6] +@apps/brunch-agent:lint:eslint: 49 | config, +@apps/brunch-agent:lint:eslint: 50 | ) => new Signer(config); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 51 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe construction of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:50:6] +@apps/brunch-agent:lint:eslint: 49 | config, +@apps/brunch-agent:lint:eslint: 50 | ) => new Signer(config); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 51 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-return): Unsafe return of a value of type error. +@apps/brunch-agent:lint:eslint: ,-[src/db.ts:19:5] +@apps/brunch-agent:lint:eslint: 18 | const config = loadDatabaseConfig(); +@apps/brunch-agent:lint:eslint: 19 | ,-> return config.kind === "postgres" +@apps/brunch-agent:lint:eslint: 20 | | ? postgres(createPostgresRunner(config, shutdownBrunchTelemetry)) +@apps/brunch-agent:lint:eslint: 21 | `-> : (await import("@flue/runtime/node")).sqlite(conversationDbPath()); +@apps/brunch-agent:lint:eslint: 22 | } catch (error) { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/db.ts:20:9] +@apps/brunch-agent:lint:eslint: 19 | return config.kind === "postgres" +@apps/brunch-agent:lint:eslint: 20 | ? postgres(createPostgresRunner(config, shutdownBrunchTelemetry)) +@apps/brunch-agent:lint:eslint: : ^^^^^^^^ +@apps/brunch-agent:lint:eslint: 21 | : (await import("@flue/runtime/node")).sqlite(conversationDbPath()); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[src/db.ts:34:7] +@apps/brunch-agent:lint:eslint: 33 | +@apps/brunch-agent:lint:eslint: 34 | const database = await openDatabase(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 35 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:115:13] +@apps/brunch-agent:lint:eslint: 114 | password: async () => { +@apps/brunch-agent:lint:eslint: 115 | const token = await signer.getAuthToken(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 116 | options.onIamToken?.(); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:115:27] +@apps/brunch-agent:lint:eslint: 114 | password: async () => { +@apps/brunch-agent:lint:eslint: 115 | const token = await signer.getAuthToken(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 116 | options.onIamToken?.(); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-return): Unsafe return of a value of type error. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:117:7] +@apps/brunch-agent:lint:eslint: 116 | options.onIamToken?.(); +@apps/brunch-agent:lint:eslint: 117 | return token; +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 118 | }, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:126:9] +@apps/brunch-agent:lint:eslint: 125 | ): Pool => { +@apps/brunch-agent:lint:eslint: 126 | const pool = new Pool(createPostgresPoolConfig(config, options)); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 127 | pool.on("error", (error) => { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe construction of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:126:16] +@apps/brunch-agent:lint:eslint: 125 | ): Pool => { +@apps/brunch-agent:lint:eslint: 126 | const pool = new Pool(createPostgresPoolConfig(config, options)); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 127 | pool.on("error", (error) => { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:127:3] +@apps/brunch-agent:lint:eslint: 126 | const pool = new Pool(createPostgresPoolConfig(config, options)); +@apps/brunch-agent:lint:eslint: 127 | pool.on("error", (error) => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^ +@apps/brunch-agent:lint:eslint: 128 | if (options?.onPoolError) { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .on on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:127:8] +@apps/brunch-agent:lint:eslint: 126 | const pool = new Pool(createPostgresPoolConfig(config, options)); +@apps/brunch-agent:lint:eslint: 127 | pool.on("error", (error) => { +@apps/brunch-agent:lint:eslint: : ^^ +@apps/brunch-agent:lint:eslint: 128 | if (options?.onPoolError) { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-argument): Unsafe argument of type any assigned to a parameter of type Error. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:129:27] +@apps/brunch-agent:lint:eslint: 128 | if (options?.onPoolError) { +@apps/brunch-agent:lint:eslint: 129 | options.onPoolError(error); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | return; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .name on an `any` value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:137:33] +@apps/brunch-agent:lint:eslint: 136 | "[brunch] postgres pool error:", +@apps/brunch-agent:lint:eslint: 137 | errorCode(error) ?? error.name, +@apps/brunch-agent:lint:eslint: : ^^^^ +@apps/brunch-agent:lint:eslint: 138 | ); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-argument): Unsafe argument of type error typed assigned to a parameter of type QueryPool. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:231:32] +@apps/brunch-agent:lint:eslint: 230 | ): PostgresRunner => +@apps/brunch-agent:lint:eslint: 231 | createPostgresRunnerFromPool(createPostgresPool(config), afterClose); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 232 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:271:9] +@apps/brunch-agent:lint:eslint: 270 | }; +@apps/brunch-agent:lint:eslint: 271 | ,-> const pool = +@apps/brunch-agent:lint:eslint: 272 | | options.createPool?.(config, onIamToken) ?? +@apps/brunch-agent:lint:eslint: 273 | `-> createPostgresPool(config, { onIamToken }); +@apps/brunch-agent:lint:eslint: 274 | const clients: RdsIamProbeClient[] = []; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-argument): Unsafe argument of type error typed assigned to a parameter of type RdsIamProbeClient. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:276:18] +@apps/brunch-agent:lint:eslint: 275 | try { +@apps/brunch-agent:lint:eslint: 276 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 277 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:276:24] +@apps/brunch-agent:lint:eslint: 275 | try { +@apps/brunch-agent:lint:eslint: 276 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 277 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .connect on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:276:29] +@apps/brunch-agent:lint:eslint: 275 | try { +@apps/brunch-agent:lint:eslint: 276 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: : ^^^^^^^ +@apps/brunch-agent:lint:eslint: 277 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-argument): Unsafe argument of type error typed assigned to a parameter of type RdsIamProbeClient. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:277:18] +@apps/brunch-agent:lint:eslint: 276 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: 277 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 278 | const results = await Promise.all( +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:277:24] +@apps/brunch-agent:lint:eslint: 276 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: 277 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 278 | const results = await Promise.all( +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .connect on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:277:29] +@apps/brunch-agent:lint:eslint: 276 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: 277 | clients.push(await pool.connect()); +@apps/brunch-agent:lint:eslint: : ^^^^^^^ +@apps/brunch-agent:lint:eslint: 278 | const results = await Promise.all( +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:300:11] +@apps/brunch-agent:lint:eslint: 299 | } +@apps/brunch-agent:lint:eslint: 300 | await pool.end(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^ +@apps/brunch-agent:lint:eslint: 301 | } +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .end on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[src/postgres.ts:300:16] +@apps/brunch-agent:lint:eslint: 299 | } +@apps/brunch-agent:lint:eslint: 300 | await pool.end(); +@apps/brunch-agent:lint:eslint: : ^^^ +@apps/brunch-agent:lint:eslint: 301 | } +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:41:11] +@apps/brunch-agent:lint:eslint: 40 | +@apps/brunch-agent:lint:eslint: 41 | ,-> const poolConfig = createPostgresPoolConfig(config, { +@apps/brunch-agent:lint:eslint: 42 | | onIamToken, +@apps/brunch-agent:lint:eslint: 43 | | readTlsCa: () => "test-ca", +@apps/brunch-agent:lint:eslint: 44 | | signerFactory: () => ({ getAuthToken }), +@apps/brunch-agent:lint:eslint: 45 | `-> }); +@apps/brunch-agent:lint:eslint: 46 | expect(poolConfig).toMatchObject({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .password on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:57:30] +@apps/brunch-agent:lint:eslint: 56 | }); +@apps/brunch-agent:lint:eslint: 57 | expect(typeof poolConfig.password).toBe("function"); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^ +@apps/brunch-agent:lint:eslint: 58 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .password on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:59:33] +@apps/brunch-agent:lint:eslint: 58 | +@apps/brunch-agent:lint:eslint: 59 | const password = poolConfig.password as () => Promise; +@apps/brunch-agent:lint:eslint: : ^^^^^^^^ +@apps/brunch-agent:lint:eslint: 60 | await expect(password()).resolves.toBe("token-one"); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:81:11] +@apps/brunch-agent:lint:eslint: 80 | +@apps/brunch-agent:lint:eslint: 81 | ,-> const poolConfig = createPostgresPoolConfig(config, { +@apps/brunch-agent:lint:eslint: 82 | | readTlsCa: () => "test-ca", +@apps/brunch-agent:lint:eslint: 83 | | signerFactory, +@apps/brunch-agent:lint:eslint: 84 | `-> }); +@apps/brunch-agent:lint:eslint: 85 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .password on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:86:23] +@apps/brunch-agent:lint:eslint: 85 | +@apps/brunch-agent:lint:eslint: 86 | expect(poolConfig.password).toBe("test-password"); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^ +@apps/brunch-agent:lint:eslint: 87 | expect(signerFactory).not.toHaveBeenCalled(); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:109:11] +@apps/brunch-agent:lint:eslint: 108 | const onPoolError = vi.fn<(error: Error) => void>(); +@apps/brunch-agent:lint:eslint: 109 | ,-> const pool = createPostgresPool( +@apps/brunch-agent:lint:eslint: 110 | | { +@apps/brunch-agent:lint:eslint: 111 | | ...commonConfig, +@apps/brunch-agent:lint:eslint: 112 | | auth: { mode: "password", password: "test-password" }, +@apps/brunch-agent:lint:eslint: 113 | | }, +@apps/brunch-agent:lint:eslint: 114 | | { onPoolError, readTlsCa: () => "test-ca" }, +@apps/brunch-agent:lint:eslint: 115 | `-> ); +@apps/brunch-agent:lint:eslint: 116 | const failure = new Error("idle connection failed"); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-return): Unsafe return of a value of type error. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:118:18] +@apps/brunch-agent:lint:eslint: 117 | +@apps/brunch-agent:lint:eslint: 118 | expect(() => pool.emit("error", failure, undefined as never)).not.toThrow(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 119 | expect(onPoolError).toHaveBeenCalledWith(failure); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:118:18] +@apps/brunch-agent:lint:eslint: 117 | +@apps/brunch-agent:lint:eslint: 118 | expect(() => pool.emit("error", failure, undefined as never)).not.toThrow(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 119 | expect(onPoolError).toHaveBeenCalledWith(failure); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .emit on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:118:23] +@apps/brunch-agent:lint:eslint: 117 | +@apps/brunch-agent:lint:eslint: 118 | expect(() => pool.emit("error", failure, undefined as never)).not.toThrow(); +@apps/brunch-agent:lint:eslint: : ^^^^ +@apps/brunch-agent:lint:eslint: 119 | expect(onPoolError).toHaveBeenCalledWith(failure); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:120:11] +@apps/brunch-agent:lint:eslint: 119 | expect(onPoolError).toHaveBeenCalledWith(failure); +@apps/brunch-agent:lint:eslint: 120 | await pool.end(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^ +@apps/brunch-agent:lint:eslint: 121 | }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .end on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:120:16] +@apps/brunch-agent:lint:eslint: 119 | expect(onPoolError).toHaveBeenCalledWith(failure); +@apps/brunch-agent:lint:eslint: 120 | await pool.end(); +@apps/brunch-agent:lint:eslint: : ^^^ +@apps/brunch-agent:lint:eslint: 121 | }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:128:13] +@apps/brunch-agent:lint:eslint: 127 | try { +@apps/brunch-agent:lint:eslint: 128 | ,-> const pool = createPostgresPool( +@apps/brunch-agent:lint:eslint: 129 | | { +@apps/brunch-agent:lint:eslint: 130 | | ...commonConfig, +@apps/brunch-agent:lint:eslint: 131 | | auth: { mode: "password", password: "test-password" }, +@apps/brunch-agent:lint:eslint: 132 | | }, +@apps/brunch-agent:lint:eslint: 133 | | { readTlsCa: () => "test-ca" }, +@apps/brunch-agent:lint:eslint: 134 | `-> ); +@apps/brunch-agent:lint:eslint: 135 | const failure = Object.assign(new Error("read ECONNRESET 10.0.0.1"), { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-return): Unsafe return of a value of type error. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:140:9] +@apps/brunch-agent:lint:eslint: 139 | expect(() => +@apps/brunch-agent:lint:eslint: 140 | pool.emit("error", failure, undefined as never), +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 141 | ).not.toThrow(); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:140:9] +@apps/brunch-agent:lint:eslint: 139 | expect(() => +@apps/brunch-agent:lint:eslint: 140 | pool.emit("error", failure, undefined as never), +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 141 | ).not.toThrow(); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .emit on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:140:14] +@apps/brunch-agent:lint:eslint: 139 | expect(() => +@apps/brunch-agent:lint:eslint: 140 | pool.emit("error", failure, undefined as never), +@apps/brunch-agent:lint:eslint: : ^^^^ +@apps/brunch-agent:lint:eslint: 141 | ).not.toThrow(); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:146:13] +@apps/brunch-agent:lint:eslint: 145 | ); +@apps/brunch-agent:lint:eslint: 146 | await pool.end(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | } finally { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .end on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:146:18] +@apps/brunch-agent:lint:eslint: 145 | ); +@apps/brunch-agent:lint:eslint: 146 | await pool.end(); +@apps/brunch-agent:lint:eslint: : ^^^ +@apps/brunch-agent:lint:eslint: 147 | } finally { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:197:11] +@apps/brunch-agent:lint:eslint: 196 | }; +@apps/brunch-agent:lint:eslint: 197 | const runner = createPostgresRunnerFromPool(pool, undefined, reportFailure); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 198 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:199:18] +@apps/brunch-agent:lint:eslint: 198 | +@apps/brunch-agent:lint:eslint: 199 | await expect(runner.query("SELECT value")).rejects.toBe(failure); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 200 | expect(reportFailure).toHaveBeenCalledWith(failure); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .query on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:199:25] +@apps/brunch-agent:lint:eslint: 198 | +@apps/brunch-agent:lint:eslint: 199 | await expect(runner.query("SELECT value")).rejects.toBe(failure); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 200 | expect(reportFailure).toHaveBeenCalledWith(failure); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:215:11] +@apps/brunch-agent:lint:eslint: 214 | }; +@apps/brunch-agent:lint:eslint: 215 | const runner = createPostgresRunnerFromPool(pool, undefined, reportFailure); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 216 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:217:18] +@apps/brunch-agent:lint:eslint: 216 | +@apps/brunch-agent:lint:eslint: 217 | await expect(runner.transaction(async () => undefined)).rejects.toBe( +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 218 | failure, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .transaction on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:217:25] +@apps/brunch-agent:lint:eslint: 216 | +@apps/brunch-agent:lint:eslint: 217 | await expect(runner.transaction(async () => undefined)).rejects.toBe( +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 218 | failure, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:240:11] +@apps/brunch-agent:lint:eslint: 239 | }; +@apps/brunch-agent:lint:eslint: 240 | const runner = createPostgresRunnerFromPool(pool); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 241 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:243:7] +@apps/brunch-agent:lint:eslint: 242 | await expect( +@apps/brunch-agent:lint:eslint: 243 | runner.transaction(async (transaction) => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .transaction on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:243:14] +@apps/brunch-agent:lint:eslint: 242 | await expect( +@apps/brunch-agent:lint:eslint: 243 | runner.transaction(async (transaction) => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an any value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:244:15] +@apps/brunch-agent:lint:eslint: 243 | runner.transaction(async (transaction) => { +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 245 | return rows[0]?.value; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `any` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:244:28] +@apps/brunch-agent:lint:eslint: 243 | runner.transaction(async (transaction) => { +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 245 | return rows[0]?.value; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .query on an `any` value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:244:40] +@apps/brunch-agent:lint:eslint: 243 | runner.transaction(async (transaction) => { +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 245 | return rows[0]?.value; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-return): Unsafe return of a value of type `any`. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:245:9] +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: 245 | return rows[0]?.value; +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 246 | }), +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access [0] on an `any` value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:245:21] +@apps/brunch-agent:lint:eslint: 244 | const rows = await transaction.query("SELECT value"); +@apps/brunch-agent:lint:eslint: 245 | return rows[0]?.value; +@apps/brunch-agent:lint:eslint: : ^ +@apps/brunch-agent:lint:eslint: 246 | }), +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:272:11] +@apps/brunch-agent:lint:eslint: 271 | }; +@apps/brunch-agent:lint:eslint: 272 | const runner = createPostgresRunnerFromPool(pool); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 273 | const failure = new Error("transaction failed"); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:276:7] +@apps/brunch-agent:lint:eslint: 275 | await expect( +@apps/brunch-agent:lint:eslint: 276 | runner.transaction(async () => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 277 | throw failure; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .transaction on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:276:14] +@apps/brunch-agent:lint:eslint: 275 | await expect( +@apps/brunch-agent:lint:eslint: 276 | runner.transaction(async () => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 277 | throw failure; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:306:11] +@apps/brunch-agent:lint:eslint: 305 | ); +@apps/brunch-agent:lint:eslint: 306 | const runner = createPostgresRunnerFromPool(pool, undefined, reportFailure); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 307 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:309:7] +@apps/brunch-agent:lint:eslint: 308 | await expect( +@apps/brunch-agent:lint:eslint: 309 | runner.transaction(async () => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 310 | throw transactionFailure; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .transaction on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:309:14] +@apps/brunch-agent:lint:eslint: 308 | await expect( +@apps/brunch-agent:lint:eslint: 309 | runner.transaction(async () => { +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 310 | throw transactionFailure; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:334:11] +@apps/brunch-agent:lint:eslint: 333 | }; +@apps/brunch-agent:lint:eslint: 334 | ,-> const runner = createPostgresRunnerFromPool(pool, async () => { +@apps/brunch-agent:lint:eslint: 335 | | closed.push("telemetry"); +@apps/brunch-agent:lint:eslint: 336 | `-> }); +@apps/brunch-agent:lint:eslint: 337 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:338:11] +@apps/brunch-agent:lint:eslint: 337 | +@apps/brunch-agent:lint:eslint: 338 | await runner.close(); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 339 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .close on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:338:18] +@apps/brunch-agent:lint:eslint: 337 | +@apps/brunch-agent:lint:eslint: 338 | await runner.close(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 339 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an error typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:356:11] +@apps/brunch-agent:lint:eslint: 355 | }; +@apps/brunch-agent:lint:eslint: 356 | const runner = createPostgresRunnerFromPool(pool, afterClose); +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 357 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-call): Unsafe call of a(n) `error` type typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:358:18] +@apps/brunch-agent:lint:eslint: 357 | +@apps/brunch-agent:lint:eslint: 358 | await expect(runner.close()).rejects.toEqual( +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 359 | new AggregateError( +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-member-access): Unsafe member access .close on an `error` typed value. +@apps/brunch-agent:lint:eslint: ,-[test/postgres.test.ts:358:25] +@apps/brunch-agent:lint:eslint: 357 | +@apps/brunch-agent:lint:eslint: 358 | await expect(runner.close()).rejects.toEqual( +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 359 | new AggregateError( +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an any value. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.test.ts:44:7] +@apps/brunch-agent:lint:eslint: 43 | toolName: "update_workpiece", +@apps/brunch-agent:lint:eslint: 44 | ,-> output: expect.objectContaining({ +@apps/brunch-agent:lint:eslint: 45 | | revisionId: "second-revision", +@apps/brunch-agent:lint:eslint: 46 | | ordinal: 2, +@apps/brunch-agent:lint:eslint: 47 | `-> }), +@apps/brunch-agent:lint:eslint: 48 | }), +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: Found 18 warnings and 77 errors. +@apps/brunch-agent:lint:eslint: Finished in 548ms on 81 files with 239 rules using 16 threads. +@apps/brunch-agent#lint:eslint: WARNING command finished with error, but continuing... +@apps/brunch-agent:build: vite v8.2.2 building client environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 169 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/client/index.html 0.38 kB │ gzip: 0.24 kB +@apps/brunch-agent:build: dist/client/assets/index.css 2.54 kB │ gzip: 1.16 kB +@apps/brunch-agent:build: dist/client/assets/index.js 244.66 kB │ gzip: 75.89 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 83ms +@apps/brunch-agent:test:unit: cache miss, executing f45fd1f1bb1b0cd8 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/postgres.test.ts (0 test) +@apps/brunch-agent:test:unit: ❯ test/petrinaut-chat.test.ts (1 test | 1 failed) 1056ms +@apps/brunch-agent:test:unit: × the browser transport streams the mounted Flue agent through server and client tools 1055ms +@apps/brunch-agent:test:unit: ❯ test/build-artifact.test.ts (9 tests | 1 failed) 801ms +@apps/brunch-agent:test:unit: × serves only the guarded Flue conversation door 786ms +@apps/brunch-agent:test:unit: ❯ test/runbook-headless.test.ts (1 test | 1 failed) 790ms +@apps/brunch-agent:test:unit: × the built ChatAgent reports only the construct-only evidence it reaches 789ms +@apps/brunch-agent:test:unit: ❯ test/prepared-workpiece.integration.test.ts (1 test | 1 failed) 1248ms +@apps/brunch-agent:test:unit: × the built ChatAgent preserves prepared and model workpiece provenance 1248ms +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.test.ts (27 tests | 2 failed) 80ms +@apps/brunch-agent:test:unit: × core's only agent-runtime dependency is Flue 6ms +@apps/brunch-agent:test:unit: × the substrate is imported by exactly the reviewed entry points 3ms +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts (3 tests | 3 skipped) 676ms +@apps/brunch-agent:test:unit: ❯ test/schema-carrier.test.ts (1 test | 1 failed) 1030ms +@apps/brunch-agent:test:unit: × the built agent carries nested canonical input and correlates headless continuation over the mounted route 1030ms +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯ Failed Suites 2 ⎯⎯⎯⎯⎯⎯⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/postgres.test.ts [ test/postgres.test.ts ] +@apps/brunch-agent:test:unit: Error: Cannot find package '@aws-sdk/rds-signer' imported from /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/src/postgres.ts +@apps/brunch-agent:test:unit: ❯ src/postgres.ts:3:1 +@apps/brunch-agent:test:unit: 1| import { readFileSync } from "node:fs"; +@apps/brunch-agent:test:unit: 2| +@apps/brunch-agent:test:unit: 3| import { Signer } from "@aws-sdk/rds-signer"; +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 4| import { Pool } from "pg"; +@apps/brunch-agent:test:unit: 5| +@apps/brunch-agent:test:unit: ❯ test/postgres.test.ts:7:1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/workpiece-revisions.test.ts [ test/workpiece-revisions.test.ts ] +@apps/brunch-agent:test:unit: AssertionError: node:internal/modules/package_json_reader:301 +@apps/brunch-agent:test:unit: throw new ERR_MODULE_NOT_FOUND(packageName, fileURLToPath(base), null); +@apps/brunch-agent:test:unit: ^ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Error [ERR_MODULE_NOT_FOUND]: Cannot find package '@flue/postgres' imported from /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/dist/node-server-DFWZto8A.mjs +@apps/brunch-agent:test:unit: at Object.getPackageJSONURL (node:internal/modules/package_json_reader:301:9) +@apps/brunch-agent:test:unit: at packageResolve (node:internal/modules/esm/resolve:784:25) +@apps/brunch-agent:test:unit: at moduleResolve (node:internal/modules/esm/resolve:873:18) +@apps/brunch-agent:test:unit: at defaultResolve (node:internal/modules/esm/resolve:1006:11) +@apps/brunch-agent:test:unit: at #cachedDefaultResolve (node:internal/modules/esm/loader:705:20) +@apps/brunch-agent:test:unit: at #resolveAndMaybeBlockOnLoaderThread (node:internal/modules/esm/loader:725:38) +@apps/brunch-agent:test:unit: at ModuleLoader.resolveSync (node:internal/modules/esm/loader:763:56) +@apps/brunch-agent:test:unit: at #resolve (node:internal/modules/esm/loader:687:17) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:607:35) +@apps/brunch-agent:test:unit: at ModuleJob.syncLink (node:internal/modules/esm/module_job:276:33) +@apps/brunch-agent:test:unit: at ModuleJob.link (node:internal/modules/esm/module_job:381:17) +@apps/brunch-agent:test:unit: at new ModuleJob (node:internal/modules/esm/module_job:360:26) +@apps/brunch-agent:test:unit: at #getOrCreateModuleJobAfterResolve (node:internal/modules/esm/loader:576:11) +@apps/brunch-agent:test:unit: at afterResolve (node:internal/modules/esm/loader:611:52) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:617:12) +@apps/brunch-agent:test:unit: ... collapsed 6 duplicate lines matching above lines ... +@apps/brunch-agent:test:unit: at node:internal/modules/esm/loader:636:32 +@apps/brunch-agent:test:unit: at TracingChannel.tracePromise (node:diagnostics_channel:361:14) +@apps/brunch-agent:test:unit: at ModuleLoader.import (node:internal/modules/esm/loader:632:21) +@apps/brunch-agent:test:unit: at defaultImportModuleDynamicallyForModule (node:internal/modules/esm/utils:226:31) +@apps/brunch-agent:test:unit: at importModuleDynamicallyCallback (node:internal/modules/esm/utils:268:12) +@apps/brunch-agent:test:unit: at loadBuiltBrunchApplication (file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/src/evaluations/runbook/load-built-application.ts:19:7) +@apps/brunch-agent:test:unit: at probe (file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/test/workpiece-revisions.integration.ts:65:27) +@apps/brunch-agent:test:unit: at file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/test/workpiece-revisions.integration.ts:227:24 +@apps/brunch-agent:test:unit: at ModuleJob.run (node:internal/modules/esm/module_job:561:25) +@apps/brunch-agent:test:unit: at async node:internal/modules/esm/loader:647:26 +@apps/brunch-agent:test:unit: at async asyncRunEntryPointWithESMLoader (node:internal/modules/run_main:101:5) { +@apps/brunch-agent:test:unit: code: 'ERR_MODULE_NOT_FOUND' +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Node.js v24.20.0 +@apps/brunch-agent:test:unit: : expected 1 to be +0 // Object.is equality +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - 0 +@apps/brunch-agent:test:unit: + 1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ loadBuiltBrunchApplication src/evaluations/runbook/load-built-application.ts:19:7 +@apps/brunch-agent:test:unit: 17| .href; +@apps/brunch-agent:test:unit: 18| const builtModule = (await import( +@apps/brunch-agent:test:unit: 19| applicationUrl +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 20| )) as BuiltApplicationModule; +@apps/brunch-agent:test:unit: 21| if (builtModule.loadFlueNodeApplication === undefined) { +@apps/brunch-agent:test:unit: ❯ probe test/workpiece-revisions.integration.ts:65:27 +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.integration.ts:227:24 +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts:17:38 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[2/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯ Failed Tests 7 ⎯⎯⎯⎯⎯⎯⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/build-artifact.test.ts > the emitted server bundle > serves only the guarded Flue conversation door +@apps/brunch-agent:test:unit: Error: Cannot find package '@flue/postgres' imported from /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/dist/node-server-DFWZto8A.mjs +@apps/brunch-agent:test:unit: ❯ dist/node-server-DFWZto8A.mjs:17:32 +@apps/brunch-agent:test:unit: 15| import { postgres } from "@flue/postgres"; +@apps/brunch-agent:test:unit: 16| import { fileURLToPath } from "node:url"; +@apps/brunch-agent:test:unit: 17| import { readFileSync } from "node:fs"; +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 18| import { Signer } from "@aws-sdk/rds-signer"; +@apps/brunch-agent:test:unit: 19| import { Pool } from "pg"; +@apps/brunch-agent:test:unit: ❯ dist/app.mjs:1:1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[3/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/petrinaut-chat.test.ts > the browser transport streams the mounted Flue agent through server and client tools +@apps/brunch-agent:test:unit: AssertionError: node:internal/modules/package_json_reader:301 +@apps/brunch-agent:test:unit: throw new ERR_MODULE_NOT_FOUND(packageName, fileURLToPath(base), null); +@apps/brunch-agent:test:unit: ^ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Error [ERR_MODULE_NOT_FOUND]: Cannot find package '@flue/postgres' imported from /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/dist/node-server-DFWZto8A.mjs +@apps/brunch-agent:test:unit: at Object.getPackageJSONURL (node:internal/modules/package_json_reader:301:9) +@apps/brunch-agent:test:unit: at packageResolve (node:internal/modules/esm/resolve:784:25) +@apps/brunch-agent:test:unit: at moduleResolve (node:internal/modules/esm/resolve:873:18) +@apps/brunch-agent:test:unit: at defaultResolve (node:internal/modules/esm/resolve:1006:11) +@apps/brunch-agent:test:unit: at #cachedDefaultResolve (node:internal/modules/esm/loader:705:20) +@apps/brunch-agent:test:unit: at #resolveAndMaybeBlockOnLoaderThread (node:internal/modules/esm/loader:725:38) +@apps/brunch-agent:test:unit: at ModuleLoader.resolveSync (node:internal/modules/esm/loader:763:56) +@apps/brunch-agent:test:unit: at #resolve (node:internal/modules/esm/loader:687:17) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:607:35) +@apps/brunch-agent:test:unit: at ModuleJob.syncLink (node:internal/modules/esm/module_job:276:33) { +@apps/brunch-agent:test:unit: code: 'ERR_MODULE_NOT_FOUND' +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Node.js v24.20.0 +@apps/brunch-agent:test:unit: : expected 1 to be +0 // Object.is equality +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - 0 +@apps/brunch-agent:test:unit: + 1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/petrinaut-chat.test.ts:27:40 +@apps/brunch-agent:test:unit: 25| ); +@apps/brunch-agent:test:unit: 26| +@apps/brunch-agent:test:unit: 27| expect(exitCode, stderr || stdout).toBe(0); +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 28| const resultLine = stdout +@apps/brunch-agent:test:unit: 29| .split("\n") +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[4/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/prepared-workpiece.integration.test.ts > the built ChatAgent preserves prepared and model workpiece provenance +@apps/brunch-agent:test:unit: AssertionError: node:internal/modules/package_json_reader:301 +@apps/brunch-agent:test:unit: throw new ERR_MODULE_NOT_FOUND(packageName, fileURLToPath(base), null); +@apps/brunch-agent:test:unit: ^ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Error [ERR_MODULE_NOT_FOUND]: Cannot find package '@flue/postgres' imported from /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/dist/node-server-DFWZto8A.mjs +@apps/brunch-agent:test:unit: at Object.getPackageJSONURL (node:internal/modules/package_json_reader:301:9) +@apps/brunch-agent:test:unit: at packageResolve (node:internal/modules/esm/resolve:784:25) +@apps/brunch-agent:test:unit: at moduleResolve (node:internal/modules/esm/resolve:873:18) +@apps/brunch-agent:test:unit: at defaultResolve (node:internal/modules/esm/resolve:1006:11) +@apps/brunch-agent:test:unit: at #cachedDefaultResolve (node:internal/modules/esm/loader:705:20) +@apps/brunch-agent:test:unit: at #resolveAndMaybeBlockOnLoaderThread (node:internal/modules/esm/loader:725:38) +@apps/brunch-agent:test:unit: at ModuleLoader.resolveSync (node:internal/modules/esm/loader:763:56) +@apps/brunch-agent:test:unit: at #resolve (node:internal/modules/esm/loader:687:17) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:607:35) +@apps/brunch-agent:test:unit: at ModuleJob.syncLink (node:internal/modules/esm/module_job:276:33) +@apps/brunch-agent:test:unit: at ModuleJob.link (node:internal/modules/esm/module_job:381:17) +@apps/brunch-agent:test:unit: at new ModuleJob (node:internal/modules/esm/module_job:360:26) +@apps/brunch-agent:test:unit: at #getOrCreateModuleJobAfterResolve (node:internal/modules/esm/loader:576:11) +@apps/brunch-agent:test:unit: at afterResolve (node:internal/modules/esm/loader:611:52) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:617:12) +@apps/brunch-agent:test:unit: ... collapsed 6 duplicate lines matching above lines ... +@apps/brunch-agent:test:unit: at node:internal/modules/esm/loader:636:32 +@apps/brunch-agent:test:unit: at TracingChannel.tracePromise (node:diagnostics_channel:361:14) +@apps/brunch-agent:test:unit: at ModuleLoader.import (node:internal/modules/esm/loader:632:21) +@apps/brunch-agent:test:unit: at defaultImportModuleDynamicallyForModule (node:internal/modules/esm/utils:226:31) +@apps/brunch-agent:test:unit: at importModuleDynamicallyCallback (node:internal/modules/esm/utils:268:12) +@apps/brunch-agent:test:unit: at loadBuiltBrunchApplication (file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/src/evaluations/runbook/load-built-application.ts:19:7) +@apps/brunch-agent:test:unit: at file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/test/prepared-workpiece.integration.ts:115:27 +@apps/brunch-agent:test:unit: at ModuleJob.run (node:internal/modules/esm/module_job:561:25) +@apps/brunch-agent:test:unit: at async node:internal/modules/esm/loader:647:26 +@apps/brunch-agent:test:unit: at async asyncRunEntryPointWithESMLoader (node:internal/modules/run_main:101:5) { +@apps/brunch-agent:test:unit: code: 'ERR_MODULE_NOT_FOUND' +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Node.js v24.20.0 +@apps/brunch-agent:test:unit: : expected 1 to be +0 // Object.is equality +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - 0 +@apps/brunch-agent:test:unit: + 1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ loadBuiltBrunchApplication src/evaluations/runbook/load-built-application.ts:19:7 +@apps/brunch-agent:test:unit: 17| .href; +@apps/brunch-agent:test:unit: 18| const builtModule = (await import( +@apps/brunch-agent:test:unit: 19| applicationUrl +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 20| )) as BuiltApplicationModule; +@apps/brunch-agent:test:unit: 21| if (builtModule.loadFlueNodeApplication === undefined) { +@apps/brunch-agent:test:unit: ❯ test/prepared-workpiece.integration.ts:115:27 +@apps/brunch-agent:test:unit: ❯ test/prepared-workpiece.integration.test.ts:21:40 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[5/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/runbook-headless.test.ts > the built ChatAgent reports only the construct-only evidence it reaches +@apps/brunch-agent:test:unit: AssertionError: node:internal/modules/package_json_reader:301 +@apps/brunch-agent:test:unit: throw new ERR_MODULE_NOT_FOUND(packageName, fileURLToPath(base), null); +@apps/brunch-agent:test:unit: ^ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Error [ERR_MODULE_NOT_FOUND]: Cannot find package '@flue/postgres' imported from /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/dist/node-server-DFWZto8A.mjs +@apps/brunch-agent:test:unit: at Object.getPackageJSONURL (node:internal/modules/package_json_reader:301:9) +@apps/brunch-agent:test:unit: at packageResolve (node:internal/modules/esm/resolve:784:25) +@apps/brunch-agent:test:unit: at moduleResolve (node:internal/modules/esm/resolve:873:18) +@apps/brunch-agent:test:unit: at defaultResolve (node:internal/modules/esm/resolve:1006:11) +@apps/brunch-agent:test:unit: at #cachedDefaultResolve (node:internal/modules/esm/loader:705:20) +@apps/brunch-agent:test:unit: at #resolveAndMaybeBlockOnLoaderThread (node:internal/modules/esm/loader:725:38) +@apps/brunch-agent:test:unit: at ModuleLoader.resolveSync (node:internal/modules/esm/loader:763:56) +@apps/brunch-agent:test:unit: at #resolve (node:internal/modules/esm/loader:687:17) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:607:35) +@apps/brunch-agent:test:unit: at ModuleJob.syncLink (node:internal/modules/esm/module_job:276:33) +@apps/brunch-agent:test:unit: at ModuleJob.link (node:internal/modules/esm/module_job:381:17) +@apps/brunch-agent:test:unit: at new ModuleJob (node:internal/modules/esm/module_job:360:26) +@apps/brunch-agent:test:unit: at #getOrCreateModuleJobAfterResolve (node:internal/modules/esm/loader:576:11) +@apps/brunch-agent:test:unit: at afterResolve (node:internal/modules/esm/loader:611:52) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:617:12) +@apps/brunch-agent:test:unit: ... collapsed 6 duplicate lines matching above lines ... +@apps/brunch-agent:test:unit: at node:internal/modules/esm/loader:636:32 +@apps/brunch-agent:test:unit: at TracingChannel.tracePromise (node:diagnostics_channel:361:14) +@apps/brunch-agent:test:unit: at ModuleLoader.import (node:internal/modules/esm/loader:632:21) +@apps/brunch-agent:test:unit: at defaultImportModuleDynamicallyForModule (node:internal/modules/esm/utils:226:31) +@apps/brunch-agent:test:unit: at importModuleDynamicallyCallback (node:internal/modules/esm/utils:268:12) +@apps/brunch-agent:test:unit: at loadBuiltBrunchApplication (file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/src/evaluations/runbook/load-built-application.ts:19:7) +@apps/brunch-agent:test:unit: at file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/test/runbook-headless.integration.ts:267:27 { +@apps/brunch-agent:test:unit: code: 'ERR_MODULE_NOT_FOUND' +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Node.js v24.20.0 +@apps/brunch-agent:test:unit: : expected 1 to be +0 // Object.is equality +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - 0 +@apps/brunch-agent:test:unit: + 1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ loadBuiltBrunchApplication src/evaluations/runbook/load-built-application.ts:19:7 +@apps/brunch-agent:test:unit: 17| .href; +@apps/brunch-agent:test:unit: 18| const builtModule = (await import( +@apps/brunch-agent:test:unit: 19| applicationUrl +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 20| )) as BuiltApplicationModule; +@apps/brunch-agent:test:unit: 21| if (builtModule.loadFlueNodeApplication === undefined) { +@apps/brunch-agent:test:unit: ❯ test/runbook-headless.test.ts:19:40 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[6/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/schema-carrier.test.ts > the built agent carries nested canonical input and correlates headless continuation over the mounted route +@apps/brunch-agent:test:unit: AssertionError: node:internal/modules/package_json_reader:301 +@apps/brunch-agent:test:unit: throw new ERR_MODULE_NOT_FOUND(packageName, fileURLToPath(base), null); +@apps/brunch-agent:test:unit: ^ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Error [ERR_MODULE_NOT_FOUND]: Cannot find package '@flue/postgres' imported from /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/dist/node-server-DFWZto8A.mjs +@apps/brunch-agent:test:unit: at Object.getPackageJSONURL (node:internal/modules/package_json_reader:301:9) +@apps/brunch-agent:test:unit: at packageResolve (node:internal/modules/esm/resolve:784:25) +@apps/brunch-agent:test:unit: at moduleResolve (node:internal/modules/esm/resolve:873:18) +@apps/brunch-agent:test:unit: at defaultResolve (node:internal/modules/esm/resolve:1006:11) +@apps/brunch-agent:test:unit: at #cachedDefaultResolve (node:internal/modules/esm/loader:705:20) +@apps/brunch-agent:test:unit: at #resolveAndMaybeBlockOnLoaderThread (node:internal/modules/esm/loader:725:38) +@apps/brunch-agent:test:unit: at ModuleLoader.resolveSync (node:internal/modules/esm/loader:763:56) +@apps/brunch-agent:test:unit: at #resolve (node:internal/modules/esm/loader:687:17) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:607:35) +@apps/brunch-agent:test:unit: at ModuleJob.syncLink (node:internal/modules/esm/module_job:276:33) +@apps/brunch-agent:test:unit: at ModuleJob.link (node:internal/modules/esm/module_job:381:17) +@apps/brunch-agent:test:unit: at new ModuleJob (node:internal/modules/esm/module_job:360:26) +@apps/brunch-agent:test:unit: at #getOrCreateModuleJobAfterResolve (node:internal/modules/esm/loader:576:11) +@apps/brunch-agent:test:unit: at afterResolve (node:internal/modules/esm/loader:611:52) +@apps/brunch-agent:test:unit: at ModuleLoader.getOrCreateModuleJob (node:internal/modules/esm/loader:617:12) +@apps/brunch-agent:test:unit: ... collapsed 6 duplicate lines matching above lines ... +@apps/brunch-agent:test:unit: at node:internal/modules/esm/loader:636:32 +@apps/brunch-agent:test:unit: at TracingChannel.tracePromise (node:diagnostics_channel:361:14) +@apps/brunch-agent:test:unit: at ModuleLoader.import (node:internal/modules/esm/loader:632:21) +@apps/brunch-agent:test:unit: at defaultImportModuleDynamicallyForModule (node:internal/modules/esm/utils:226:31) +@apps/brunch-agent:test:unit: at importModuleDynamicallyCallback (node:internal/modules/esm/utils:268:12) +@apps/brunch-agent:test:unit: at loadBuiltBrunchApplication (file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/src/evaluations/runbook/load-built-application.ts:19:7) +@apps/brunch-agent:test:unit: at file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/src/evaluations/runbook/schema-carrier-probe.ts:98:27 +@apps/brunch-agent:test:unit: at ModuleJob.run (node:internal/modules/esm/module_job:561:25) +@apps/brunch-agent:test:unit: at async node:internal/modules/esm/loader:647:26 +@apps/brunch-agent:test:unit: at async asyncRunEntryPointWithESMLoader (node:internal/modules/run_main:101:5) { +@apps/brunch-agent:test:unit: code: 'ERR_MODULE_NOT_FOUND' +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Node.js v24.20.0 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: : expected 1 to be +0 // Object.is equality +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - 0 +@apps/brunch-agent:test:unit: + 1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ loadBuiltBrunchApplication src/evaluations/runbook/load-built-application.ts:19:7 +@apps/brunch-agent:test:unit: 17| .href; +@apps/brunch-agent:test:unit: 18| const builtModule = (await import( +@apps/brunch-agent:test:unit: 19| applicationUrl +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 20| )) as BuiltApplicationModule; +@apps/brunch-agent:test:unit: 21| if (builtModule.loadFlueNodeApplication === undefined) { +@apps/brunch-agent:test:unit: ❯ src/evaluations/runbook/schema-carrier-probe.ts:98:27 +@apps/brunch-agent:test:unit: ❯ test/schema-carrier.test.ts:14:44 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[7/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/architecture/boundaries.test.ts > dependency direction > core's only agent-runtime dependency is Flue +@apps/brunch-agent:test:unit: AssertionError: expected { …(2) } to deeply equal { …(2) } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "file": "libs/@hashintel/brunch-agent/packages/core/src/update-workpiece.ts", +@apps/brunch-agent:test:unit: - "substrateImports": [], +@apps/brunch-agent:test:unit: + "substrateImports": [ +@apps/brunch-agent:test:unit: + "@flue/runtime", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.integration.ts:97:56 +@apps/brunch-agent:test:unit: 95| isSubstrate(packageOf(specifier)), +@apps/brunch-agent:test:unit: 96| ); +@apps/brunch-agent:test:unit: 97| expect({ file: file.relPath, substrateImports }).toEqual({ +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 98| file: file.relPath, +@apps/brunch-agent:test:unit: 99| substrateImports: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[8/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/architecture/boundaries.test.ts > the HASH smoke is runnable without a model key or a network (spec §12.5) > the substrate is imported by exactly the reviewed entry points +@apps/brunch-agent:test:unit: AssertionError: expected [ …(16) ] to deeply equal [ …(14) ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: @@ -6,11 +6,13 @@ +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/proof-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-elicitation-faux-provider.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-headless.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/telemetry.test.ts", +@apps/brunch-agent:test:unit: + "apps/brunch-agent/test/workpiece-revisions.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/core/test/question-marker.test.ts", +@apps/brunch-agent:test:unit: + "libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/chat-transport.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/transcript.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/ui-stream.test.ts", +@apps/brunch-agent:test:unit: ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.integration.ts:488:23 +@apps/brunch-agent:test:unit: 486| .map((file) => file.relPath) +@apps/brunch-agent:test:unit: 487| .sort(); +@apps/brunch-agent:test:unit: 488| expect(importers).toEqual( +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 489| Object.keys(SUBSTRATE_INTEGRATION_ENTRY_POINTS).sort(), +@apps/brunch-agent:test:unit: 490| ); +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[9/9]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Test Files 8 failed | 18 passed (26) +@apps/brunch-agent:test:unit: Tests 7 failed | 132 passed | 3 skipped (142) +@apps/brunch-agent:test:unit: Start at 11:28:15 +@apps/brunch-agent:test:unit: Duration 3.66s (transform 1.17s, setup 0ms, import 2.01s, tests 5.87s, environment 1ms) +@apps/brunch-agent:test:unit: +@apps/brunch-agent#test:unit: WARNING command finished with error, but continuing... +@hashintel/brunch-agent#lint:eslint: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-93e76a43/yarn run lint:eslint exited (1) +@apps/brunch-agent#lint:tsc: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-93e76a43/yarn run lint:tsc exited (2) +@apps/brunch-agent#lint:eslint: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-93e76a43/yarn run lint:eslint exited (1) +@apps/brunch-agent#test:unit: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-93e76a43/yarn run test:unit exited (1) + + Tasks: 35 successful, 39 total +Cached: 3 cached, 39 total + Time: 47.251s +Failed: @apps/brunch-agent#lint:eslint, @apps/brunch-agent#lint:tsc, @apps/brunch-agent#test:unit, @hashintel/brunch-agent#lint:eslint + + ERROR run failed: command exited (2) diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-third.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-third.log new file mode 100644 index 00000000000..70b724eb608 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-third.log @@ -0,0 +1,878 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/petrinaut-core:build: cache bypass, force executing d9d4c5a5d59c1d6a +@hashintel/brunch-agent:test:unit: cache miss, executing 340ac2b4d86925c3 +@hashintel/brunch-agent:build: cache miss, executing 5c3048bddc4cea30 +@local/internal-api-client:build: cache hit, replaying logs c10bcdc5687c7f04 +@local/advanced-types:build: cache hit, replaying logs 38f9eeeeb4176261 +@hashintel/brunch-agent-transport-aisdk:build: cache hit, replaying logs 9cc8408e71e94749 +@local/status:build: cache hit, replaying logs ac8382af007adb70 +@local/hash-isomorphic-utils:codegen: cache hit, replaying logs 6a8cd05e7ded6141 +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 13ms +@local/hash-isomorphic-utils:codegen: ❯ Parse Configuration +@local/hash-isomorphic-utils:codegen: ✔ Parse Configuration +@local/hash-isomorphic-utils:codegen: ❯ Generate outputs +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ✔ Generate outputs +@local/eslint:build: cache hit, replaying logs 8df70cf8a04e0e2e +@rust/hash-codec:build:types: cache hit, replaying logs 138ff0e08e0ce1a8 +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on build directory +@rust/hash-codec:build:types: Compiling harpc-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/harpc/types) +@rust/hash-codec:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-codec:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-codec:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.98s +@rust/hash-codec:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-codec/ac4a733b509c7198/out/codegen-ac4a733b509c7198) +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: running 1 test +@rust/hash-codec:build:types: test index ... ok +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:types: cache hit, replaying logs 9bbda5a595f71418 +@blockprotocol/type-system-rs:build:wasm: cache hit, replaying logs f19472dbb6902eea +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@blockprotocol/type-system-rs:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🎯 Checking for the Wasm target... +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🌀 Compiling to Wasm... +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.21.3 +@blockprotocol/type-system-rs:build:wasm: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: cache hit, replaying logs 872cd856bb0339c2 +@blockprotocol/type-system-rs:build:wasm: Finished `release` profile [optimized] target(s) in 6.50s +@blockprotocol/type-system-rs:build:wasm: [INFO]: ⬇️ Installing wasm-bindgen... +@blockprotocol/type-system-rs:build:wasm: [INFO]: found wasm-opt at "/Users/lunelson/.local/share/mise/installs/github-web-assembly-binaryen/version_131/bin/wasm-opt" +@blockprotocol/type-system-rs:build:wasm: [INFO]: Optimizing wasm binaries with `wasm-opt`... +@blockprotocol/type-system-rs:build:wasm: [INFO]: ✨ Done in 6.81s +@blockprotocol/type-system-rs:build:wasm: [INFO]: 📦 Your wasm pkg is ready to publish at pkg. +@blockprotocol/type-system-rs:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:types: Compiling darling v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling bon-macros v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling bon v3.9.3 +@local/harpc-client:build: cache hit, replaying logs f73d5b310e7f5300 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common-wasm v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:types: Compiling temporalio-client v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-test-data v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/tests/graph/test-data/rust) +@blockprotocol/type-system-rs:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.23s +@blockprotocol/type-system-rs:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/type-system/e8f578c7eb92fdef/out/codegen-e8f578c7eb92fdef) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: running 1 test +@blockprotocol/type-system-rs:build:types: test index ... ok +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: done: no snapshots to review +@rust/hash-graph-store:build:types: cache hit, replaying logs 4e1abc3b29a2119d +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-authorization:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@rust/hash-graph-authorization:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-authorization:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-authorization:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 15.63s +@rust/hash-graph-authorization:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-authorization/16c7ff128fd8ff0f/out/codegen-16c7ff128fd8ff0f) +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: running 1 test +@rust/hash-graph-authorization:build:types: test index ... ok +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.10s +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-store:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-common-wasm v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-store:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-store:build:types: Compiling temporalio-common v0.5.0 +@rust/hash-graph-store:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: done: no snapshots to review +@rust/hash-graph-store:build:types: Compiling temporalio-client v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@rust/hash-graph-store:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@rust/hash-graph-store:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-store:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@rust/hash-graph-store:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 22.33s +@hashintel/brunch-agent:lint:eslint: cache miss, executing 5ff0c4d078d50d17 +@hashintel/brunch-agent:lint:tsc: cache miss, executing cb5849dd7c9a41a2 +@rust/hash-graph-store:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-store/17dfb30a5790cc47/out/codegen-17dfb30a5790cc47) +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: running 1 test +@rust/hash-graph-store:build:types: test index ... ok +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: done: no snapshots to review +@local/hash-codec:codegen: cache hit, replaying logs 9eadaa32d82cc2db +@blockprotocol/type-system:codegen: cache hit, replaying logs 2ed3557356297aed +@blockprotocol/type-system:codegen: ../rust/pkg/type-system.d.ts -> src/generated/type-system.d.ts +@blockprotocol/type-system:codegen: ../rust/types/index.snap.d.ts -> src/generated/types.d.ts +@local/hash-graph-authorization:codegen: cache hit, replaying logs b74a9e78ef82e39e +@local/hash-graph-store:codegen: cache hit, replaying logs a57e2fd3e8dcf2e0 +@local/hash-codec:build: cache hit, replaying logs 3fa2ae19f14df321 +@local/hash-graph-client:codegen: cache hit, replaying logs 31144d12486bbc50 +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: ╔═══════════════════════════════════════════════════════╗ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ║ A new version of Redocly CLI (2.51.2) is available. ║ +@local/hash-graph-client:codegen: ║ Update now: `npm i -g @redocly/cli@latest`. ║ +@local/hash-graph-client:codegen: ║ Changelog: https://redocly.com/docs/cli/changelog/ ║ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ╚═══════════════════════════════════════════════════════╝ +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: bundling ../../api/openapi/openapi.json... +@local/hash-graph-client:codegen: 📦 Created a bundle for ../../api/openapi/openapi.json at openapi.bundle.json 41ms. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: A terminally deprecated method in sun.misc.Unsafe has been called +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset has been called by com.github.benmanes.caffeine.cache.UnsafeAccess (file:/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: Please consider reporting this to the maintainers of class com.github.benmanes.caffeine.cache.UnsafeAccess +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset will be removed in a future release +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] [main] WARN o.o.codegen.DefaultCodegen - PathExpression_path_inner (oneOf schema) already has `string` defined and therefore it's skipped. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Thanks for using OpenAPI Generator. # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Please consider donation to help us maintain this project 🙏 # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # https://opencollective.com/openapi_generator/donate # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] java -Dlog.level=warn -jar "/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar" generate --input-spec="openapi.bundle.json" --generate-alias-as-model --generator-name="typescript-axios" --output="/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/client/typescript" --additional-properties="npmName=@local/hash-graph-client,npmVersion=0.0.0-private,supportsES6=true,withInterfaces=true,disallowAdditionalPropertiesIfNotPresent=true,withNodeImports=true,sortModelPropertiesByRequiredFlag=false" exited with code 0 +@local/hash-graph-client:codegen: [ts] openapi.bundle.json +@local/hash-graph-client:codegen: done. +@blockprotocol/type-system:build: cache hit, replaying logs 4f177d5b31a475fa +@local/hash-graph-client:build: cache hit, replaying logs fa581cdd2d454afa +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main.ts → dist/es... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es in 957ms +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main-slim.ts → dist/es-slim... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es-slim in 791ms +@local/hash-graph-authorization:build: cache hit, replaying logs c5b4be8b301259e4 +@local/hash-graph-store:build: cache hit, replaying logs 1fc6c0639601d9ac +@blockprotocol/graph:build: cache hit, replaying logs 42bd4bef4d5e8466 +@local/hash-graph-sdk:build: cache hit, replaying logs c5b87a7421b57871 +@local/hash-isomorphic-utils:build: cache hit, replaying logs c6aadc29205c6e94 +@local/hash-backend-utils:build: cache hit, replaying logs 7b61e651362d3226 +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: transforming... +@hashintel/brunch-agent:build: ✓ 20 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent:build: computing gzip size... +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/json-value-DfyVmP73.js 0.56 kB │ gzip: 0.35 kB │ map: 1.54 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.97 kB │ gzip: 1.16 kB │ map: 9.97 kB +@hashintel/brunch-agent:build: dist/session-log-g_FZuAXm.js 5.94 kB │ gzip: 2.12 kB │ map: 18.62 kB +@hashintel/brunch-agent:build: dist/flue.js 21.85 kB │ gzip: 8.38 kB │ map: 9.30 kB +@hashintel/brunch-agent:build: dist/index.js 24.89 kB │ gzip: 7.64 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 17ms +@hashintel/brunch-agent-binding-flue:build: cache miss, executing 3661e2aa892f83e6 +@hashintel/brunch-agent-plugin-dafny:build: cache miss, executing 094ee6348084a1a1 +@hashintel/brunch-agent-plugin-gherkin:build: cache miss, executing 55dd2742a9c8a384 +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/petrinaut-core:build: transforming... +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent-plugin-dafny:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-dafny:build: transforming... +@hashintel/brunch-agent-plugin-dafny:build: ✓ 6 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: rendering chunks... +@hashintel/brunch-agent-plugin-dafny:build: computing gzip size... +@hashintel/brunch-agent-plugin-dafny:build: dist/index.js 0.19 kB │ gzip: 0.18 kB │ map: 0.83 kB +@hashintel/brunch-agent-plugin-dafny:build: dist/flue.js 2.24 kB │ gzip: 1.10 kB │ map: 1.22 kB +@hashintel/brunch-agent-plugin-dafny:build: +@hashintel/brunch-agent-plugin-dafny:build: ✓ built in 10ms +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: ⚠ 1 verification gaps are open (spec §14.5 and friends): +@hashintel/brunch-agent:test:unit: · compaction-vs-durable-history — FE-1386 (spec §9.7, §14.5) +@hashintel/brunch-agent:test:unit: Closing one means deleting its entry in the commit that lands its proof. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:18:16] +@hashintel/brunch-agent:lint:eslint: 17 | ...(await importOriginal()), +@hashintel/brunch-agent:lint:eslint: 18 | useModel: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:19:16] +@hashintel/brunch-agent:lint:eslint: 18 | useModel: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:20:21] +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:20:33] +@hashintel/brunch-agent:lint:eslint: 19 | useSkill: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:21:26] +@hashintel/brunch-agent:lint:eslint: 20 | useDataWriter: vi.fn(() => vi.fn()), +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 22 | useTool: vi.fn(), +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:22:15] +@hashintel/brunch-agent:lint:eslint: 21 | usePersistentState: vi.fn(), +@hashintel/brunch-agent:lint:eslint: 22 | useTool: vi.fn(), +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 23 | })); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:38:21] +@hashintel/brunch-agent:lint:eslint: 37 | toolCallId, +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:38:36] +@hashintel/brunch-agent:lint:eslint: 37 | toolCallId, +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:38:52] +@hashintel/brunch-agent:lint:eslint: 37 | toolCallId, +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:39:20] +@hashintel/brunch-agent:lint:eslint: 38 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: 39 | step: { do: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 40 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:118:21] +@hashintel/brunch-agent:lint:eslint: 117 | toolCallId: "from-run", +@hashintel/brunch-agent:lint:eslint: 118 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 119 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:118:36] +@hashintel/brunch-agent:lint:eslint: 117 | toolCallId: "from-run", +@hashintel/brunch-agent:lint:eslint: 118 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 119 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: x vitest(require-mock-type-parameters): Missing type parameters on mock function call +@hashintel/brunch-agent:lint:eslint: ,-[test/update-workpiece.test.ts:118:52] +@hashintel/brunch-agent:lint:eslint: 117 | toolCallId: "from-run", +@hashintel/brunch-agent:lint:eslint: 118 | log: { info: vi.fn(), warn: vi.fn(), error: vi.fn() }, +@hashintel/brunch-agent:lint:eslint: : ^^ +@hashintel/brunch-agent:lint:eslint: 119 | }); +@hashintel/brunch-agent:lint:eslint: `---- +@hashintel/brunch-agent:lint:eslint: help: Add a type parameter to the mock function, e.g. `vi.fn<() => void>()`. +@hashintel/brunch-agent:lint:eslint: +@hashintel/brunch-agent:lint:eslint: Found 0 warnings and 13 errors. +@hashintel/brunch-agent:lint:eslint: Finished in 505ms on 36 files with 179 rules using 16 threads. +@hashintel/brunch-agent-plugin-gherkin:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent#lint:eslint: WARNING command finished with error, but continuing... +@hashintel/brunch-agent-plugin-gherkin:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-plugin-gherkin:build: rendering chunks... +@hashintel/brunch-agent-plugin-gherkin:build: computing gzip size... +@hashintel/brunch-agent-plugin-gherkin:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.77 kB +@hashintel/brunch-agent-plugin-gherkin:build: dist/flue.js 31.54 kB │ gzip: 10.81 kB │ map: 1.94 kB +@hashintel/brunch-agent-plugin-gherkin:build: +@hashintel/brunch-agent-plugin-gherkin:build: ✓ built in 11ms +@hashintel/brunch-agent-binding-flue:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-binding-flue:build: transforming... +@hashintel/brunch-agent-binding-flue:build: ✓ 7 modules transformed. +@hashintel/brunch-agent-binding-flue:build: rendering chunks... +@hashintel/brunch-agent-binding-flue:build: computing gzip size... +@hashintel/brunch-agent-binding-flue:build: dist/index.js 10.81 kB │ gzip: 3.85 kB │ map: 30.78 kB +@hashintel/brunch-agent-binding-flue:build: +@hashintel/brunch-agent-binding-flue:build: ✓ built in 10ms +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@hashintel/petrinaut-core:build: rendering chunks... +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.63s +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent-plugin-sdcpn:build: cache miss, executing 701090bafdda2fc8 +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: Test Files 12 passed (12) +@hashintel/brunch-agent:test:unit: Tests 100 passed (100) +@hashintel/brunch-agent:test:unit: Start at 11:31:30 +@hashintel/brunch-agent:test:unit: Duration 1.49s (transform 96ms, setup 0ms, import 531ms, tests 79ms, environment 0ms) +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent-plugin-sdcpn:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-sdcpn:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ 13 modules transformed. +@hashintel/brunch-agent-plugin-sdcpn:build: rendering chunks... +@hashintel/brunch-agent-plugin-sdcpn:build: computing gzip size... +@hashintel/brunch-agent-plugin-sdcpn:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.84 kB +@hashintel/brunch-agent-plugin-sdcpn:build: dist/flue.js 53.70 kB │ gzip: 17.92 kB │ map: 17.32 kB +@hashintel/brunch-agent-plugin-sdcpn:build: +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ built in 12ms +@apps/brunch-agent:build: cache miss, executing e8edee281cf79e8c +@apps/brunch-agent:lint:eslint: cache miss, executing e1b1c180d885e937 +@apps/brunch-agent:lint:tsc: cache miss, executing b977a0d71fc0762e +@apps/brunch-agent:build: vite v8.2.2 building ssr environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 557 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x vitest(no-standalone-expect): `expect` must be inside of a test block. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.test.ts:17:3] +@apps/brunch-agent:lint:eslint: 16 | ); +@apps/brunch-agent:lint:eslint: 17 | expect(exitCode, stderr || stdout).toBe(0); +@apps/brunch-agent:lint:eslint: : ^^^^^^ +@apps/brunch-agent:lint:eslint: 18 | const line = stdout +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Did you forget to wrap `expect` in a `test` or `it` block? +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x vitest(no-standalone-expect): `expect` must be inside of a test block. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.test.ts:21:3] +@apps/brunch-agent:lint:eslint: 20 | .find((entry) => entry.startsWith("WORKPIECE_REVISIONS ")); +@apps/brunch-agent:lint:eslint: 21 | expect(line, stdout).toBeDefined(); +@apps/brunch-agent:lint:eslint: : ^^^^^^ +@apps/brunch-agent:lint:eslint: 22 | result = JSON.parse( +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Did you forget to wrap `expect` in a `test` or `it` block? +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:166:7] +@apps/brunch-agent:lint:eslint: 165 | const mixedClient = clientFor(caseId); +@apps/brunch-agent:lint:eslint: 166 | await mixedClient.wait( +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 167 | await mixedClient.send({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:167:9] +@apps/brunch-agent:lint:eslint: 166 | await mixedClient.wait( +@apps/brunch-agent:lint:eslint: 167 | await mixedClient.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 168 | initialData: { mode: VALIDATED_CONSTRUCTION_MODE }, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:175:23] +@apps/brunch-agent:lint:eslint: 174 | ); +@apps/brunch-agent:lint:eslint: 175 | const history = await mixedClient.history(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 176 | save(`${caseId}-history.json`, history); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.integration.ts:191:13] +@apps/brunch-agent:lint:eslint: 190 | results.push( +@apps/brunch-agent:lint:eslint: 191 | await headless.execute({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 192 | toolName: call.toolName, +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/petrinaut-chat.integration.ts:71:20] +@apps/brunch-agent:lint:eslint: 70 | for (;;) { +@apps/brunch-agent:lint:eslint: 71 | const result = await reader.read(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 72 | if (result.done) return chunks; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:297:11] +@apps/brunch-agent:lint:eslint: 296 | submissionIds.push(currentAdmission.submissionId); +@apps/brunch-agent:lint:eslint: 297 | await onUpdate?.({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 298 | content: [ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:311:25] +@apps/brunch-agent:lint:eslint: 310 | +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:312:28] +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 313 | // Snapshot retention must finish before this canonical submission is advanced or returned. +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:400:30] +@apps/brunch-agent:lint:eslint: 399 | // Tool calls within one suspension are serviced in canonical order. +@apps/brunch-agent:lint:eslint: 400 | const output = await host.execute(call); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 401 | completedClientCallIds.add(call.toolCallId); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:436:30] +@apps/brunch-agent:lint:eslint: 435 | +@apps/brunch-agent:lint:eslint: 436 | currentAdmission = await client.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 437 | message: { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:108:12] +@apps/brunch-agent:lint:eslint: 107 | +@apps/brunch-agent:lint:eslint: 108 | function submit(event: FormEvent): void { +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- The prop was declared here +@apps/brunch-agent:lint:eslint: 109 | event.preventDefault(); +@apps/brunch-agent:lint:eslint: 110 | const reply = input.trim(); +@apps/brunch-agent:lint:eslint: 111 | if (!reply || busy) return; +@apps/brunch-agent:lint:eslint: 112 | setInput(""); +@apps/brunch-agent:lint:eslint: 113 | void agent.sendMessage(reply); +@apps/brunch-agent:lint:eslint: 114 | } +@apps/brunch-agent:lint:eslint: 115 | +@apps/brunch-agent:lint:eslint: 116 | return ( +@apps/brunch-agent:lint:eslint: 117 |
+@apps/brunch-agent:lint:eslint: 118 |
+@apps/brunch-agent:lint:eslint: 119 |
+@apps/brunch-agent:lint:eslint: 120 |

+@apps/brunch-agent:lint:eslint: 121 | {readOnly ? "Brunch / Flue observer" : "Brunch / Flue chat"} +@apps/brunch-agent:lint:eslint: 122 |

+@apps/brunch-agent:lint:eslint: 123 |

+@apps/brunch-agent:lint:eslint: 124 | {readOnly ? "Canonical conversation" : "Plain Flue conversation"} +@apps/brunch-agent:lint:eslint: 125 |

+@apps/brunch-agent:lint:eslint: 126 |
+@apps/brunch-agent:lint:eslint: 127 | +@apps/brunch-agent:lint:eslint: 128 | {readOnly ? `read-only · ${agent.status}` : agent.status} +@apps/brunch-agent:lint:eslint: 129 | +@apps/brunch-agent:lint:eslint: 130 |
+@apps/brunch-agent:lint:eslint: 131 | +@apps/brunch-agent:lint:eslint: 132 |
+@apps/brunch-agent:lint:eslint: 133 | {agent.messages.map((message) => ( +@apps/brunch-agent:lint:eslint: 134 | +@apps/brunch-agent:lint:eslint: 135 | ))} +@apps/brunch-agent:lint:eslint: 136 | {agent.error ?

{agent.error.message}

: null} +@apps/brunch-agent:lint:eslint: 137 |
+@apps/brunch-agent:lint:eslint: 138 | +@apps/brunch-agent:lint:eslint: 139 | {readOnly ? null : ( +@apps/brunch-agent:lint:eslint: 140 | +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- And used here +@apps/brunch-agent:lint:eslint: 141 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:146:25] +@apps/brunch-agent:lint:eslint: 145 | value={input} +@apps/brunch-agent:lint:eslint: 146 | onChange={(event) => setInput(event.target.value)} +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | placeholder="Ask something." +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:78:24] +@apps/brunch-agent:lint:eslint: 77 | ] as const) { +@apps/brunch-agent:lint:eslint: 78 | const response = await app.request(`/assets/${file}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 79 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:129:24] +@apps/brunch-agent:lint:eslint: 128 | for (const name of PRODUCER_PUNCTUATION) { +@apps/brunch-agent:lint:eslint: 129 | const response = await app.request(`/assets/${encodeURIComponent(name)}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:133:15] +@apps/brunch-agent:lint:eslint: 132 | status: response.status, +@apps/brunch-agent:lint:eslint: 133 | body: await response.text(), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 134 | }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:159:24] +@apps/brunch-agent:lint:eslint: 158 | ]) { +@apps/brunch-agent:lint:eslint: 159 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 160 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:163:18] +@apps/brunch-agent:lint:eslint: 162 | status: response.status, +@apps/brunch-agent:lint:eslint: 163 | leaked: (await response.text()).includes("SECRET"), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 164 | }).toEqual({ path, status: 404, leaked: false }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:178:24] +@apps/brunch-agent:lint:eslint: 177 | ] as const) { +@apps/brunch-agent:lint:eslint: 178 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 179 | expect({ reason, status: response.status }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an any value. +@apps/brunch-agent:lint:eslint: ,-[test/workpiece-revisions.test.ts:44:7] +@apps/brunch-agent:lint:eslint: 43 | toolName: "update_workpiece", +@apps/brunch-agent:lint:eslint: 44 | ,-> output: expect.objectContaining({ +@apps/brunch-agent:lint:eslint: 45 | | revisionId: "second-revision", +@apps/brunch-agent:lint:eslint: 46 | | ordinal: 2, +@apps/brunch-agent:lint:eslint: 47 | `-> }), +@apps/brunch-agent:lint:eslint: 48 | }), +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: Found 18 warnings and 3 errors. +@apps/brunch-agent:lint:eslint: Finished in 553ms on 81 files with 239 rules using 16 threads. +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent#lint:eslint: WARNING command finished with error, but continuing... +@apps/brunch-agent:build: dist/app.mjs 0.15 kB │ gzip: 0.12 kB +@apps/brunch-agent:build: dist/execAsync-D25bwo5l.mjs 0.58 kB │ gzip: 0.37 kB │ map: 0.76 kB +@apps/brunch-agent:build: dist/getMachineId-unsupported-QqRDr4II.mjs 0.72 kB │ gzip: 0.41 kB │ map: 0.90 kB +@apps/brunch-agent:build: dist/getMachineId-linux-B5Iy_Sy7.mjs 0.89 kB │ gzip: 0.52 kB │ map: 1.36 kB +@apps/brunch-agent:build: dist/server.mjs 0.90 kB │ gzip: 0.53 kB │ map: 1.45 kB +@apps/brunch-agent:build: dist/getMachineId-bsd-ThF6nEVL.mjs 1.10 kB │ gzip: 0.57 kB │ map: 1.62 kB +@apps/brunch-agent:build: dist/getMachineId-darwin-C6rMMlat.mjs 1.11 kB │ gzip: 0.62 kB │ map: 1.68 kB +@apps/brunch-agent:build: dist/getMachineId-win-FwyaH7b-.mjs 1.27 kB │ gzip: 0.74 kB │ map: 1.83 kB +@apps/brunch-agent:build: dist/rolldown-runtime-BMI-E3GI.mjs 1.92 kB │ gzip: 0.87 kB +@apps/brunch-agent:build: dist/node-server-BoUuBQUL.mjs 2,722.26 kB │ gzip: 521.04 kB │ map: 4,824.65 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 185ms +@apps/brunch-agent:build: vite v8.2.2 building client environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 169 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/client/index.html 0.38 kB │ gzip: 0.24 kB +@apps/brunch-agent:build: dist/client/assets/index.css 2.54 kB │ gzip: 1.16 kB +@apps/brunch-agent:build: dist/client/assets/index.js 244.66 kB │ gzip: 75.89 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 65ms +@apps/brunch-agent:test:unit: cache miss, executing 8a486329aaafc29e +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.test.ts (27 tests | 1 failed) 73ms +@apps/brunch-agent:test:unit: × the substrate is imported by exactly the reviewed entry points 5ms +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts (3 tests | 3 skipped) 2460ms +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯ Failed Suites 1 ⎯⎯⎯⎯⎯⎯⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/workpiece-revisions.test.ts [ test/workpiece-revisions.test.ts ] +@apps/brunch-agent:test:unit: AssertionError: [flue:submission-processing] { +@apps/brunch-agent:test:unit: submissionId: 'sub_01M205QQ8XTK8SDRZWKXDK60EQ', +@apps/brunch-agent:test:unit: operation: 'process_submission', +@apps/brunch-agent:test:unit: outcome: 'failed' +@apps/brunch-agent:test:unit: } OperationFailedError [FlueError]: direct(sub_01M205QQ8XTK8SDRZWKXDK60EQ) failed: async (toolCallId, params, signal) => { +@apps/brunch-agent:test:unit: let prepared; +@apps/brunch-agent:test:unit: try { +@apps/brunch-agent:test:unit: if (signal?.aborted) throw abortErrorF...... } could not be cloned. +@apps/brunch-agent:test:unit: at Session.throwIfError (file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:4177:23) +@apps/brunch-agent:test:unit: at Session.resumeConversationToCompletion (file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:4377:10) +@apps/brunch-agent:test:unit: at async file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:4463:5 +@apps/brunch-agent:test:unit: at async Session.withCallOverrides (file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:3482:11) +@apps/brunch-agent:test:unit: at async file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:3659:70 +@apps/brunch-agent:test:unit: at async Session.runExclusive (file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:3710:11) { +@apps/brunch-agent:test:unit: type: 'operation_failed', +@apps/brunch-agent:test:unit: details: '', +@apps/brunch-agent:test:unit: dev: '', +@apps/brunch-agent:test:unit: meta: { +@apps/brunch-agent:test:unit: operation: 'direct(sub_01M205QQ8XTK8SDRZWKXDK60EQ)', +@apps/brunch-agent:test:unit: reason: 'async (toolCallId, params, signal) => {\n' + +@apps/brunch-agent:test:unit: '\t\t\t\tlet prepared;\n' + +@apps/brunch-agent:test:unit: '\t\t\t\ttry {\n' + +@apps/brunch-agent:test:unit: '\t\t\t\t\tif (signal?.aborted) throw abortErrorF......\t} could not be cloned.' +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: cause: undefined +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/sdk/dist/index.mjs:1028 +@apps/brunch-agent:test:unit: throw new FlueExecutionError({ +@apps/brunch-agent:test:unit: ^ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FlueExecutionError: Agent submission sub_01M205QQ8XTK8SDRZWKXDK60EQ failed: direct(sub_01M205QQ8XTK8SDRZWKXDK60EQ) failed: async (toolCallId, params, signal) => { +@apps/brunch-agent:test:unit: let prepared; +@apps/brunch-agent:test:unit: try { +@apps/brunch-agent:test:unit: if (signal?.aborted) throw abortErrorF...... } could not be cloned. +@apps/brunch-agent:test:unit: at waitForAgentSubmission (file:///Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@flue/sdk/dist/index.mjs:1028:11) +@apps/brunch-agent:test:unit: at async probe (file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/test/workpiece-revisions.integration.ts:95:5) +@apps/brunch-agent:test:unit: at async file:///Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent/test/workpiece-revisions.integration.ts:227:18 { +@apps/brunch-agent:test:unit: target: 'agent_submission', +@apps/brunch-agent:test:unit: targetId: 'sub_01M205QQ8XTK8SDRZWKXDK60EQ', +@apps/brunch-agent:test:unit: failure: 'failed', +@apps/brunch-agent:test:unit: error: { +@apps/brunch-agent:test:unit: name: 'FlueError', +@apps/brunch-agent:test:unit: message: 'direct(sub_01M205QQ8XTK8SDRZWKXDK60EQ) failed: async (toolCallId, params, signal) => {\n' + +@apps/brunch-agent:test:unit: '\t\t\t\tlet prepared;\n' + +@apps/brunch-agent:test:unit: '\t\t\t\ttry {\n' + +@apps/brunch-agent:test:unit: '\t\t\t\t\tif (signal?.aborted) throw abortErrorF......\t} could not be cloned.', +@apps/brunch-agent:test:unit: type: 'operation_failed', +@apps/brunch-agent:test:unit: details: '', +@apps/brunch-agent:test:unit: meta: { +@apps/brunch-agent:test:unit: operation: 'direct(sub_01M205QQ8XTK8SDRZWKXDK60EQ)', +@apps/brunch-agent:test:unit: reason: 'async (toolCallId, params, signal) => {\n' + +@apps/brunch-agent:test:unit: '\t\t\t\tlet prepared;\n' + +@apps/brunch-agent:test:unit: '\t\t\t\ttry {\n' + +@apps/brunch-agent:test:unit: '\t\t\t\t\tif (signal?.aborted) throw abortErrorF......\t} could not be cloned.' +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: } +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Node.js v24.20.0 +@apps/brunch-agent:test:unit: : expected 1 to be +0 // Object.is equality +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - 0 +@apps/brunch-agent:test:unit: + 1 +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ Session.throwIfError ../../node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:4177:23 +@apps/brunch-agent:test:unit: ❯ Session.resumeConversationToCompletion ../../node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:4377:10 +@apps/brunch-agent:test:unit: ❯ ../../node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:4463:5 +@apps/brunch-agent:test:unit: ❯ Session.withCallOverrides ../../node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:3482:11 +@apps/brunch-agent:test:unit: ❯ ../../node_modules/@flue/runtime/dist/conversation-stream-store-CXwRWonS.mjs:3659:70 +@apps/brunch-agent:test:unit: ❯ waitForAgentSubmission ../../node_modules/@flue/sdk/dist/index.mjs:1028:11 +@apps/brunch-agent:test:unit: ❯ probe test/workpiece-revisions.integration.ts:95:5 +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts:17:38 +@apps/brunch-agent:test:unit: 15| {}, +@apps/brunch-agent:test:unit: 16| ); +@apps/brunch-agent:test:unit: 17| expect(exitCode, stderr || stdout).toBe(0); +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 18| const line = stdout +@apps/brunch-agent:test:unit: 19| .split("\n") +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/2]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯ Failed Tests 1 ⎯⎯⎯⎯⎯⎯⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/architecture/boundaries.test.ts > the HASH smoke is runnable without a model key or a network (spec §12.5) > the substrate is imported by exactly the reviewed entry points +@apps/brunch-agent:test:unit: AssertionError: expected [ …(16) ] to deeply equal [ …(14) ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: @@ -6,11 +6,13 @@ +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/proof-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-artifacts.test.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-elicitation-faux-provider.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/runbook-headless.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/telemetry.test.ts", +@apps/brunch-agent:test:unit: + "apps/brunch-agent/test/workpiece-revisions.integration.ts", +@apps/brunch-agent:test:unit: "apps/brunch-agent/test/workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/core/test/question-marker.test.ts", +@apps/brunch-agent:test:unit: + "libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/chat-transport.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/transcript.test.ts", +@apps/brunch-agent:test:unit: "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/ui-stream.test.ts", +@apps/brunch-agent:test:unit: ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/architecture/boundaries.integration.ts:488:23 +@apps/brunch-agent:test:unit: 486| .map((file) => file.relPath) +@apps/brunch-agent:test:unit: 487| .sort(); +@apps/brunch-agent:test:unit: 488| expect(importers).toEqual( +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 489| Object.keys(SUBSTRATE_INTEGRATION_ENTRY_POINTS).sort(), +@apps/brunch-agent:test:unit: 490| ); +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[2/2]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Test Files 2 failed | 24 passed (26) +@apps/brunch-agent:test:unit: Tests 1 failed | 151 passed | 3 skipped (155) +@apps/brunch-agent:test:unit: Start at 11:31:35 +@apps/brunch-agent:test:unit: Duration 4.22s (transform 799ms, setup 0ms, import 2.08s, tests 12.67s, environment 1ms) +@apps/brunch-agent:test:unit: +@apps/brunch-agent#test:unit: WARNING command finished with error, but continuing... +@hashintel/brunch-agent#lint:eslint: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-173d68c3/yarn run lint:eslint exited (1) +@apps/brunch-agent#lint:eslint: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-173d68c3/yarn run lint:eslint exited (1) +@apps/brunch-agent#test:unit: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-173d68c3/yarn run test:unit exited (1) + + Tasks: 36 successful, 39 total +Cached: 26 cached, 39 total + Time: 11.069s +Failed: @apps/brunch-agent#lint:eslint, @apps/brunch-agent#test:unit, @hashintel/brunch-agent#lint:eslint + + ERROR run failed: command exited (1) From 0943765f922ecb4d03d3e20b18020a462e07497a Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:52:27 +0200 Subject: [PATCH 21/62] Register A2 hermetic test entrypoints and retain safety failure --- .../architecture/boundaries.integration.ts | 4 + .../a2-settlement-bravo/changed-files.txt | 3 + .../a2-settlement-bravo/handoff.md | 18 +- .../inventory-followup.log | 9 + .../revision-protocol.json | 9 + .../verification-followup.log | 618 ++++++++++++++++++ 6 files changed, 655 insertions(+), 6 deletions(-) create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inventory-followup.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-followup.log diff --git a/apps/brunch-agent/test/architecture/boundaries.integration.ts b/apps/brunch-agent/test/architecture/boundaries.integration.ts index a2f0def0a07..2331c0f56fa 100644 --- a/apps/brunch-agent/test/architecture/boundaries.integration.ts +++ b/apps/brunch-agent/test/architecture/boundaries.integration.ts @@ -431,6 +431,8 @@ describe("the HASH smoke is runnable without a model key or a network (spec §12 "Mocks Flue hooks and core/plugin composition to test runtime-environment validation and forwarding by the production agent module; no runtime boot, provider key, socket, or model call.", "libs/@hashintel/brunch-agent/packages/core/test/question-marker.test.ts": "Types the Flue logger and calls the core marker tool with a mocked data-part writer and logger; no runtime boot, provider, key or socket.", + "libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts": + "Invokes the core revision tool with a mocked render-captured persistent-state setter and Flue hook declarations; no runtime boot, provider key, socket or model call.", "apps/brunch-agent/test/brunch-turn.test.ts": "Types Flue's client, admission, and conversation snapshot and constructs FlueExecutionError so the persona bridge can be unit-tested against a stubbed client — no provider key, no socket, no model call, no runtime boot.", "apps/brunch-agent/test/flue-transcript.test.ts": @@ -449,6 +451,8 @@ describe("the HASH smoke is runnable without a model key or a network (spec §12 "Boots the built Flue ChatAgent with pi-ai's faux provider and a headless Petrinaut client to prove validated construct-only tool flow without a provider key, socket, or network model call.", "apps/brunch-agent/test/telemetry.test.ts": "Constructs Flue's content-free OpenTelemetry instrumentation with an injected exporter setup to prove disposal order; it registers no global instrumentation, opens no socket, and makes no provider call.", + "apps/brunch-agent/test/workpiece-revisions.integration.ts": + "Boots the existing built ChatAgent with a faux provider over the mounted application.fetch route, reads public history, reloads an isolated SQLite application and retains mixed-batch canonical headless observations; no provider key, listener or network model call.", "apps/brunch-agent/test/workpiece.test.ts": "Types Flue's public conversation snapshot so the substrate-neutral workpiece selector and app-owned SHA-256 projection can be unit-tested against in-memory messages — no provider key, no socket, no model call, no runtime boot.", "libs/@hashintel/brunch-agent/packages/transport-aisdk/test/chat-transport.test.ts": diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt index 8bde3291c3a..a915cdcb968 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt @@ -1,3 +1,4 @@ +apps/brunch-agent/test/architecture/boundaries.integration.ts apps/brunch-agent/test/workpiece-revisions.integration.ts apps/brunch-agent/test/workpiece-revisions.test.ts libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/changed-files.txt @@ -5,6 +6,7 @@ libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-set libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inspect-state.py libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/install.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inventory-followup.log libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final.log libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/addType-update_workpiece-brunch_mark_question-history.json libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/mounted-final/brunch_mark_question-addType-history.json @@ -31,6 +33,7 @@ libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-set libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/transport-regressions.log libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-final.log libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-first.log +libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-followup.log libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-fourth.log libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-second.log libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-third.log diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md index 41bd856ba40..20da64a10be 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/handoff.md @@ -2,13 +2,19 @@ **Partial. Stop at the demonstrated mixed-batch feasibility gate.** The built production ChatAgent settles a server-side workpiece revision and preserves its call identity in public history. The installed runtime does **not** make a mixed non-terminating/server and terminating/browser batch safe: it admits the browser mutation and continues the model before any client result. Do not integrate this as a safe construction protocol or mark A2 complete. +## Policy follow-up — mechanical inventory failure cleared + +Consumed the exact policy clarification in integration authority-only commit `c265134393c6a8ecf131342482cd77ae0ceaa3a6` without cherry-picking alpha or changing this branch's inherited `MISSION.md`. File lists are coordination hints, not per-file approval gates; shared production ownership and all safety/acceptance/budget constraints remain intact. Added the two justified hermetic-test entries in repository-root `apps/brunch-agent/test/architecture/boundaries.integration.ts`, preserving exact inventory set equality and all test assertions. This is the only additional code/test path beyond the six-file implementation below. The rationale is to register the actual authorized A2 test entrypoints, not loosen substrate-import rules. + +Current verification: `inventory-followup.log` records **27/27 architecture tests passing**. `verification-followup.log` records the root build/typecheck/lint/unit command below: **101 core tests pass; 154 app tests pass and 1 fails**. Only the original mixed-batch safety oracle remains red. Builds, typechecks and lint pass; 14 pre-existing app lint warnings remain. There were no production code, prompt, tool, termination, marker or paid-call changes in this follow-up. Earlier logs and their two-failure totals below are retained as historical evidence, not the current inventory verdict. `changed-files.txt` includes the actual follow-up paths. + ## Branch, commits and scope - Base/ancestry: `c4f5a54b355f25b2588a1a23659fdc996d14986a`, verified with `git merge-base --is-ancestor`; starting worktree was clean. - Worktree: `/Users/lunelson/.herdr/worktrees/hash/bravo`; branch: `ln/fe-1573-a2`. - Implementation/tests: **`02062b00ad89a86e0710b9add4c6ac25863b277e`**. Follow-on evidence commits contain this directory, including explicitly retained ignored log files; the dispatch return lists every commit ID. `changed-files.txt` lists the exact changed paths across the complete handoff. -- Exactly six implementation/test files changed: `packages/core/src/flue.ts`, `packages/core/src/workpiece.ts`, `packages/core/src/update-workpiece.ts`, `packages/core/test/update-workpiece.test.ts`, repository-root `apps/brunch-agent/test/workpiece-revisions.integration.ts`, and `apps/brunch-agent/test/workpiece-revisions.test.ts`. -- `MISSION.md`, app ChatAgent, plugin mounting, website, shared helpers/configuration, shared paid ledgers and all sibling worktrees were unchanged. No new dependency, issue, PR, push, restack, merge or history rewrite. `yarn install --immutable` restored already-declared dependencies missing in this fresh worktree; it changed no tracked dependency file. +- The original implementation/test commit changed six files: `packages/core/src/flue.ts`, `packages/core/src/workpiece.ts`, `packages/core/src/update-workpiece.ts`, `packages/core/test/update-workpiece.test.ts`, repository-root `apps/brunch-agent/test/workpiece-revisions.integration.ts`, and `apps/brunch-agent/test/workpiece-revisions.test.ts`. +- `MISSION.md`, app ChatAgent, plugin mounting, website, shared production helpers/configuration, shared paid ledgers and all sibling worktrees were unchanged. The later policy follow-up changes only the focused hermetic-test inventory and this evidence packet. No new dependency, issue, PR, push, restack, merge or history rewrite. `yarn install --immutable` restored already-declared dependencies missing in this fresh worktree; it changed no tracked dependency file. - **Zero paid calls / US$0.** All model steps used `fauxProvider`; a Sonnet model identifier in faux metadata is not real-provider evidence or a spending reservation. ## Earned revision API @@ -65,7 +71,7 @@ Installed behavior wins: `pi-agent-core/dist/agent-loop.js:377–379` requires * ## Commands and results -All commands run from repository root unless prefixed with the workspace command. `verification-final.log` is the final aggregate check; earlier numbered logs retain setup/tooling failures, including missing lockfile-installed packages and the corrected attempt to structured-clone function-bearing provider context. They are not behavior evidence for the final code. +All commands run from repository root unless prefixed with the workspace command. `verification-followup.log` is the current aggregate check after inventory registration; `verification-final.log` is the original handoff's aggregate check. Earlier numbered logs retain setup/tooling failures, including missing lockfile-installed packages and the corrected attempt to structured-clone function-bearing provider context. They are not behavior evidence for the final code. ```sh yarn exec turbo run build lint:tsc lint:eslint test:unit --filter=@hashintel/brunch-agent --filter=@apps/brunch-agent --continue=always @@ -102,9 +108,9 @@ Read-only SQLite inspection exits 0 and produces `state-records.json`; this diag ## Integration-owner patches and decision -### Mechanical test inventory patch (proposed, not applied) +### Mechanical test inventory patch (now applied) -In repository-root `apps/brunch-agent/test/architecture/boundaries.integration.ts`, add these two entries to the existing `SUBSTRATE_INTEGRATION_ENTRY_POINTS` object; retain exact set equality and every other reviewed entry: +Under the `c265134393` clarification, these two entries were added to the existing `SUBSTRATE_INTEGRATION_ENTRY_POINTS` object in repository-root `apps/brunch-agent/test/architecture/boundaries.integration.ts`. Exact set equality and every other reviewed entry remain intact. No integration-owner patch is still needed for this inventory: ```ts "libs/@hashintel/brunch-agent/packages/core/test/update-workpiece.test.ts": @@ -117,7 +123,7 @@ No production importer exception is needed: all core runtime imports remain in ` ### Compaction seam coordination -Alpha owns the separately authorized additive `useBrunchAgent(model: string, compaction?: CompactionConfig)` and its existing single `useModel(model, compaction === undefined ? undefined : { compaction })`, plus app-only `BRUNCH_TEST_KEEP_RECENT_TOKENS` validation. This branch neither implements nor imports that commit. Preserve the additive signature/forwarding when combining `flue.ts`, together with this branch's single persistent-state hook and unchanged marker. No sibling commit was merged here. +Alpha commit `f746bcd5ed6d60dfc24d5f1ae3147071b3de12b2` owns the separately authorized additive `useBrunchAgent(model: string, compaction?: CompactionConfig)` and its existing single `useModel(model, compaction === undefined ? undefined : { compaction })`, plus app-only `BRUNCH_TEST_KEEP_RECENT_TOKENS` validation. This branch neither implements nor imports that commit. Preserve the additive signature/forwarding when combining `flue.ts`, together with this branch's single persistent-state hook and unchanged marker. No sibling commit was merged here. ### Safety/provenance join requirements — blocked, not fabricated patches diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inventory-followup.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inventory-followup.log new file mode 100644 index 00000000000..5dfd2425a74 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/inventory-followup.log @@ -0,0 +1,9 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent + + + Test Files 1 passed (1) + Tests 27 passed (27) + Start at 11:50:37 + Duration 285ms (transform 19ms, setup 0ms, import 37ms, tests 62ms, environment 0ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json index 8fe272490d5..5eb8b29df78 100644 --- a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/revision-protocol.json @@ -3,6 +3,15 @@ "status": "partial", "integrationBase": "c4f5a54b355f25b2588a1a23659fdc996d14986a", "branch": "ln/fe-1573-a2", + "coordinationFollowup": { + "policyCommitConsumed": "c265134393c6a8ecf131342482cd77ae0ceaa3a6", + "compactionCommitToPreserveAtIntegration": "f746bcd5ed6d60dfc24d5f1ae3147071b3de12b2", + "inventoryStatus": "pass: both A2 hermetic test entrypoints registered; exact set-equality assertion unchanged", + "architectureTests": "27 passed", + "aggregateTests": "101 core passed; 154 app passed and the original mixed-batch safety oracle failed", + "artifacts": ["inventory-followup.log", "verification-followup.log"], + "productionChanges": false + }, "paidProviderCalls": 0, "paidUsd": 0, "runtime": "@flue/runtime@2.0.3", diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-followup.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-followup.log new file mode 100644 index 00000000000..cc8b0db5702 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a2-settlement-bravo/verification-followup.log @@ -0,0 +1,618 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @hashintel/brunch-agent + • Running build, lint:tsc, lint:eslint, test:unit in 2 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/petrinaut-core:build: cache bypass, force executing d9d4c5a5d59c1d6a +@hashintel/brunch-agent:test:unit: cache miss, executing 7d436d36636d8b0f +@local/hash-isomorphic-utils:codegen: cache hit, replaying logs 6a8cd05e7ded6141 +@hashintel/brunch-agent:build: cache hit, replaying logs 0c6b2698cd1fe7c1 +@hashintel/brunch-agent:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:build: transforming... +@hashintel/brunch-agent:build: ✓ 20 modules transformed. +@hashintel/brunch-agent:build: rendering chunks... +@hashintel/brunch-agent:build: computing gzip size... +@hashintel/brunch-agent:build: dist/storage.js 0.20 kB │ gzip: 0.15 kB +@hashintel/brunch-agent:build: dist/client-tools.js 0.45 kB │ gzip: 0.30 kB │ map: 1.22 kB +@hashintel/brunch-agent:build: dist/json-value-DfyVmP73.js 0.56 kB │ gzip: 0.35 kB │ map: 1.54 kB +@hashintel/brunch-agent:build: dist/question-marker.js 0.59 kB │ gzip: 0.37 kB │ map: 1.27 kB +@hashintel/brunch-agent:build: dist/naming-B-X_Ur_R.js 0.80 kB │ gzip: 0.49 kB │ map: 4.33 kB +@hashintel/brunch-agent:build: dist/workpiece.js 2.97 kB │ gzip: 1.16 kB │ map: 9.97 kB +@hashintel/brunch-agent:build: dist/session-log-g_FZuAXm.js 5.94 kB │ gzip: 2.12 kB │ map: 18.62 kB +@hashintel/brunch-agent:build: dist/flue.js 21.95 kB │ gzip: 8.41 kB │ map: 9.54 kB +@hashintel/brunch-agent:build: dist/index.js 24.89 kB │ gzip: 7.64 kB │ map: 76.56 kB +@hashintel/brunch-agent:build: +@hashintel/brunch-agent:build: ✓ built in 17ms +@local/hash-isomorphic-utils:codegen: ❯ Parse Configuration +@local/hash-isomorphic-utils:codegen: ✔ Parse Configuration +@local/internal-api-client:build: cache hit, replaying logs c10bcdc5687c7f04 +@local/hash-isomorphic-utils:codegen: ❯ Generate outputs +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ❯ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL schemas +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/status:build: cache hit, replaying logs ac8382af007adb70 +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/fragment-types.gen.json +@local/hash-isomorphic-utils:codegen: ✔ Load GraphQL documents +@local/hash-isomorphic-utils:codegen: ❯ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate +@local/hash-isomorphic-utils:codegen: ✔ Generate to ./src/graphql/api-types.gen.ts +@local/hash-isomorphic-utils:codegen: ✔ Generate outputs +@hashintel/brunch-agent-transport-aisdk:build: cache hit, replaying logs 9cc8408e71e94749 +@local/advanced-types:build: cache hit, replaying logs 38f9eeeeb4176261 +@hashintel/brunch-agent-transport-aisdk:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-transport-aisdk:build: transforming... +@hashintel/brunch-agent-transport-aisdk:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-transport-aisdk:build: rendering chunks... +@hashintel/brunch-agent-transport-aisdk:build: computing gzip size... +@hashintel/brunch-agent-transport-aisdk:build: dist/headers.js 0.20 kB │ gzip: 0.17 kB │ map: 0.35 kB +@hashintel/brunch-agent-transport-aisdk:build: dist/index.js 16.17 kB │ gzip: 5.09 kB │ map: 52.92 kB +@hashintel/brunch-agent-transport-aisdk:build: +@hashintel/brunch-agent-transport-aisdk:build: ✓ built in 13ms +@hashintel/brunch-agent:lint:tsc: cache hit, replaying logs 0250b835e27945f9 +@hashintel/brunch-agent-plugin-dafny:build: cache hit, replaying logs d9f7d4f8af47af31 +@hashintel/brunch-agent-binding-flue:build: cache hit, replaying logs ec74d04ab5b74e95 +@hashintel/brunch-agent-plugin-dafny:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-dafny:build: transforming... +@hashintel/brunch-agent-plugin-dafny:build: ✓ 6 modules transformed. +@hashintel/brunch-agent-plugin-dafny:build: rendering chunks... +@hashintel/brunch-agent-plugin-dafny:build: computing gzip size... +@hashintel/brunch-agent-plugin-dafny:build: dist/index.js 0.19 kB │ gzip: 0.18 kB │ map: 0.83 kB +@hashintel/brunch-agent-plugin-dafny:build: dist/flue.js 2.24 kB │ gzip: 1.10 kB │ map: 1.22 kB +@hashintel/brunch-agent-plugin-dafny:build: +@hashintel/brunch-agent-plugin-dafny:build: ✓ built in 10ms +@local/eslint:build: cache hit, replaying logs 8df70cf8a04e0e2e +@hashintel/brunch-agent-binding-flue:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-binding-flue:build: transforming... +@hashintel/brunch-agent-binding-flue:build: ✓ 7 modules transformed. +@hashintel/brunch-agent-binding-flue:build: rendering chunks... +@hashintel/brunch-agent-binding-flue:build: computing gzip size... +@hashintel/brunch-agent-binding-flue:build: dist/index.js 10.81 kB │ gzip: 3.85 kB │ map: 30.78 kB +@hashintel/brunch-agent-binding-flue:build: +@hashintel/brunch-agent-binding-flue:build: ✓ built in 10ms +@hashintel/brunch-agent-plugin-gherkin:build: cache hit, replaying logs 39c4a83afe0d056c +@hashintel/brunch-agent-plugin-gherkin:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-gherkin:build: transforming... +@hashintel/brunch-agent-plugin-gherkin:build: ✓ 9 modules transformed. +@hashintel/brunch-agent-plugin-gherkin:build: rendering chunks... +@hashintel/brunch-agent-plugin-gherkin:build: computing gzip size... +@hashintel/brunch-agent-plugin-gherkin:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.77 kB +@hashintel/brunch-agent-plugin-gherkin:build: dist/flue.js 31.54 kB │ gzip: 10.81 kB │ map: 1.94 kB +@rust/hash-codec:build:types: cache hit, replaying logs 138ff0e08e0ce1a8 +@hashintel/brunch-agent-plugin-gherkin:build: +@hashintel/brunch-agent-plugin-gherkin:build: ✓ built in 12ms +@hashintel/brunch-agent:lint:eslint: cache hit, replaying logs f07da0556e05754e +@rust/hash-graph-authorization:build:types: cache hit, replaying logs 872cd856bb0339c2 +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on package cache +@rust/hash-codec:build:types: Blocking waiting for file lock on build directory +@rust/hash-codec:build:types: Compiling harpc-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/harpc/types) +@rust/hash-codec:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-codec:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-codec:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.98s +@rust/hash-codec:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-codec/ac4a733b509c7198/out/codegen-ac4a733b509c7198) +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: running 1 test +@rust/hash-codec:build:types: test index ... ok +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-codec:build:types: +@rust/hash-codec:build:types: done: no snapshots to review +@hashintel/brunch-agent:lint:eslint: Found 0 warnings and 0 errors. +@hashintel/brunch-agent:lint:eslint: Finished in 667ms on 36 files with 179 rules using 16 threads. +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-authorization:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-authorization:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@rust/hash-graph-authorization:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-authorization:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-authorization:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-authorization:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-authorization:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 15.63s +@rust/hash-graph-authorization:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-authorization/16c7ff128fd8ff0f/out/codegen-16c7ff128fd8ff0f) +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: running 1 test +@rust/hash-graph-authorization:build:types: test index ... ok +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.10s +@rust/hash-graph-authorization:build:types: +@rust/hash-graph-authorization:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:types: cache hit, replaying logs 9bbda5a595f71418 +@rust/hash-graph-store:build:types: cache hit, replaying logs 4e1abc3b29a2119d +@local/harpc-client:build: cache hit, replaying logs f73d5b310e7f5300 +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:types: Compiling darling_core v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on package cache +@rust/hash-graph-store:build:types: Blocking waiting for file lock on build directory +@rust/hash-graph-store:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-common-wasm v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@rust/hash-graph-store:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@rust/hash-graph-store:build:types: Compiling temporalio-common v0.5.0 +@rust/hash-graph-store:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@rust/hash-graph-store:build:types: Compiling temporalio-client v0.5.0 +@rust/hash-graph-store:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@rust/hash-graph-store:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@rust/hash-graph-store:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@rust/hash-graph-store:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@rust/hash-graph-store:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 22.33s +@rust/hash-graph-store:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/hash-graph-store/17dfb30a5790cc47/out/codegen-17dfb30a5790cc47) +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: running 1 test +@rust/hash-graph-store:build:types: test index ... ok +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@rust/hash-graph-store:build:types: +@rust/hash-graph-store:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:types: Compiling hash-codegen v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codegen) +@blockprotocol/type-system-rs:build:types: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:types: Compiling darling_macro v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:types: Compiling darling v0.21.3 +@blockprotocol/type-system-rs:build:types: Compiling bon-macros v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling bon v3.9.3 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common-wasm v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling temporalio-common v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-types v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/types) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-authorization v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/authorization/rust) +@blockprotocol/type-system-rs:build:types: Compiling temporalio-client v0.5.0 +@blockprotocol/type-system-rs:build:types: Compiling hash-temporal-client v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/temporal-client) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-store v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/store/rust) +@blockprotocol/type-system-rs:build:types: Compiling hash-graph-test-data v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/tests/graph/test-data/rust) +@blockprotocol/type-system-rs:build:types: Finished `test` profile [unoptimized + debuginfo] target(s) in 11.23s +@blockprotocol/type-system-rs:build:types: Running tests/codegen.rs (/Users/lunelson/.herdr/worktrees/hash/bravo/target/debug/build/type-system/e8f578c7eb92fdef/out/codegen-e8f578c7eb92fdef) +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: running 1 test +@blockprotocol/type-system-rs:build:types: test index ... ok +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.09s +@blockprotocol/type-system-rs:build:types: +@blockprotocol/type-system-rs:build:types: done: no snapshots to review +@blockprotocol/type-system-rs:build:wasm: cache hit, replaying logs f19472dbb6902eea +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🎯 Checking for the Wasm target... +@blockprotocol/type-system-rs:build:wasm: [INFO]: 🌀 Compiling to Wasm... +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Blocking waiting for file lock on package cache +@blockprotocol/type-system-rs:build:wasm: Compiling error-stack v0.8.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/error-stack) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-codec v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/codec/rust) +@blockprotocol/type-system-rs:build:wasm: Compiling hash-graph-temporal-versioning v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/temporal-versioning) +@blockprotocol/type-system-rs:build:wasm: Compiling type-system v0.0.0 (/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@blockprotocol/type-system/rust) +@blockprotocol/type-system-rs:build:wasm: Finished `release` profile [optimized] target(s) in 6.50s +@blockprotocol/type-system-rs:build:wasm: [INFO]: ⬇️ Installing wasm-bindgen... +@blockprotocol/type-system-rs:build:wasm: [INFO]: found wasm-opt at "/Users/lunelson/.local/share/mise/installs/github-web-assembly-binaryen/version_131/bin/wasm-opt" +@blockprotocol/type-system-rs:build:wasm: [INFO]: Optimizing wasm binaries with `wasm-opt`... +@blockprotocol/type-system-rs:build:wasm: [INFO]: ✨ Done in 6.81s +@blockprotocol/type-system-rs:build:wasm: [INFO]: 📦 Your wasm pkg is ready to publish at pkg. +@local/hash-graph-authorization:codegen: cache hit, replaying logs b74a9e78ef82e39e +@local/hash-codec:codegen: cache hit, replaying logs 9eadaa32d82cc2db +@local/hash-graph-store:codegen: cache hit, replaying logs a57e2fd3e8dcf2e0 +@blockprotocol/type-system:codegen: cache hit, replaying logs 2ed3557356297aed +@blockprotocol/type-system:codegen: ../rust/pkg/type-system.d.ts -> src/generated/type-system.d.ts +@blockprotocol/type-system:codegen: ../rust/types/index.snap.d.ts -> src/generated/types.d.ts +@local/hash-graph-client:codegen: cache hit, replaying logs 31144d12486bbc50 +@local/hash-codec:build: cache hit, replaying logs 3fa2ae19f14df321 +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: ╔═══════════════════════════════════════════════════════╗ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ║ A new version of Redocly CLI (2.51.2) is available. ║ +@local/hash-graph-client:codegen: ║ Update now: `npm i -g @redocly/cli@latest`. ║ +@local/hash-graph-client:codegen: ║ Changelog: https://redocly.com/docs/cli/changelog/ ║ +@local/hash-graph-client:codegen: ║ ║ +@local/hash-graph-client:codegen: ╚═══════════════════════════════════════════════════════╝ +@local/hash-graph-client:codegen: +@local/hash-graph-client:codegen: bundling ../../api/openapi/openapi.json... +@local/hash-graph-client:codegen: 📦 Created a bundle for ../../api/openapi/openapi.json at openapi.bundle.json 41ms. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: A terminally deprecated method in sun.misc.Unsafe has been called +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset has been called by com.github.benmanes.caffeine.cache.UnsafeAccess (file:/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar) +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: Please consider reporting this to the maintainers of class com.github.benmanes.caffeine.cache.UnsafeAccess +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] WARNING: sun.misc.Unsafe::objectFieldOffset will be removed in a future release +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] [main] WARN o.o.codegen.DefaultCodegen - PathExpression_path_inner (oneOf schema) already has `string` defined and therefore it's skipped. +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Thanks for using OpenAPI Generator. # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # Please consider donation to help us maintain this project 🙏 # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] # https://opencollective.com/openapi_generator/donate # +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] ################################################################################ +@local/hash-graph-client:codegen: [[ts] openapi.bundle.json] java -Dlog.level=warn -jar "/Users/lunelson/.herdr/worktrees/hash/bravo/node_modules/@openapitools/openapi-generator-cli/versions/6.6.0.jar" generate --input-spec="openapi.bundle.json" --generate-alias-as-model --generator-name="typescript-axios" --output="/Users/lunelson/.herdr/worktrees/hash/bravo/libs/@local/graph/client/typescript" --additional-properties="npmName=@local/hash-graph-client,npmVersion=0.0.0-private,supportsES6=true,withInterfaces=true,disallowAdditionalPropertiesIfNotPresent=true,withNodeImports=true,sortModelPropertiesByRequiredFlag=false" exited with code 0 +@local/hash-graph-client:codegen: [ts] openapi.bundle.json +@local/hash-graph-client:codegen: done. +@local/hash-graph-client:build: cache hit, replaying logs fa581cdd2d454afa +@blockprotocol/type-system:build: cache hit, replaying logs 4f177d5b31a475fa +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main.ts → dist/es... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es in 957ms +@blockprotocol/type-system:build:  +@blockprotocol/type-system:build: src/main-slim.ts → dist/es-slim... +@blockprotocol/type-system:build: (!) Circular dependency +@blockprotocol/type-system:build: ../../../../node_modules/semver/classes/comparator.js -> ../../../../node_modules/semver/classes/range.js -> ../../../../node_modules/semver/classes/comparator.js +@blockprotocol/type-system:build: created dist/es-slim in 791ms +@local/hash-graph-authorization:build: cache hit, replaying logs c5b4be8b301259e4 +@local/hash-graph-store:build: cache hit, replaying logs 1fc6c0639601d9ac +@blockprotocol/graph:build: cache hit, replaying logs 42bd4bef4d5e8466 +@local/hash-graph-sdk:build: cache hit, replaying logs c5b87a7421b57871 +@local/hash-isomorphic-utils:build: cache hit, replaying logs c6aadc29205c6e94 +@local/hash-backend-utils:build: cache hit, replaying logs 7b61e651362d3226 +@hashintel/petrinaut-core:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut-core:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut-core:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/libs/@hashintel/brunch-agent/packages/core +@hashintel/brunch-agent:test:unit: +@hashintel/petrinaut-core:build: transforming... +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: ⚠ 1 verification gaps are open (spec §14.5 and friends): +@hashintel/brunch-agent:test:unit: · compaction-vs-durable-history — FE-1386 (spec §9.7, §14.5) +@hashintel/brunch-agent:test:unit: Closing one means deleting its entry in the commit that lands its proof. +@hashintel/petrinaut-core:build: ✓ 385 modules transformed. +@hashintel/brunch-agent:test:unit: +@hashintel/brunch-agent:test:unit: Test Files 12 passed (12) +@hashintel/brunch-agent:test:unit: Tests 101 passed (101) +@hashintel/brunch-agent:test:unit: Start at 11:50:40 +@hashintel/brunch-agent:test:unit: Duration 1.35s (transform 104ms, setup 0ms, import 601ms, tests 75ms, environment 0ms) +@hashintel/brunch-agent:test:unit: +@hashintel/petrinaut-core:build: rendering chunks... +@hashintel/petrinaut-core:build: computing gzip size... +@hashintel/petrinaut-core:build: dist/selection.js 0.11 kB │ gzip: 0.11 kB +@hashintel/petrinaut-core:build: dist/support-QFmoRTi4.js 0.17 kB │ gzip: 0.16 kB │ map: 1.19 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.js 0.25 kB │ gzip: 0.19 kB │ map: 0.76 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.js 0.25 kB │ gzip: 0.19 kB │ map: 0.60 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.js 0.29 kB │ gzip: 0.18 kB +@hashintel/petrinaut-core:build: dist/selection.d.ts 0.31 kB │ gzip: 0.16 kB +@hashintel/petrinaut-core:build: dist/examples/index.js 0.31 kB │ gzip: 0.22 kB +@hashintel/petrinaut-core:build: dist/time-DeDKdkwN.js 0.31 kB │ gzip: 0.23 kB │ map: 1.26 kB +@hashintel/petrinaut-core:build: dist/compute-next-frame-C-jZtFBX.d.ts 0.57 kB │ gzip: 0.32 kB │ map: 9.03 kB +@hashintel/petrinaut-core:build: dist/workers/lsp.d.ts 0.72 kB │ gzip: 0.36 kB │ map: 0.54 kB +@hashintel/petrinaut-core:build: dist/selection-RzC-zvk4.js 0.79 kB │ gzip: 0.50 kB │ map: 4.68 kB +@hashintel/petrinaut-core:build: dist/experiment-stores-DVh6E0s0.js 0.87 kB │ gzip: 0.46 kB │ map: 3.89 kB +@hashintel/petrinaut-core:build: dist/hir-runtime.d.ts 1.06 kB │ gzip: 0.34 kB +@hashintel/petrinaut-core:build: dist/ai.js 1.07 kB │ gzip: 0.49 kB +@hashintel/petrinaut-core:build: dist/capacity-Dj6JeNjt.js 1.23 kB │ gzip: 0.65 kB │ map: 7.08 kB +@hashintel/petrinaut-core:build: dist/hir.js 1.29 kB │ gzip: 0.59 kB +@hashintel/petrinaut-core:build: dist/parameter-values-eu_sZKJb.js 1.32 kB │ gzip: 0.63 kB │ map: 5.68 kB +@hashintel/petrinaut-core:build: dist/optimization.js 1.54 kB │ gzip: 0.51 kB +@hashintel/petrinaut-core:build: dist/instantiate-Cxld0cne.js 1.64 kB │ gzip: 0.79 kB │ map: 12.54 kB +@hashintel/petrinaut-core:build: dist/record-keys-1sJBaBt0.js 1.73 kB │ gzip: 0.79 kB │ map: 7.26 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.d.ts 1.78 kB │ gzip: 0.60 kB │ map: 1.38 kB +@hashintel/petrinaut-core:build: dist/ai.d.ts 2.10 kB │ gzip: 0.58 kB +@hashintel/petrinaut-core:build: dist/selection-D9ffUDiZ.d.ts 2.37 kB │ gzip: 1.08 kB │ map: 2.99 kB +@hashintel/petrinaut-core:build: dist/compiled-model.d.ts 3.44 kB │ gzip: 1.23 kB │ map: 4.55 kB +@hashintel/petrinaut-core:build: dist/type-policies-Bh5NEOvT.js 3.63 kB │ gzip: 1.31 kB │ map: 17.78 kB +@hashintel/petrinaut-core:build: dist/optimization.d.ts 3.67 kB │ gzip: 0.66 kB +@hashintel/petrinaut-core:build: dist/surface-context-BCMn0Ywq.js 3.68 kB │ gzip: 1.32 kB │ map: 19.40 kB +@hashintel/petrinaut-core:build: dist/extensions-C8I_9D-1.d.ts 4.00 kB │ gzip: 1.26 kB │ map: 5.83 kB +@hashintel/petrinaut-core:build: dist/token-layout-BvitVYQC.js 4.07 kB │ gzip: 1.55 kB │ map: 21.47 kB +@hashintel/petrinaut-core:build: dist/hir.d.ts 4.44 kB │ gzip: 1.23 kB +@hashintel/petrinaut-core:build: dist/experiments.d.ts 4.47 kB │ gzip: 1.68 kB │ map: 6.93 kB +@hashintel/petrinaut-core:build: dist/experiment-CN3O8DTt.d.ts 4.99 kB │ gzip: 1.85 kB │ map: 7.55 kB +@hashintel/petrinaut-core:build: dist/workers/monte-carlo.js 5.12 kB │ gzip: 1.90 kB │ map: 17.85 kB +@hashintel/petrinaut-core:build: dist/workers/simulation.d.ts 5.44 kB │ gzip: 1.99 kB │ map: 10.28 kB +@hashintel/petrinaut-core:build: dist/webgpu.d.ts 5.88 kB │ gzip: 2.39 kB │ map: 15.69 kB +@hashintel/petrinaut-core:build: dist/experiments.js 6.53 kB │ gzip: 2.38 kB │ map: 26.87 kB +@hashintel/petrinaut-core:build: dist/examples/index.d.ts 9.33 kB │ gzip: 3.77 kB │ map: 10.45 kB +@hashintel/petrinaut-core:build: dist/api-L5t-x6dS.d.ts 9.55 kB │ gzip: 3.54 kB │ map: 12.41 kB +@hashintel/petrinaut-core:build: dist/experiment-backend--dHxenV2.d.ts 10.28 kB │ gzip: 3.95 kB │ map: 14.03 kB +@hashintel/petrinaut-core:build: dist/sdcpn-CmLg1nPY.d.ts 11.80 kB │ gzip: 4.00 kB │ map: 15.64 kB +@hashintel/petrinaut-core:build: dist/experiment-Cw9P3MTS.js 13.42 kB │ gzip: 4.35 kB │ map: 54.26 kB +@hashintel/petrinaut-core:build: dist/compiled-model.js 15.93 kB │ gzip: 5.15 kB │ map: 66.55 kB +@hashintel/petrinaut-core:build: dist/optimization-DK5oBwQm.js 17.12 kB │ gzip: 4.86 kB │ map: 54.19 kB +@hashintel/petrinaut-core:build: dist/hir-runtime-CaVQSVhv.d.ts 19.08 kB │ gzip: 6.46 kB │ map: 27.06 kB +@hashintel/petrinaut-core:build: dist/messages-ChKNREKi.d.ts 20.41 kB │ gzip: 5.56 kB │ map: 26.95 kB +@hashintel/petrinaut-core:build: dist/user-defined-lYOWZg_0.js 22.75 kB │ gzip: 6.87 kB │ map: 84.32 kB +@hashintel/petrinaut-core:build: dist/scenario-schema-CkXxxKxa.js 27.15 kB │ gzip: 8.34 kB │ map: 49.57 kB +@hashintel/petrinaut-core:build: dist/typecheck-DJ4DWDrQ.js 27.52 kB │ gzip: 6.80 kB │ map: 89.76 kB +@hashintel/petrinaut-core:build: dist/index.d.ts 27.54 kB │ gzip: 6.53 kB +@hashintel/petrinaut-core:build: dist/hir-metric-D4uEpZOA.js 29.72 kB │ gzip: 8.56 kB │ map: 106.23 kB +@hashintel/petrinaut-core:build: dist/ai-CmUEIcuN.js 31.97 kB │ gzip: 10.47 kB │ map: 60.41 kB +@hashintel/petrinaut-core:build: dist/extensions-BznQh6CW.js 50.95 kB │ gzip: 13.39 kB │ map: 177.21 kB +@hashintel/petrinaut-core:build: dist/instance-dQJMEYM8.d.ts 67.03 kB │ gzip: 6.48 kB │ map: 164.88 kB +@hashintel/petrinaut-core:build: dist/webgpu.js 78.09 kB │ gzip: 23.80 kB │ map: 323.21 kB +@hashintel/petrinaut-core:build: dist/hir-DCpzVv-F.js 84.05 kB │ gzip: 20.34 kB │ map: 259.97 kB +@hashintel/petrinaut-core:build: dist/index.js 88.73 kB │ gzip: 24.16 kB │ map: 311.35 kB +@hashintel/petrinaut-core:build: dist/simulation.worker-C2Mxugw1.js 118.52 kB │ gzip: 33.64 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/ai-jgIk4czs.d.ts 128.59 kB │ gzip: 8.50 kB │ map: 284.62 kB +@hashintel/petrinaut-core:build: dist/monte-carlo.worker-WQ0YZbjg.js 131.60 kB │ gzip: 37.58 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: dist/examples-ubXygPF4.js 155.60 kB │ gzip: 32.28 kB │ map: 229.24 kB +@hashintel/petrinaut-core:build: dist/hir-CWid-6fO.d.ts 211.09 kB │ gzip: 45.69 kB │ map: 355.96 kB +@hashintel/petrinaut-core:build: dist/language-server.worker-Diq9yLSu.js 3,960.93 kB │ gzip: 1,059.96 kB │ map: 0.09 kB +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: ✓ built in 1.62s +@hashintel/petrinaut-core:build: ok index.js (external: zod, uuid, immer, elkjs, vscode-languageserver-types, js-yaml) +@hashintel/petrinaut-core:build: ok webgpu.js (external: zod) +@hashintel/petrinaut-core:build: ok hir-runtime.js (no external imports) +@hashintel/petrinaut-core:build: +@hashintel/petrinaut-core:build: All browser-facing entries are free of Node-only imports. +@hashintel/brunch-agent-plugin-sdcpn:build: cache hit, replaying logs 1688ec33738cc82d +@hashintel/brunch-agent-plugin-sdcpn:build: vite v8.2.2 building client environment for production... +@hashintel/brunch-agent-plugin-sdcpn:build: transforming... +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ 13 modules transformed. +@hashintel/brunch-agent-plugin-sdcpn:build: rendering chunks... +@hashintel/brunch-agent-plugin-sdcpn:build: computing gzip size... +@hashintel/brunch-agent-plugin-sdcpn:build: dist/index.js 0.18 kB │ gzip: 0.17 kB │ map: 0.84 kB +@hashintel/brunch-agent-plugin-sdcpn:build: dist/flue.js 53.70 kB │ gzip: 17.92 kB │ map: 17.32 kB +@hashintel/brunch-agent-plugin-sdcpn:build: +@hashintel/brunch-agent-plugin-sdcpn:build: ✓ built in 11ms +@apps/brunch-agent:lint:eslint: cache miss, executing 89cd96924a81366c +@apps/brunch-agent:lint:tsc: cache miss, executing f08172c8aa85de73 +@apps/brunch-agent:build: cache miss, executing 7e920ab58f82b8a9 +@apps/brunch-agent:build: vite v8.2.2 building ssr environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 557 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/app.mjs 0.15 kB │ gzip: 0.12 kB +@apps/brunch-agent:build: dist/execAsync-D25bwo5l.mjs 0.58 kB │ gzip: 0.37 kB │ map: 0.76 kB +@apps/brunch-agent:build: dist/getMachineId-unsupported-QqRDr4II.mjs 0.72 kB │ gzip: 0.41 kB │ map: 0.90 kB +@apps/brunch-agent:build: dist/getMachineId-linux-B5Iy_Sy7.mjs 0.89 kB │ gzip: 0.52 kB │ map: 1.36 kB +@apps/brunch-agent:build: dist/server.mjs 0.90 kB │ gzip: 0.53 kB │ map: 1.45 kB +@apps/brunch-agent:build: dist/getMachineId-bsd-ThF6nEVL.mjs 1.10 kB │ gzip: 0.57 kB │ map: 1.62 kB +@apps/brunch-agent:build: dist/getMachineId-darwin-C6rMMlat.mjs 1.11 kB │ gzip: 0.62 kB │ map: 1.68 kB +@apps/brunch-agent:build: dist/getMachineId-win-FwyaH7b-.mjs 1.27 kB │ gzip: 0.74 kB │ map: 1.83 kB +@apps/brunch-agent:build: dist/rolldown-runtime-BMI-E3GI.mjs 1.92 kB │ gzip: 0.87 kB +@apps/brunch-agent:build: dist/node-server-DD1JDA2j.mjs 2,722.37 kB │ gzip: 521.07 kB │ map: 4,824.84 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 228ms +@apps/brunch-agent:build: vite v8.2.2 building client environment for production... +@apps/brunch-agent:build: transforming... +@apps/brunch-agent:build: ✓ 169 modules transformed. +@apps/brunch-agent:build: rendering chunks... +@apps/brunch-agent:build: computing gzip size... +@apps/brunch-agent:build: dist/client/index.html 0.38 kB │ gzip: 0.24 kB +@apps/brunch-agent:build: dist/client/assets/index.css 2.54 kB │ gzip: 1.16 kB +@apps/brunch-agent:build: dist/client/assets/index.js 244.66 kB │ gzip: 75.89 kB +@apps/brunch-agent:build: +@apps/brunch-agent:build: ✓ built in 94ms +@apps/brunch-agent:test:unit: cache miss, executing 1244ec73f81349ce +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:297:11] +@apps/brunch-agent:lint:eslint: 296 | submissionIds.push(currentAdmission.submissionId); +@apps/brunch-agent:lint:eslint: 297 | await onUpdate?.({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 298 | content: [ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:311:25] +@apps/brunch-agent:lint:eslint: 310 | +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:312:28] +@apps/brunch-agent:lint:eslint: 311 | const reply = await client.read(currentAdmission, { signal }); +@apps/brunch-agent:lint:eslint: 312 | const snapshot = await client.history({ signal }); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 313 | // Snapshot retention must finish before this canonical submission is advanced or returned. +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:400:30] +@apps/brunch-agent:lint:eslint: 399 | // Tool calls within one suspension are serviced in canonical order. +@apps/brunch-agent:lint:eslint: 400 | const output = await host.execute(call); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 401 | completedClientCallIds.add(call.toolCallId); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[src/evaluations/persona/brunch-turn.ts:436:30] +@apps/brunch-agent:lint:eslint: 435 | +@apps/brunch-agent:lint:eslint: 436 | currentAdmission = await client.send({ +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 437 | message: { +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/petrinaut-chat.integration.ts:71:20] +@apps/brunch-agent:lint:eslint: 70 | for (;;) { +@apps/brunch-agent:lint:eslint: 71 | const result = await reader.read(); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 72 | if (result.done) return chunks; +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:108:12] +@apps/brunch-agent:lint:eslint: 107 | +@apps/brunch-agent:lint:eslint: 108 | function submit(event: FormEvent): void { +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- The prop was declared here +@apps/brunch-agent:lint:eslint: 109 | event.preventDefault(); +@apps/brunch-agent:lint:eslint: 110 | const reply = input.trim(); +@apps/brunch-agent:lint:eslint: 111 | if (!reply || busy) return; +@apps/brunch-agent:lint:eslint: 112 | setInput(""); +@apps/brunch-agent:lint:eslint: 113 | void agent.sendMessage(reply); +@apps/brunch-agent:lint:eslint: 114 | } +@apps/brunch-agent:lint:eslint: 115 | +@apps/brunch-agent:lint:eslint: 116 | return ( +@apps/brunch-agent:lint:eslint: 117 |
+@apps/brunch-agent:lint:eslint: 118 |
+@apps/brunch-agent:lint:eslint: 119 |
+@apps/brunch-agent:lint:eslint: 120 |

+@apps/brunch-agent:lint:eslint: 121 | {readOnly ? "Brunch / Flue observer" : "Brunch / Flue chat"} +@apps/brunch-agent:lint:eslint: 122 |

+@apps/brunch-agent:lint:eslint: 123 |

+@apps/brunch-agent:lint:eslint: 124 | {readOnly ? "Canonical conversation" : "Plain Flue conversation"} +@apps/brunch-agent:lint:eslint: 125 |

+@apps/brunch-agent:lint:eslint: 126 |
+@apps/brunch-agent:lint:eslint: 127 | +@apps/brunch-agent:lint:eslint: 128 | {readOnly ? `read-only · ${agent.status}` : agent.status} +@apps/brunch-agent:lint:eslint: 129 | +@apps/brunch-agent:lint:eslint: 130 |
+@apps/brunch-agent:lint:eslint: 131 | +@apps/brunch-agent:lint:eslint: 132 |
+@apps/brunch-agent:lint:eslint: 133 | {agent.messages.map((message) => ( +@apps/brunch-agent:lint:eslint: 134 | +@apps/brunch-agent:lint:eslint: 135 | ))} +@apps/brunch-agent:lint:eslint: 136 | {agent.error ?

{agent.error.message}

: null} +@apps/brunch-agent:lint:eslint: 137 |
+@apps/brunch-agent:lint:eslint: 138 | +@apps/brunch-agent:lint:eslint: 139 | {readOnly ? null : ( +@apps/brunch-agent:lint:eslint: 140 | +@apps/brunch-agent:lint:eslint: : ^^^|^^ +@apps/brunch-agent:lint:eslint: : `-- And used here +@apps/brunch-agent:lint:eslint: 141 | +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! react-perf(jsx-no-new-function-as-prop): JSX attribute values should not contain functions created in the same scope. +@apps/brunch-agent:lint:eslint: ,-[src/ui/chat.tsx:146:25] +@apps/brunch-agent:lint:eslint: 145 | value={input} +@apps/brunch-agent:lint:eslint: 146 | onChange={(event) => setInput(event.target.value)} +@apps/brunch-agent:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/brunch-agent:lint:eslint: 147 | placeholder="Ask something." +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: simplify props or memoize props in the parent component (https://react.dev/reference/react/memo#my-component-rerenders-when-a-prop-is-an-object-or-array). +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:78:24] +@apps/brunch-agent:lint:eslint: 77 | ] as const) { +@apps/brunch-agent:lint:eslint: 78 | const response = await app.request(`/assets/${file}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 79 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:129:24] +@apps/brunch-agent:lint:eslint: 128 | for (const name of PRODUCER_PUNCTUATION) { +@apps/brunch-agent:lint:eslint: 129 | const response = await app.request(`/assets/${encodeURIComponent(name)}`); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 130 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:133:15] +@apps/brunch-agent:lint:eslint: 132 | status: response.status, +@apps/brunch-agent:lint:eslint: 133 | body: await response.text(), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 134 | }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:159:24] +@apps/brunch-agent:lint:eslint: 158 | ]) { +@apps/brunch-agent:lint:eslint: 159 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 160 | expect({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:163:18] +@apps/brunch-agent:lint:eslint: 162 | status: response.status, +@apps/brunch-agent:lint:eslint: 163 | leaked: (await response.text()).includes("SECRET"), +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 164 | }).toEqual({ path, status: 404, leaked: false }); +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: ! eslint(no-await-in-loop): Unexpected `await` inside a loop. +@apps/brunch-agent:lint:eslint: ,-[test/assets.test.ts:178:24] +@apps/brunch-agent:lint:eslint: 177 | ] as const) { +@apps/brunch-agent:lint:eslint: 178 | const response = await app.request(path); +@apps/brunch-agent:lint:eslint: : ^^^^^ +@apps/brunch-agent:lint:eslint: 179 | expect({ reason, status: response.status }).toEqual({ +@apps/brunch-agent:lint:eslint: `---- +@apps/brunch-agent:lint:eslint: help: Collect all promises into an array and use `Promise.all()` to run them in parallel, rather than awaiting each one sequentially inside the loop. +@apps/brunch-agent:lint:eslint: +@apps/brunch-agent:lint:eslint: Found 14 warnings and 0 errors. +@apps/brunch-agent:lint:eslint: Finished in 607ms on 81 files with 239 rules using 16 threads. +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts (3 tests | 1 failed) 1508ms +@apps/brunch-agent:test:unit: × mixed workpiece and browser tool batch does not apply a mutation 3ms +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯ Failed Tests 1 ⎯⎯⎯⎯⎯⎯⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: FAIL test/workpiece-revisions.test.ts > mixed workpiece and browser tool batch does not apply a mutation +@apps/brunch-agent:test:unit: AssertionError: expected [ { …(3) }, { …(3) }, { …(3) } ] to deeply equal [ { …(3) }, { …(3) }, { …(3) } ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: - Expected +@apps/brunch-agent:test:unit: + Received +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: [ +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "update_workpiece-addType", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "update_workpiece-addType-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "brunch_mark_question-update_workpiece-addType", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "brunch_mark_question-update_workpiece-addType-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: { +@apps/brunch-agent:test:unit: "caseId": "addType-update_workpiece-brunch_mark_question", +@apps/brunch-agent:test:unit: - "mutationApplied": false, +@apps/brunch-agent:test:unit: - "pendingMutationIds": [], +@apps/brunch-agent:test:unit: + "mutationApplied": true, +@apps/brunch-agent:test:unit: + "pendingMutationIds": [ +@apps/brunch-agent:test:unit: + "addType-update_workpiece-brunch_mark_question-addType", +@apps/brunch-agent:test:unit: + ], +@apps/brunch-agent:test:unit: }, +@apps/brunch-agent:test:unit: ] +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ❯ test/workpiece-revisions.test.ts:67:5 +@apps/brunch-agent:test:unit: 65| pendingMutationIds, +@apps/brunch-agent:test:unit: 66| })), +@apps/brunch-agent:test:unit: 67| ).toEqual( +@apps/brunch-agent:test:unit: | ^ +@apps/brunch-agent:test:unit: 68| workpieceBatches.map(({ caseId }) => ({ +@apps/brunch-agent:test:unit: 69| caseId, +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/1]⎯ +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: +@apps/brunch-agent:test:unit: Test Files 1 failed | 25 passed (26) +@apps/brunch-agent:test:unit: Tests 1 failed | 154 passed (155) +@apps/brunch-agent:test:unit: Start at 11:50:44 +@apps/brunch-agent:test:unit: Duration 3.60s (transform 870ms, setup 0ms, import 2.17s, tests 11.11s, environment 1ms) +@apps/brunch-agent:test:unit: +@apps/brunch-agent#test:unit: WARNING command finished with error, but continuing... +@apps/brunch-agent#test:unit: ERROR command (/Users/lunelson/.herdr/worktrees/hash/bravo/apps/brunch-agent) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-07f29b54/yarn run test:unit exited (1) + + Tasks: 38 successful, 39 total +Cached: 33 cached, 39 total + Time: 9.433s +Failed: @apps/brunch-agent#test:unit + + ERROR run failed: command exited (1) From ce7e9638ad267572a7230ac7c825d5f67e9c4ece Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 11:59:37 +0200 Subject: [PATCH 22/62] Add synchronous mutation observation and verifiable arc records --- .changeset/brunch-a3-browser-observation.md | 5 + .../docs/task-dependencies.json | 8 + apps/petrinaut-website/package.json | 1 + .../transition-record.test.ts | 231 +++++++++++++++ .../local-storage-demo/transition-record.ts | 198 +++++++++++++ .../packages/plugin-sdcpn/src/index.ts | 18 +- .../plugin-sdcpn/src/transition-record.ts | 279 ++++++++++++++++++ .../test/transition-record.test.ts | 199 +++++++++++++ .../@hashintel/petrinaut/docs/ai-assistant.md | 2 + .../@hashintel/petrinaut/src/ui/petrinaut.tsx | 8 + .../Editor/panels/ai-assistant-panel.test.tsx | 67 +++++ .../Editor/panels/ai-assistant-panel.tsx | 2 + .../apply-petrinaut-ai-mutation.test.ts | 79 +++++ .../apply-petrinaut-ai-mutation.ts | 36 ++- .../Editor/panels/ai-assistant-panel/types.ts | 11 +- yarn.lock | 1 + 16 files changed, 1141 insertions(+), 4 deletions(-) create mode 100644 .changeset/brunch-a3-browser-observation.md create mode 100644 apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts create mode 100644 apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.ts create mode 100644 libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/transition-record.ts create mode 100644 libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/transition-record.test.ts diff --git a/.changeset/brunch-a3-browser-observation.md b/.changeset/brunch-a3-browser-observation.md new file mode 100644 index 00000000000..1a9a48f30c3 --- /dev/null +++ b/.changeset/brunch-a3-browser-observation.md @@ -0,0 +1,5 @@ +--- +"@hashintel/petrinaut": patch +--- + +Add an optional synchronous `aiAssistant.executeMutation` boundary so embedding applications can inspect their live document around a canonical mutation or refuse execution, while the panel retains control of tool results and continuation. diff --git a/apps/petrinaut-website/docs/task-dependencies.json b/apps/petrinaut-website/docs/task-dependencies.json index 381e6f6f613..69b022e777b 100644 --- a/apps/petrinaut-website/docs/task-dependencies.json +++ b/apps/petrinaut-website/docs/task-dependencies.json @@ -2,6 +2,7 @@ "package": "@apps/petrinaut-website", "dependencies": [ "@hashintel/brunch-agent", + "@hashintel/brunch-agent-plugin-sdcpn", "@hashintel/brunch-agent-transport-aisdk", "@hashintel/ds-components", "@hashintel/ds-helpers", @@ -12,6 +13,7 @@ "tasks": { "build": [ "@hashintel/brunch-agent#build", + "@hashintel/brunch-agent-plugin-sdcpn#build", "@hashintel/brunch-agent-transport-aisdk#build", "@hashintel/ds-components#build", "@hashintel/petrinaut#build", @@ -23,6 +25,7 @@ "codegen": [], "dev": [ "@hashintel/brunch-agent#build", + "@hashintel/brunch-agent-plugin-sdcpn#build", "@hashintel/brunch-agent-transport-aisdk#build", "@hashintel/ds-components#build", "@hashintel/petrinaut#build", @@ -33,6 +36,7 @@ ], "examples:generate": [ "@hashintel/brunch-agent#build", + "@hashintel/brunch-agent-plugin-sdcpn#build", "@hashintel/brunch-agent-transport-aisdk#build", "@hashintel/ds-components#build", "@hashintel/petrinaut#build", @@ -41,6 +45,7 @@ ], "fix:eslint": [ "@hashintel/brunch-agent#build", + "@hashintel/brunch-agent-plugin-sdcpn#build", "@hashintel/brunch-agent-transport-aisdk#build", "@hashintel/ds-components#build", "@hashintel/petrinaut#build", @@ -51,6 +56,7 @@ ], "lint:eslint": [ "@hashintel/brunch-agent#build", + "@hashintel/brunch-agent-plugin-sdcpn#build", "@hashintel/brunch-agent-transport-aisdk#build", "@hashintel/ds-components#build", "@hashintel/petrinaut#build", @@ -61,6 +67,7 @@ ], "lint:tsc": [ "@hashintel/brunch-agent#build", + "@hashintel/brunch-agent-plugin-sdcpn#build", "@hashintel/brunch-agent-transport-aisdk#build", "@hashintel/ds-components#build", "@hashintel/petrinaut#build", @@ -71,6 +78,7 @@ ], "test:unit": [ "@hashintel/brunch-agent#build", + "@hashintel/brunch-agent-plugin-sdcpn#build", "@hashintel/brunch-agent-transport-aisdk#build", "@hashintel/ds-components#build", "@hashintel/petrinaut#build", diff --git a/apps/petrinaut-website/package.json b/apps/petrinaut-website/package.json index d90b45168e0..f0c5b64d3e6 100644 --- a/apps/petrinaut-website/package.json +++ b/apps/petrinaut-website/package.json @@ -20,6 +20,7 @@ "@ai-sdk/openai": "3.0.63", "@flue/sdk": "2.0.3", "@hashintel/brunch-agent": "workspace:*", + "@hashintel/brunch-agent-plugin-sdcpn": "workspace:*", "@hashintel/brunch-agent-transport-aisdk": "workspace:*", "@hashintel/ds-components": "workspace:*", "@hashintel/ds-helpers": "workspace:*", diff --git a/apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts b/apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts new file mode 100644 index 00000000000..19cc32789b7 --- /dev/null +++ b/apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts @@ -0,0 +1,231 @@ +import { describe, expect, test, vi } from "vitest"; + +import { + assertArcEffects, + verifyArcTransitionAttempt, + type ArcMutationRequest, +} from "@hashintel/brunch-agent-plugin-sdcpn"; +import { + createJsonDocHandle, + createPetrinaut, +} from "@hashintel/petrinaut-core"; + +import { + preparedCrewReservationNet, + dispatchCrewPlaceId, + startFinalInspectionTransitionId, +} from "./prepared-crew-reservation-fixture"; +import { + createBrowserTransitionRecorder, + observeBrowserDefinition, +} from "./transition-record"; + +const setup = () => { + const handle = createJsonDocHandle({ + id: "a3-test-document", + initial: preparedCrewReservationNet, + capabilities: { disabledExtensions: [] }, + }); + const instance = createPetrinaut({ document: handle }); + const binding = { + documentId: handle.id, + incarnationId: "a3-test-incarnation", + conversationId: "a3-test-conversation", + }; + const request: ArcMutationRequest = { + toolName: "addArc", + toolCallId: "a3-test-call", + binding, + requestedBaseHash: observeBrowserDefinition(handle).sha256, + input: { + transitionId: startFinalInspectionTransitionId, + arcDirection: "input", + placeId: dispatchCrewPlaceId, + weight: 1, + type: "standard", + }, + }; + const recorder = createBrowserTransitionRecorder({ + handle, + binding, + requestFor: () => request, + }); + const execute = vi.fn(() => { + instance.mutations.addArc(request.input); + return { applied: true as const, title: "Added input arc" }; + }); + const run = () => recorder.executeMutation({ ...request, execute }); + return { handle, instance, request, recorder, execute, run }; +}; + +describe("browser transition adapter (canonical handle, not a real browser witness)", () => { + test("observes the pre-apply hash independently of the request", async () => { + const fixture = setup(); + fixture.request.requestedBaseHash = "0".repeat(64); + expect(fixture.run()).toMatchObject({ applied: false }); + expect(fixture.execute).not.toHaveBeenCalled(); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + expect(attempt.pre.sha256).not.toBe(fixture.request.requestedBaseHash); + expect(attempt.outcome).toBe("stale"); + await verifyArcTransitionAttempt(attempt); + fixture.instance.dispose(); + }); + + test("observes a hand edit after request preparation rather than using the earlier snapshot", () => { + const fixture = setup(); + const requestedHash = fixture.request.requestedBaseHash; + fixture.instance.mutations.updatePlace({ + placeId: dispatchCrewPlaceId, + update: { name: "EditedCrew" }, + }); + expect(fixture.run()).toMatchObject({ applied: false }); + expect(fixture.execute).not.toHaveBeenCalled(); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + expect(attempt.outcome).toBe("stale"); + expect(attempt.pre.sha256).not.toBe(requestedHash); + expect( + attempt.pre.definition.places.find( + (place) => place.id === dispatchCrewPlaceId, + )?.name, + ).toBe("EditedCrew"); + fixture.instance.dispose(); + }); + + test("derives disjoint created, updated, deleted, derived sets from pre and post definitions", async () => { + const fixture = setup(); + fixture.run(); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + expect(attempt.outcome).toBe("applied"); + expect(attempt.effects).toEqual({ + created: [ + { + path: "/transitions/0/inputArcs/1", + kind: "created", + after: { placeId: dispatchCrewPlaceId, type: "standard", weight: 1 }, + }, + ], + updated: [], + deleted: [], + derived: [], + }); + await verifyArcTransitionAttempt(attempt); + fixture.run(); + expect(fixture.execute).toHaveBeenCalledTimes(1); + expect(fixture.recorder.records()[0]?.attempts).toHaveLength(2); + fixture.instance.dispose(); + }); + + test("refuses a record whose effects do not account for the diff", () => { + const fixture = setup(); + fixture.run(); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + attempt.effects.created = []; + expect(() => assertArcEffects(attempt)).toThrow(/complete canonical diff/u); + fixture.instance.dispose(); + }); + + test("marks conflicting duplicate browser outcomes unknown and retains both deliveries", async () => { + const fixture = setup(); + fixture.run(); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + const conflict = { + ...attempt, + post: attempt.pre, + outcome: "no-op" as const, + effects: { created: [], updated: [], deleted: [], derived: [] }, + }; + const record = await fixture.recorder.acceptDelivery(conflict); + expect(record.outcome).toBe("unknown"); + expect(record.attempts).toHaveLength(2); + expect(fixture.execute).toHaveBeenCalledTimes(1); + expect(() => fixture.run()).toThrow(/conflicting/u); + fixture.instance.dispose(); + }); + + test("observes no-op honesty despite a callback returning applied true", async () => { + const fixture = setup(); + fixture.instance.mutations.addArc(fixture.request.input); + fixture.request.requestedBaseHash = observeBrowserDefinition( + fixture.handle, + ).sha256; + expect(fixture.run()).toMatchObject({ applied: false }); + expect(fixture.run()).toMatchObject({ applied: false }); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + expect(attempt.outcome).toBe("no-op"); + await verifyArcTransitionAttempt(attempt); + fixture.instance.dispose(); + }); + + test("retains a failing callback as a non-causal attempt and never retries it", async () => { + const fixture = setup(); + fixture.request.input = { ...fixture.request.input, placeId: "missing" }; + expect(() => fixture.run()).toThrow(/missing/u); + expect(() => fixture.run()).toThrow(/missing/u); + expect(fixture.execute).toHaveBeenCalledTimes(1); + const record = fixture.recorder.records()[0]!; + expect(record.outcome).toBe("failed"); + expect(record.attempts).toHaveLength(2); + await verifyArcTransitionAttempt(record.attempts[0]!); + fixture.instance.dispose(); + }); + + test("does not admit outcomes for unissued calls or allow mutation during verification", async () => { + const fixture = setup(); + fixture.run(); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + const unissued = structuredClone(attempt); + unissued.request.toolCallId = "unissued"; + await expect(fixture.recorder.acceptDelivery(unissued)).rejects.toThrow( + /issued canonical request/u, + ); + const accepted = fixture.recorder.acceptDelivery(attempt); + attempt.post!.definition.transitions[0]!.inputArcs[0]!.weight = 99; + const record = await accepted; + expect(record.outcome).toBe("applied"); + expect( + record.attempts[1]?.post?.definition.transitions[0]?.inputArcs[0]?.weight, + ).toBe(1); + fixture.instance.dispose(); + }); + + test("retains unknown rather than inventing a post hash when the document becomes unavailable", async () => { + const fixture = setup(); + expect(() => + fixture.recorder.executeMutation({ + ...fixture.request, + execute: () => { + fixture.execute(); + vi.spyOn(fixture.handle, "doc").mockReturnValue(undefined); + return { applied: true, title: "Added input arc" }; + }, + }), + ).toThrow(/unavailable/u); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + expect(attempt.outcome).toBe("unknown"); + expect(attempt.post).toBeUndefined(); + await verifyArcTransitionAttempt(attempt); + expect(() => fixture.run()).toThrow(/unknown/u); + fixture.instance.dispose(); + }); + + test("keeps the original binding when the caller mutates its configuration", () => { + const fixture = setup(); + fixture.request.binding.incarnationId = "replacement-incarnation"; + expect(() => fixture.run()).toThrow(/incarnation/u); + expect(fixture.execute).not.toHaveBeenCalled(); + expect(fixture.recorder.records()[0]?.outcome).toBe("failed"); + fixture.instance.dispose(); + }); + + test("does not accept an invented observation hash", async () => { + const fixture = setup(); + fixture.run(); + const attempt = fixture.recorder.records()[0]!.attempts[0]!; + attempt.post!.sha256 = "0".repeat(64); + await expect(fixture.recorder.acceptDelivery(attempt)).rejects.toThrow( + /hash/u, + ); + expect(fixture.recorder.records()[0]?.attempts).toHaveLength(1); + fixture.instance.dispose(); + }); +}); diff --git a/apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.ts b/apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.ts new file mode 100644 index 00000000000..3e2df57ba84 --- /dev/null +++ b/apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.ts @@ -0,0 +1,198 @@ +import { sha256 } from "@noble/hashes/sha2.js"; +import { bytesToHex } from "@noble/hashes/utils.js"; + +import { + assertArcEffects, + canonicalContent, + deriveArcEffects, + observedArcOutcome, + reconcileArcTransitionAttempts, + verifyArcTransitionAttempt, + type ArcMutationRequest, + type ArcTransitionAttempt, + type DefinitionObservation, +} from "@hashintel/brunch-agent-plugin-sdcpn"; + +import type { PetrinautDocHandle } from "@hashintel/petrinaut-core"; +import type { PetrinautAiAssistant } from "@hashintel/petrinaut/ui"; + +type MutationExecutor = NonNullable; +type MutationOutput = ReturnType; + +/** Read the bound handle, never the request or React's last rendered snapshot. */ +export const observeBrowserDefinition = ( + handle: PetrinautDocHandle, +): DefinitionObservation => { + const live = handle.doc(); + if (!live) throw new Error("The bound browser document is unavailable."); + const definition = structuredClone(live); + return { + definition, + sha256: bytesToHex( + sha256(new TextEncoder().encode(JSON.stringify(definition))), + ), + }; +}; + +/** + * One handle incarnation and conversation. No persistence, transport, or basis join. + * The synchronous executor must mutate this handle; asynchronous commands are excluded. + */ +export const createBrowserTransitionRecorder = ({ + handle, + binding: suppliedBinding, + requestFor, +}: { + handle: PetrinautDocHandle; + binding: ArcMutationRequest["binding"]; + requestFor: (toolCallId: string) => ArcMutationRequest; +}) => { + const binding = structuredClone(suppliedBinding); + if (binding.documentId !== handle.id) + throw new Error("The transition binding does not match the live handle."); + const attemptsByCall = new Map(); + const results = new Map< + string, + { request: ArcMutationRequest; output?: MutationOutput; error?: unknown } + >(); + + const retain = (attempt: ArcTransitionAttempt) => { + assertArcEffects(attempt); + const attempts = attemptsByCall.get(attempt.request.toolCallId) ?? []; + attempts.push(structuredClone(attempt)); + attemptsByCall.set(attempt.request.toolCallId, attempts); + return reconcileArcTransitionAttempts(attempts); + }; + + const executeMutation: MutationExecutor = (call) => { + const request = structuredClone(requestFor(call.toolCallId)); + if ( + call.toolName !== "addArc" || + request.toolCallId !== call.toolCallId || + canonicalContent(request.input) !== canonicalContent(call.input) + ) { + throw new Error( + "The transition request does not match the canonical tool call.", + ); + } + const previous = results.get(call.toolCallId); + if (previous) { + if (canonicalContent(previous.request) !== canonicalContent(request)) + throw new Error("Conflicting duplicate mutation request."); + const priorAttempts = attemptsByCall.get(call.toolCallId); + if ( + priorAttempts && + reconcileArcTransitionAttempts(priorAttempts).outcome === "unknown" + ) + throw new Error( + "The browser outcome is unknown or conflicting; do not retry.", + ); + const first = priorAttempts?.[0]; + if (first) retain(first); + if ("error" in previous) throw previous.error; + if (previous.output) return structuredClone(previous.output); + throw new Error( + "The mutation is already executing; automatic retry is forbidden.", + ); + } + if (attemptsByCall.has(call.toolCallId)) + throw new Error( + "This call already has a browser outcome; recover its canonical result from history, not by reapplying.", + ); + // No await, timer, or output insertion is allowed between these observations. + const pre = observeBrowserDefinition(handle); + // Reject unearned scope before reserving this executor. + deriveArcEffects(request, pre.definition, pre.definition); + results.set(call.toolCallId, { request }); + const attempt: ArcTransitionAttempt = { + request, + binding: structuredClone(binding), + pre, + outcome: "unknown", + effects: { created: [], updated: [], deleted: [], derived: [] }, + }; + try { + if (canonicalContent(request.binding) !== canonicalContent(binding)) + throw new Error( + "The mutation targets another document incarnation or conversation.", + ); + if (request.requestedBaseHash !== pre.sha256) { + attempt.outcome = "stale"; + attempt.post = observeBrowserDefinition(handle); + const output: MutationOutput = { + applied: false, + reason: + "The requested base does not match the independently observed document.", + }; + retain(attempt); + results.set(call.toolCallId, { + request, + output: structuredClone(output), + }); + return output; + } + const output = call.execute(); + attempt.post = observeBrowserDefinition(handle); + attempt.effects = deriveArcEffects( + request, + pre.definition, + attempt.post.definition, + ); + attempt.outcome = observedArcOutcome(attempt); + if (attempt.outcome === "unknown") + throw new Error( + "Unmapped browser effects require review; do not retry.", + ); + retain(attempt); + const observedOutput: MutationOutput = + attempt.outcome === "no-op" && output.applied + ? { + applied: false, + reason: + "The mutation left the independently observed document unchanged.", + } + : output; + results.set(call.toolCallId, { + request, + output: structuredClone(observedOutput), + }); + return observedOutput; + } catch (error) { + attempt.error = error instanceof Error ? error.message : String(error); + // A throwing callback might have partially changed the document. Retain + // the first post observation, if any; derivation failure is not absence. + if (!attempt.post) { + try { + attempt.post = observeBrowserDefinition(handle); + } catch { + // The post state is unavailable, not inferred equal to the pre state. + } + } + attempt.effects = attempt.post + ? deriveArcEffects(request, pre.definition, attempt.post.definition) + : { created: [], updated: [], deleted: [], derived: [] }; + attempt.outcome = observedArcOutcome(attempt); + retain(attempt); + results.set(call.toolCallId, { request, error }); + throw error; + } + }; + + return { + executeMutation, + records: () => + [...attemptsByCall.values()].map(reconcileArcTransitionAttempts), + /** External deliveries are verified before they can alter the first outcome. */ + acceptDelivery: async (attempt: ArcTransitionAttempt) => { + const verified = await verifyArcTransitionAttempt(attempt); + const expected = requestFor(verified.request.toolCallId); + if (canonicalContent(verified.request) !== canonicalContent(expected)) + throw new Error( + "Browser outcome does not match an issued canonical request.", + ); + if (canonicalContent(verified.binding) !== canonicalContent(binding)) + throw new Error("Browser outcome belongs to another binding."); + return retain(verified); + }, + }; +}; diff --git a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/index.ts b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/index.ts index a21e822400c..14f2aa00132 100644 --- a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/index.ts +++ b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/index.ts @@ -6,9 +6,23 @@ * `skills/sdcpn-modelling/` for the job skill and its resources, `tools/` for * executable Petrinaut capabilities, and `flue.ts` for the selected mounting. * The retired YAML definition and typed slot-assertion proposal path were - * removed on 2026-09-02. This root export carries the pairing's identity only; - * the `./flue` subpath owns the production contribution. + * removed on 2026-09-02. The `./flue` subpath owns the production contribution; + * the root also exposes host-consumed transition verification. */ +export { + assertArcEffects, + canonicalContent, + deriveArcEffects, + observedArcOutcome, + reconcileArcTransitionAttempts, + verifyArcTransitionAttempt, + type ArcEffects, + type ArcMutationRequest, + type ArcTransitionAttempt, + type ArcTransitionRecord, + type DefinitionObservation, +} from "./transition-record"; + export const SDCPN_DOMAIN_TYPOLOGY = "operational processes"; export const SDCPN_TARGET_FORMALISM = "sdcpn"; diff --git a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/transition-record.ts b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/transition-record.ts new file mode 100644 index 00000000000..5db99dbdf3b --- /dev/null +++ b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/transition-record.ts @@ -0,0 +1,279 @@ +import { + mutationActionInputSchemas, + parseSDCPNFile, + type SDCPN, +} from "@hashintel/petrinaut-core"; + +import type { PetrinautAiToolInput } from "@hashintel/petrinaut-core/ai"; + +/** First observation contract: the already-mounted, root-net addArc operation only. */ +export type ArcMutationRequest = { + toolCallId: string; + toolName: "addArc"; + input: PetrinautAiToolInput<"addArc">; + binding: { + conversationId: string; + documentId: string; + incarnationId: string; + }; + requestedBaseHash: string; +}; + +export type DefinitionObservation = { definition: SDCPN; sha256: string }; + +/** Snapshot-relative JSON pointer. Values retain the entire changed subtree. */ +export type DefinitionChange = { + path: string; +} & ( + | { kind: "created"; after: unknown } + | { kind: "updated"; before: unknown; after: unknown } + | { kind: "deleted"; before: unknown } +); + +export type ArcEffects = { + created: DefinitionChange[]; + updated: DefinitionChange[]; + deleted: DefinitionChange[]; + /** Unmapped changes, NOT inherited basis or evidence of intended consequences. */ + derived: DefinitionChange[]; +}; + +export type ArcTransitionAttempt = { + request: ArcMutationRequest; + binding: ArcMutationRequest["binding"]; + pre: DefinitionObservation; + post?: DefinitionObservation; + outcome: "applied" | "no-op" | "failed" | "stale" | "unknown"; + effects: ArcEffects; + error?: string; +}; + +export type ArcTransitionRecord = { + attempts: ArcTransitionAttempt[]; + outcome: ArcTransitionAttempt["outcome"]; +}; + +const objectValue = (value: unknown): value is Record => + typeof value === "object" && value !== null && !Array.isArray(value); + +/** Equality ignores object insertion order, but never array order or canonical fields. */ +export const canonicalContent = (value: unknown): string | undefined => { + const normalize = (entry: unknown): unknown => { + if (Array.isArray(entry)) return entry.map(normalize); + if (objectValue(entry)) { + return Object.fromEntries( + Object.keys(entry) + .sort() + .map((key) => [key, normalize(entry[key])]), + ); + } + return entry; + }; + return JSON.stringify(normalize(value)); +}; + +const definitionChanges = ( + before: unknown, + after: unknown, + path = "", +): DefinitionChange[] => { + if (canonicalContent(before) === canonicalContent(after)) return []; + if (before === undefined) return [{ path, kind: "created", after }]; + if (after === undefined) return [{ path, kind: "deleted", before }]; + if ( + (objectValue(before) && objectValue(after)) || + (Array.isArray(before) && Array.isArray(after)) + ) { + const previous = before as Record; + const next = after as Record; + return [...new Set([...Object.keys(previous), ...Object.keys(next)])] + .sort() + .flatMap((key) => + definitionChanges( + previous[key], + next[key], + `${path}/${key.replaceAll("~", "~0").replaceAll("/", "~1")}`, + ), + ); + } + return [{ path, kind: "updated", before, after }]; +}; + +/** No operation portfolio: only identify the requested root arc; everything else stays unmapped. */ +export const deriveArcEffects = ( + request: ArcMutationRequest, + pre: SDCPN, + post: SDCPN, +): ArcEffects => { + const input = mutationActionInputSchemas.addArc.parse(request.input); + if (input.targetSubnetId || typeof input.placeId !== "string") { + throw new Error("Transition observation supports root place arcs only."); + } + const transitionIndex = pre.transitions.findIndex( + (transition) => transition.id === input.transitionId, + ); + const transition = post.transitions[transitionIndex]; + const direction = input.arcDirection === "input" ? "inputArcs" : "outputArcs"; + const arcIndex = + transition?.id === input.transitionId + ? transition[direction].findIndex( + (arc) => "placeId" in arc && arc.placeId === input.placeId, + ) + : -1; + const arcPath = `/transitions/${transitionIndex}/${direction}/${arcIndex}`; + const effects: ArcEffects = { + created: [], + updated: [], + deleted: [], + derived: [], + }; + // JSON normalization removes optional undefined object properties before diffing. + for (const change of definitionChanges( + JSON.parse(JSON.stringify(pre)), + JSON.parse(JSON.stringify(post)), + )) { + const direct = + transitionIndex >= 0 && + arcIndex >= 0 && + (change.path === arcPath || change.path.startsWith(`${arcPath}/`)); + effects[direct ? change.kind : "derived"].push(change); + } + return effects; +}; + +export const assertArcEffects = (attempt: ArcTransitionAttempt): void => { + const expected = attempt.post + ? deriveArcEffects( + attempt.request, + attempt.pre.definition, + attempt.post.definition, + ) + : { created: [], updated: [], deleted: [], derived: [] }; + if (canonicalContent(expected) !== canonicalContent(attempt.effects)) { + throw new Error( + "Transition effects do not account for the complete canonical diff.", + ); + } +}; + +/** Only the expected root-arc insertion earns an applied result in this first contract. */ +export const observedArcOutcome = ( + attempt: Omit, +): ArcTransitionAttempt["outcome"] => { + if (!attempt.post) return "unknown"; + const unchanged = + canonicalContent(attempt.pre.definition) === + canonicalContent(attempt.post.definition); + if (attempt.error !== undefined) return unchanged ? "failed" : "unknown"; + if ( + canonicalContent(attempt.request.binding) !== + canonicalContent(attempt.binding) + ) + return "unknown"; + if (attempt.request.requestedBaseHash !== attempt.pre.sha256) + return unchanged ? "stale" : "unknown"; + if (unchanged) return "no-op"; + const effects = attempt.effects; + if ( + effects.derived.length || + effects.updated.length || + effects.deleted.length || + effects.created.length !== 1 + ) + return "unknown"; + const { + transitionId: _transitionId, + targetSubnetId: _targetSubnetId, + arcDirection, + type, + ...endpointAndWeight + } = mutationActionInputSchemas.addArc.parse(attempt.request.input); + const expectedArc = { + ...endpointAndWeight, + ...(arcDirection === "input" ? { type: type ?? "standard" } : {}), + }; + const created = effects.created[0]; + return created?.kind === "created" && + canonicalContent(created.after) === canonicalContent(expectedArc) + ? "applied" + : "unknown"; +}; + +/** Recompute observation hashes at a receiving boundary, not from the request's base. */ +export const verifyArcTransitionAttempt = async ( + delivery: ArcTransitionAttempt, +): Promise => { + // Validate a detached delivery: callers cannot change the content while hashes settle. + const attempt = structuredClone(delivery); + if ( + (attempt.request.toolName as string) !== "addArc" || + !/^[a-f0-9]{64}$/u.test(attempt.request.requestedBaseHash) || + [ + attempt.request.toolCallId, + ...Object.values(attempt.request.binding), + ...Object.values(attempt.binding), + ].some((value) => typeof value !== "string" || value.trim().length === 0) + ) { + throw new Error("Malformed arc transition identity."); + } + deriveArcEffects( + attempt.request, + attempt.pre.definition, + attempt.pre.definition, + ); + await Promise.all( + [attempt.pre, attempt.post].map(async (observation) => { + if (!observation) return; + const parsed = parseSDCPNFile({ + ...observation.definition, + title: "Transition observation", + }); + if (!parsed.ok) + throw new Error(`Invalid canonical observation: ${parsed.error}`); + const digest = await globalThis.crypto.subtle.digest( + "SHA-256", + new TextEncoder().encode(JSON.stringify(observation.definition)), + ); + const actual = Array.from(new Uint8Array(digest), (byte) => + byte.toString(16).padStart(2, "0"), + ).join(""); + if (actual !== observation.sha256) + throw new Error( + "Transition observation hash does not match its definition.", + ); + }), + ); + assertArcEffects(attempt); + if ( + attempt.outcome !== "unknown" && + attempt.outcome !== observedArcOutcome(attempt) + ) { + throw new Error( + "The transition outcome is not supported by its observations.", + ); + } + return attempt; +}; + +/** Inputs must first pass verifyArcTransitionAttempt at an external receiving boundary. */ +export const reconcileArcTransitionAttempts = ( + attempts: ArcTransitionAttempt[], +): ArcTransitionRecord => { + const first = attempts[0]; + if (!first) throw new Error("A transition record requires an attempt."); + if ( + attempts.some( + (attempt) => attempt.request.toolCallId !== first.request.toolCallId, + ) + ) { + throw new Error("Cannot reconcile different tool calls."); + } + return { + attempts: structuredClone(attempts), + outcome: attempts.some( + (attempt) => canonicalContent(attempt) !== canonicalContent(first), + ) + ? "unknown" + : first.outcome, + }; +}; diff --git a/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/transition-record.test.ts b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/transition-record.test.ts new file mode 100644 index 00000000000..2a8d9442184 --- /dev/null +++ b/libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/transition-record.test.ts @@ -0,0 +1,199 @@ +import { createHash } from "node:crypto"; + +import { describe, expect, test } from "vitest"; + +import { + createJsonDocHandle, + createPetrinaut, + type SDCPN, +} from "@hashintel/petrinaut-core"; + +import { + assertArcEffects, + deriveArcEffects, + observedArcOutcome, + reconcileArcTransitionAttempts, + verifyArcTransitionAttempt, + type ArcMutationRequest, + type ArcTransitionAttempt, +} from "../src/transition-record"; + +const pre: SDCPN = { + places: [ + { + id: "a3-place", + name: "Crew", + colorId: null, + dynamicsEnabled: false, + differentialEquationId: null, + x: 0, + y: 0, + }, + ], + transitions: [ + { + id: "a3-transition", + name: "Start", + inputArcs: [], + outputArcs: [], + lambdaType: "predicate", + lambdaCode: "", + transitionKernelCode: "", + x: 100, + y: 0, + }, + ], + types: [], + differentialEquations: [], + parameters: [], +}; +const observe = (definition: SDCPN) => ({ + definition: structuredClone(definition), + sha256: createHash("sha256").update(JSON.stringify(definition)).digest("hex"), +}); +const request: ArcMutationRequest = { + toolCallId: "a3-call", + toolName: "addArc", + binding: { + documentId: "a3-doc", + incarnationId: "a3-incarnation", + conversationId: "a3-conversation", + }, + requestedBaseHash: observe(pre).sha256, + input: { + transitionId: "a3-transition", + arcDirection: "input", + placeId: "a3-place", + weight: 1, + type: "standard", + }, +}; +const applied = (): ArcTransitionAttempt => { + const instance = createPetrinaut({ + document: createJsonDocHandle({ + initial: pre, + capabilities: { disabledExtensions: [] }, + }), + }); + instance.mutations.addArc(request.input); + const post = observe(instance.definition.get()); + instance.dispose(); + return { + request: structuredClone(request), + binding: request.binding, + pre: observe(pre), + post, + outcome: "applied", + effects: deriveArcEffects(request, pre, post.definition), + }; +}; + +describe("root addArc transition semantics", () => { + test("verifies actual canonical insertion and rejects missing or duplicated diff accounting", async () => { + const attempt = applied(); + await verifyArcTransitionAttempt(attempt); + const missing = structuredClone(attempt); + missing.effects.created = []; + expect(() => assertArcEffects(missing)).toThrow(/complete canonical diff/u); + const duplicated = structuredClone(attempt); + duplicated.effects.derived = duplicated.effects.created; + expect(() => assertArcEffects(duplicated)).toThrow( + /complete canonical diff/u, + ); + }); + + test("accounts for updated, deleted and unmapped fields without granting them the request's basis", () => { + const before = applied().post!.definition; + before.transitions[0]!.description = "Test-only description"; + const after = structuredClone(before); + after.transitions[0]!.inputArcs[0]!.weight = 2; + delete after.transitions[0]!.description; + after.transitions[0]!.lambdaCode = "return false;"; + const effects = deriveArcEffects(request, before, after); + expect(effects.created).toEqual([]); + expect(effects.updated).toEqual([ + { + path: "/transitions/0/inputArcs/0/weight", + kind: "updated", + before: 1, + after: 2, + }, + ]); + expect(effects.deleted).toEqual([]); + expect(effects.derived).toEqual([ + { + path: "/transitions/0/description", + kind: "deleted", + before: "Test-only description", + }, + { + path: "/transitions/0/lambdaCode", + kind: "updated", + before: "", + after: "return false;", + }, + ]); + const attempt = { + ...applied(), + pre: observe(before), + post: observe(after), + effects, + }; + expect(observedArcOutcome(attempt)).toBe("unknown"); + assertArcEffects(attempt); + }); + + test("does not accept a different weight as the requested insertion", async () => { + const attempt = applied(); + attempt.post!.definition.transitions[0]!.inputArcs[0]!.weight = 2; + attempt.post = observe(attempt.post!.definition); + attempt.effects = deriveArcEffects(request, pre, attempt.post.definition); + expect(observedArcOutcome(attempt)).toBe("unknown"); + await expect(verifyArcTransitionAttempt(attempt)).rejects.toThrow( + /outcome/u, + ); + }); + + test("does not attribute failed, no-op, stale or unknown attempts as applied changes", () => { + const attempt = applied(); + const unchanged = { + ...attempt, + post: attempt.pre, + effects: deriveArcEffects(request, pre, pre), + }; + expect(observedArcOutcome(unchanged)).toBe("no-op"); + expect(observedArcOutcome({ ...unchanged, error: "Rejected" })).toBe( + "failed", + ); + expect( + observedArcOutcome({ + ...unchanged, + request: { ...request, requestedBaseHash: "0".repeat(64) }, + }), + ).toBe("stale"); + expect(observedArcOutcome({ ...attempt, error: "Partial failure" })).toBe( + "unknown", + ); + expect(observedArcOutcome({ ...attempt, post: undefined })).toBe("unknown"); + }); + + test("the first verified delivery stands unless a conflicting outcome makes it unknown", () => { + const attempt = applied(); + expect(reconcileArcTransitionAttempts([attempt, attempt]).outcome).toBe( + "applied", + ); + const conflict = { ...attempt, outcome: "unknown" as const }; + expect( + reconcileArcTransitionAttempts([attempt, conflict, attempt]), + ).toMatchObject({ + outcome: "unknown", + attempts: [attempt, conflict, attempt], + }); + expect(() => + reconcileArcTransitionAttempts([ + attempt, + { ...attempt, request: { ...request, toolCallId: "another-call" } }, + ]), + ).toThrow(/different tool calls/u); + }); +}); diff --git a/libs/@hashintel/petrinaut/docs/ai-assistant.md b/libs/@hashintel/petrinaut/docs/ai-assistant.md index a7209260ae4..0ebe8514ca0 100644 --- a/libs/@hashintel/petrinaut/docs/ai-assistant.md +++ b/libs/@hashintel/petrinaut/docs/ai-assistant.md @@ -134,6 +134,8 @@ The assistant has tools for inspecting and modifying the current net. You'll see Clicking a mutation card usually selects the entity it touched (place, transition, scenario, metric, etc.) so you can inspect what changed. +An embedding application can check its live document immediately before and after a mutation, or refuse the change if the document no longer matches the request. A refusal leaves the document unchanged; an execution error remains attached to the matching tool call. These optional host checks do not change the stock assistant, read-only restrictions, or Stop behaviour. They do not cover title changes or auto-layout commands. + After applying changes, the assistant may automatically check TypeScript compile diagnostics (you'll see a **Checked net compilation errors** card) and fix problems on its own before continuing. ## Read-only behaviour diff --git a/libs/@hashintel/petrinaut/src/ui/petrinaut.tsx b/libs/@hashintel/petrinaut/src/ui/petrinaut.tsx index 35857da9b77..91367bf2b26 100644 --- a/libs/@hashintel/petrinaut/src/ui/petrinaut.tsx +++ b/libs/@hashintel/petrinaut/src/ui/petrinaut.tsx @@ -45,6 +45,7 @@ import type { PetrinautAiMessage, PetrinautAiTransport, } from "./views/Editor/panels/ai-assistant-panel"; +import type { PetrinautAiMutationExecutor } from "./views/Editor/panels/ai-assistant-panel/types"; export type PetrinautAiChatTransport = PetrinautAiTransport; @@ -55,6 +56,13 @@ export type PetrinautAiAssistant = { canClearMessages?: boolean; /** Optional host-owned identity; `useChat` generates one when omitted. */ conversationId?: string; + /** + * Optional synchronous boundary around canonical mutations. Hosts can inspect + * their bound document before/after `execute()` or refuse without executing. + * The panel still owns output insertion, continuation, and cancellation. + * Not called for read-only refusals, schema failures, title changes or commands. + */ + executeMutation?: PetrinautAiMutationExecutor; /** Host-owned dynamic tools that render inline in the AI conversation. */ interactiveTools?: readonly PetrinautAiInteractiveTool[]; messages?: PetrinautAiMessage[]; diff --git a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.test.tsx b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.test.tsx index a680b181f08..9dd4729b301 100644 --- a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.test.tsx +++ b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.test.tsx @@ -269,6 +269,73 @@ afterEach(() => { }); describe("AiAssistantPanel composer submissions", () => { + test("runs the host mutation boundary once before matching output insertion and continuation in StrictMode", async () => { + let boundInstance: ReturnType | undefined; + const observedNames: (string | undefined)[] = []; + const executeMutation = vi.fn< + NonNullable + >((call) => { + expect(call.toolCallId).toBe("a3-panel-call"); + expect(call.toolName).toBe("updatePlace"); + observedNames.push(boundInstance?.definition.get().places[0]?.name); + const output = call.execute(); + observedNames.push(boundInstance?.definition.get().places[0]?.name); + return output; + }); + const sendMessages = vi.fn( + async ({ messages }) => { + expect(observedNames).toEqual(["PlaceOne", "ObservedPlace"]); + expect(messages.flatMap((message) => message.parts)).toContainEqual( + expect.objectContaining({ + toolCallId: "a3-panel-call", + state: "output-available", + output: expect.objectContaining({ applied: true }) as unknown, + }), + ); + return streamChunks([ + ...textChunks("a3-reply", "Continued after observation."), + { type: "finish", finishReason: "stop" }, + ]); + }, + ); + const { instance } = renderTestPanel({ + strictMode: true, + petriNetDefinition: nonEmptySDCPN, + aiAssistant: { + conversationId: "a3-panel-conversation", + executeMutation, + messages: [ + { + id: "a3-panel-message", + role: "assistant", + parts: [ + { + type: "tool-updatePlace", + toolCallId: "a3-panel-call", + state: "input-available", + input: { + placeId: "place-1", + update: { name: "ObservedPlace" }, + }, + }, + ], + }, + ], + transport: { reconnectToStream: async () => null, sendMessages }, + }, + }); + boundInstance = instance; + await waitFor(() => expect(executeMutation).toHaveBeenCalledOnce()); + expect(observedNames).toEqual(["PlaceOne", "ObservedPlace"]); + // The production diagnostics wrapper can wait one second before sending. + await waitFor(() => expect(sendMessages).toHaveBeenCalledOnce(), { + timeout: 5_000, + }); + expect( + await screen.findByText("Continued after observation."), + ).not.toBeNull(); + }); + test("disables Clear when the host owns canonical conversation history", () => { const transport: PetrinautAiTransport = { reconnectToStream: () => Promise.resolve(null), diff --git a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx index 0979fd72005..cff90f76d77 100644 --- a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +++ b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx @@ -907,6 +907,8 @@ const ConversationAiAssistantPanel = ({ const output = applyPetrinautAiMutation({ aiToolCall, instance, + toolCallId: toolCall.toolCallId, + executeMutation: aiAssistant.executeMutation, }); await addAutomaticToolOutput({ diff --git a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts index b6ace7c6a9b..5479ab3db2f 100644 --- a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts +++ b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts @@ -39,6 +39,85 @@ const definition: SDCPN = { }; describe("applyPetrinautAiMutation", () => { + test("observes the live definition around one synchronous execution with its call identity", () => { + const handle = createJsonDocHandle({ + id: "a3-observation", + initial: definition, + }); + const instance = createPetrinaut({ document: handle }); + const observations: (SDCPN | undefined)[] = []; + let retainedExecute: (() => unknown) | undefined; + const output = applyPetrinautAiMutation({ + instance, + toolCallId: "a3-call", + aiToolCall: { + toolName: "addArc", + input: { + transitionId: "start", + arcDirection: "input", + placeId: "crew", + weight: 1, + type: "standard", + }, + }, + executeMutation: ({ toolCallId, toolName, input, execute }) => { + expect(toolCallId).toBe("a3-call"); + expect(toolName).toBe("addArc"); + expect(input).toMatchObject({ placeId: "crew" }); + retainedExecute = execute; + observations.push(structuredClone(handle.doc())); + const result = execute(); + observations.push(structuredClone(handle.doc())); + expect(() => execute()).toThrow(/once/u); + return result; + }, + }); + expect(output).toMatchObject({ applied: true }); + expect(observations[0]?.transitions[0]?.inputArcs).toHaveLength(0); + expect(observations[1]?.transitions[0]?.inputArcs).toHaveLength(1); + expect(() => retainedExecute?.()).toThrow(/synchronous/u); + instance.dispose(); + }); + + test("allows synchronous refusal without applying and closes execution after hook failure", () => { + const instance = createPetrinaut({ + document: createJsonDocHandle({ initial: definition }), + }); + const aiToolCall = { + toolName: "addArc" as const, + input: { + transitionId: "start", + arcDirection: "input" as const, + placeId: "crew", + weight: 1, + type: "standard" as const, + }, + }; + expect( + applyPetrinautAiMutation({ + instance, + aiToolCall, + toolCallId: "a3-stale", + executeMutation: () => ({ applied: false, reason: "Stale base" }), + }), + ).toEqual({ applied: false, reason: "Stale base" }); + let retainedExecute: (() => unknown) | undefined; + expect(() => + applyPetrinautAiMutation({ + instance, + aiToolCall, + toolCallId: "a3-failed", + executeMutation: ({ execute }) => { + retainedExecute = execute; + throw new Error("Host refused"); + }, + }), + ).toThrow("Host refused"); + expect(() => retainedExecute?.()).toThrow(/synchronous/u); + expect(instance.definition.get().transitions[0]?.inputArcs).toHaveLength(0); + instance.dispose(); + }); + test("reports a duplicate canonical arc as a no-op", () => { const instance = createPetrinaut({ document: createJsonDocHandle({ diff --git a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.ts b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.ts index 0d92594f759..5f103f9d2ee 100644 --- a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.ts +++ b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.ts @@ -12,7 +12,9 @@ import { toPetrinautAiToolOutput, } from "./tool-summaries"; -export const applyPetrinautAiMutation = ({ +import type { PetrinautAiMutationExecutor } from "./types"; + +const applyMutation = ({ aiToolCall, instance, }: { @@ -41,3 +43,35 @@ export const applyPetrinautAiMutation = ({ return toPetrinautAiToolOutput(summary); }; + +export const applyPetrinautAiMutation = ({ + aiToolCall, + instance, + toolCallId, + executeMutation, +}: Parameters[0] & { + toolCallId?: string; + executeMutation?: PetrinautAiMutationExecutor; +}): AiToolOutput => { + if (!executeMutation) return applyMutation({ aiToolCall, instance }); + if (!toolCallId) + throw new Error("A mutation executor requires a tool call ID."); + + let active = true; + let executed = false; + try { + return executeMutation({ + ...aiToolCall, + toolCallId, + execute: () => { + if (!active) throw new Error("Mutation execution must be synchronous."); + if (executed) throw new Error("A mutation may execute only once."); + executed = true; + return applyMutation({ aiToolCall, instance }); + }, + }); + } finally { + // Even a throwing host cannot retain work beyond this generation's turn. + active = false; + } +}; diff --git a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/types.ts b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/types.ts index ba5dedaf382..f7905126ced 100644 --- a/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/types.ts +++ b/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/types.ts @@ -1,4 +1,4 @@ -import type { AiToolOutput } from "./tool-summaries"; +import type { AiToolCall, AiToolOutput } from "./tool-summaries"; import type { getLatestNetDefinitionToolName, getNetCompilationErrorsToolName, @@ -14,6 +14,15 @@ import type { } from "@hashintel/petrinaut-core"; import type { ChatTransport, UIDataTypes, UIMessage } from "ai"; +/** Synchronous host boundary for canonical mutations, not commands or title changes. */ +export type PetrinautAiMutationExecutor = ( + mutation: Extract & { + toolCallId: string; + /** May be called once, only before the executor returns. */ + execute: () => AiToolOutput; + }, +) => AiToolOutput; + type PetrinautAiUiTools = { [Name in PetrinautAiMutationToolName]: { input: PetrinautAiMutationToolInput; diff --git a/yarn.lock b/yarn.lock index 6c0522371cf..2812645e9f4 100644 --- a/yarn.lock +++ b/yarn.lock @@ -942,6 +942,7 @@ __metadata: "@fast-check/vitest": "npm:0.4.1" "@flue/sdk": "npm:2.0.3" "@hashintel/brunch-agent": "workspace:*" + "@hashintel/brunch-agent-plugin-sdcpn": "workspace:*" "@hashintel/brunch-agent-transport-aisdk": "workspace:*" "@hashintel/ds-components": "workspace:*" "@hashintel/ds-helpers": "workspace:*" From b1157f1d3a4ef75643ff82488b011297a1d4f0ea Mon Sep 17 00:00:00 2001 From: Lu Nelson Date: Tue, 8 Sep 2026 12:03:26 +0200 Subject: [PATCH 23/62] Record A3 verification and partial integration handoff --- .../a3-20260908T092946Z/app-unit-final.log | 41 + .../architecture-final.log | 1 + .../a3-20260908T092946Z/architecture.log | 20 + .../a3-20260908T092946Z/browser-witness.md | 25 + .../canonical-post.handle.json | 98 ++ .../canonical-pre.handle.json | 93 ++ .../capture-handle-evidence.mjs | 92 ++ .../a3-20260908T092946Z/doc-format.log | 8 + .../a3-20260908T092946Z/handoff.md | 95 ++ .../a3-20260908T092946Z/host-green.log | 9 + .../a3-20260908T092946Z/host-red.log | 53 + .../a3-20260908T092946Z/integration-owner.md | 57 + .../a3-20260908T092946Z/panel-tests.log | 90 ++ .../petrinaut-unit-final.log | 349 ++++++ .../a3-20260908T092946Z/plugin-unit-final.log | 13 + .../a3-20260908T092946Z/review.md | 19 + .../transition-records.handle.json | 496 ++++++++ .../transport-regressions.log | 9 + .../verification-final.log | 11 + .../verification-initial.log | 35 + .../verification-manifest.json | 44 + .../a3-20260908T092946Z/verification-root.log | 1024 +++++++++++++++++ .../verification-terminal.log | 11 + .../a3-20260908T092946Z/voice-regressions.log | 9 + .../website-unit-final.log | 115 ++ 25 files changed, 2817 insertions(+) create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/app-unit-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/browser-witness.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-post.handle.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-pre.handle.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/capture-handle-evidence.mjs create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/doc-format.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/handoff.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-green.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-red.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/integration-owner.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/panel-tests.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/petrinaut-unit-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/plugin-unit-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/review.md create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transition-records.handle.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transport-regressions.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-final.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-initial.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-manifest.json create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-root.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-terminal.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/voice-regressions.log create mode 100644 libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/website-unit-final.log diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/app-unit-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/app-unit-final.log new file mode 100644 index 00000000000..260b9101fac --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/app-unit-final.log @@ -0,0 +1,41 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/apps/brunch-agent + + ✓ test/deployment-smoke-validation.test.ts (9 tests) 7ms + ✓ test/agent-ownership.test.ts (4 tests) 10ms + ✓ test/proof-artifacts.test.ts (3 tests) 14ms + ✓ test/retired-run-archive.test.ts (1 test) 42ms + ✓ test/headless-petrinaut-client.test.ts (2 tests) 13ms + ✓ test/architecture/boundaries.test.ts (27 tests) 180ms + ✓ test/schema-carrier.test.ts (1 test) 1707ms + ✓ the built agent carries nested canonical input and correlates headless continuation over the mounted route 1706ms + ✓ test/database-config.test.ts (13 tests) 4ms + ✓ test/architecture/workspace.test.ts (7 tests) 5ms + ✓ test/health.test.ts (1 test) 16ms + ✓ test/runbook-artifacts.test.ts (13 tests) 7ms + ✓ test/telemetry.test.ts (6 tests) 8ms + ✓ test/conversation-identity.test.ts (4 tests) 7ms + ✓ test/postgres.test.ts (13 tests) 19ms + ✓ test/assets.test.ts (9 tests) 27ms +(node:3583) ExperimentalWarning: SQLite is an experimental feature and might change at any time +(Use `node --trace-warnings ...` to show where the warning was created) + ✓ test/build-artifact.test.ts (9 tests) 1435ms + ✓ serves only the guarded Flue conversation door 1413ms + ✓ test/brunch-turn.test.ts (13 tests) 24ms + ✓ test/prepared-workpiece.integration.test.ts (1 test) 2696ms + ✓ the built ChatAgent preserves prepared and model workpiece provenance 2695ms + ✓ test/petrinaut-chat.test.ts (1 test) 3480ms + ✓ the browser transport streams the mounted Flue agent through server and client tools 3480ms + ✓ test/local-dev-origins.test.ts (4 tests) 2ms + ✓ test/workpiece.test.ts (1 test) 2ms + ✓ test/runbook-headless.test.ts (1 test) 1567ms + ✓ the built ChatAgent reports only the construct-only evidence it reaches 1566ms + ✓ test/flue-transcript.test.ts (1 test) 1ms + ✓ test/db-path.test.ts (5 tests) 2ms + ✓ test/persona-probe-objective.test.ts (3 tests) 2ms + + Test Files 25 passed (25) + Tests 152 passed (152) + Start at 11:58:20 + Duration 5.11s (transform 2.59s, setup 0ms, import 4.87s, tests 11.28s, environment 1ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture-final.log new file mode 100644 index 00000000000..a117b16aa1e --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture-final.log @@ -0,0 +1 @@ +70 layers · 356 edges · 737 files · 71 generated pages · 38 authored pages diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture.log new file mode 100644 index 00000000000..90361bc83d7 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/architecture.log @@ -0,0 +1,20 @@ +node:net:2302 + const error = new UVExceptionWithHostPort(rval, 'listen', address, port); + ^ + +Error: listen EPERM: operation not permitted /var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/tsx-501/56968.pipe + at Server.setupListenHandle [as _listen2] (node:net:2302:21) + at listenInCluster (node:net:2433:12) + at Server.listen (node:net:2575:5) + at file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31537 + at new Promise () + at createIpcServer (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31515) + at async file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:55:459 { + code: 'EPERM', + errno: -1, + syscall: 'listen', + address: '/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/tsx-501/56968.pipe', + port: -1 +} + +Node.js v24.20.0 diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/browser-witness.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/browser-witness.md new file mode 100644 index 00000000000..172aedcdad6 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/browser-witness.md @@ -0,0 +1,25 @@ +# A3 browser witness — blocked, not performed + +No real browser transition is claimed by this branch. No screenshot or browser-observed canonical pre/post definition was produced. `canonical-pre.handle.json`, `canonical-post.handle.json`, and `transition-records.handle.json` are separately labelled canonical-handle observations from the unpaid script in this directory; the panel regression is jsdom component evidence. + +## Boundary established so far + +The published panel now offers an optional synchronous `aiAssistant.executeMutation` hook around its existing canonical mutation helper, after ready-state execution admission, read-only checking and canonical input validation, and before matching output insertion. Its guarded `execute()` can run once and cannot be retained past the hook's return or exception. Existing generation/conversation checks, Stop withholding, StrictMode timer cleanup, output insertion and continuation remain the panel's responsibility. + +The website adapter reads its own bound `PetrinautDocHandle.doc()` immediately before invoking that guarded executor and immediately after it returns or throws. Neither React's rendered definition nor tool-chunk arrival supplies these snapshots. Hashing and execution are synchronous; async layout and host-owned title changes are deliberately excluded. The panel/helper and real core handle tests establish this component boundary, not that the website mounts it. + +## Remaining production join + +The inherited website does not register this hook. It also has no issued mutation envelope carrying a requested base hash and document incarnation: ordinary client-tool registration only names documentation/question tools, while the prepared fixture separately names `getLatestNetDefinition` and `addArc`. The existing settled manifest records document ID/hash, not incarnation. Inventing those values from the execution-time observation would falsify the requested-base/binding contract. + +The integration owner must supply the bound incarnation and issued-request lookup, mount the adapter on the existing website route, and join its record to the existing correlated client result. See `integration-owner.md`. A2's settled revision/citation protocol and the basis join remain independent prerequisites. No new tool, route, agent, provider runner or persistence sidecar was added to make the witness easier. + +## Atomicity limits + +The inspected JSON handle performs each canonical mutation synchronously, then emits its committed state synchronously. There is no await between the adapter's snapshots and mutation. This excludes ordinary browser event-loop interleaving in that interval, but is not a cross-tab, cross-process or remote-document transaction guarantee. Synchronous subscriber reentrancy is not locked out; residual changes are accounted for and produce `unknown`, not inherited basis. An asynchronous/custom handle that settles later has not earned this boundary. A joined real browser must verify the actual selected handle and record before claiming the oracle passes. + +## Next witness + +Use an isolated local origin, database and principal, a clearly labelled test document, and a controlled provider on the existing built production ChatAgent mount. Have its issued request carry the separately supplied base/binding; independently inspect the actual browser pre/post document and the emitted transition record. Capture `transition-records.json`, canonical browser definitions, screenshots, and the canonical result/continuation correlation. Replay the delivery and show no second application. Inspect the real browser, not a simulated DOM. The exact prospective assertion `correlates the real browser transition record and resumes without reapplying` remains blocked and is not replaced by a skipped or weaker headless test. + +No paid calls were allocated or made. The shared A1 ledger remains untouched. A paid witness requires the integration owner's reservation and complete live baseline including A2's revision tool. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-post.handle.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-post.handle.json new file mode 100644 index 00000000000..c92ed16c454 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-post.handle.json @@ -0,0 +1,98 @@ +{ + "places": [ + { + "id": "batch-ready", + "name": "Batch ready", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 80, + "y": 100 + }, + { + "id": "under-final-inspection", + "name": "Under final inspection", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 100 + }, + { + "id": "ready-for-dispatch", + "name": "Ready for dispatch", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 760, + "y": 100 + }, + { + "id": "dispatch-crew-available", + "name": "Dispatch crew available", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 360 + } + ], + "transitions": [ + { + "id": "start-final-inspection", + "name": "Start final inspection", + "inputArcs": [ + { + "placeId": "batch-ready", + "weight": 1, + "type": "standard" + }, + { + "type": "standard", + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "outputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 250, + "y": 100 + }, + { + "id": "sign-off", + "name": "Sign-off", + "inputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "ready-for-dispatch", + "weight": 1 + }, + { + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 590, + "y": 100 + } + ], + "types": [], + "differentialEquations": [], + "parameters": [] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-pre.handle.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-pre.handle.json new file mode 100644 index 00000000000..7a4da3912c3 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/canonical-pre.handle.json @@ -0,0 +1,93 @@ +{ + "places": [ + { + "id": "batch-ready", + "name": "Batch ready", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 80, + "y": 100 + }, + { + "id": "under-final-inspection", + "name": "Under final inspection", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 100 + }, + { + "id": "ready-for-dispatch", + "name": "Ready for dispatch", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 760, + "y": 100 + }, + { + "id": "dispatch-crew-available", + "name": "Dispatch crew available", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 360 + } + ], + "transitions": [ + { + "id": "start-final-inspection", + "name": "Start final inspection", + "inputArcs": [ + { + "placeId": "batch-ready", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 250, + "y": 100 + }, + { + "id": "sign-off", + "name": "Sign-off", + "inputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "ready-for-dispatch", + "weight": 1 + }, + { + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 590, + "y": 100 + } + ], + "types": [], + "differentialEquations": [], + "parameters": [] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/capture-handle-evidence.mjs b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/capture-handle-evidence.mjs new file mode 100644 index 00000000000..533f4896eb1 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/capture-handle-evidence.mjs @@ -0,0 +1,92 @@ +// Unpaid canonical-handle evidence only. This is NOT a browser/product runner. +import { writeFile } from "node:fs/promises"; +import { resolve } from "node:path"; +import { pathToFileURL } from "node:url"; + +import { verifyArcTransitionAttempt } from "@hashintel/brunch-agent-plugin-sdcpn"; +import { + createJsonDocHandle, + createPetrinaut, +} from "@hashintel/petrinaut-core"; + +const fromRoot = (path) => import(pathToFileURL(resolve(path)).href); +const { createBrowserTransitionRecorder, observeBrowserDefinition } = + await fromRoot( + "apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.ts", + ); +const { + preparedCrewReservationNet, + dispatchCrewPlaceId, + startFinalInspectionTransitionId, +} = await fromRoot( + "apps/petrinaut-website/src/main/app/local-storage-demo/prepared-crew-reservation-fixture.ts", +); +const binding = { + documentId: "a3-20260908T092946Z-test-document", + incarnationId: "a3-20260908T092946Z-handle-incarnation", + conversationId: "a3-20260908T092946Z-test-conversation", +}; +const handle = createJsonDocHandle({ + id: binding.documentId, + initial: preparedCrewReservationNet, + capabilities: { disabledExtensions: [] }, +}); +const instance = createPetrinaut({ document: handle }); +const request = { + toolName: "addArc", + toolCallId: "a3-20260908T092946Z-test-call", + binding, + requestedBaseHash: observeBrowserDefinition(handle).sha256, + input: { + transitionId: startFinalInspectionTransitionId, + arcDirection: "input", + placeId: dispatchCrewPlaceId, + weight: 1, + type: "standard", + }, +}; +const recorder = createBrowserTransitionRecorder({ + handle, + binding, + requestFor: () => request, +}); +let executions = 0; +const execute = () => { + executions += 1; + instance.mutations.addArc(request.input); + return { applied: true, title: "Test callback: added input arc" }; +}; +const first = recorder.executeMutation({ ...request, execute }); +const duplicate = recorder.executeMutation({ ...request, execute }); +const records = recorder.records(); +for (const record of records) + for (const attempt of record.attempts) + await verifyArcTransitionAttempt(attempt); +const attempt = records[0].attempts[0]; +const save = (name, value) => + writeFile( + new URL(name, import.meta.url), + `${JSON.stringify(value, null, 2)}\n`, + ); +await Promise.all([ + save("transition-records.handle.json", { + evidenceKind: "canonical-handle-only; not browser or product entrypoint", + requestedBaseSource: + "test fixture author, captured before calling the observer", + executions, + first, + duplicate, + records, + }), + save("canonical-pre.handle.json", attempt.pre.definition), + save("canonical-post.handle.json", attempt.post.definition), +]); +instance.dispose(); +console.log( + JSON.stringify({ + evidenceKind: "canonical-handle-only", + executions, + outcome: records[0].outcome, + attempts: records[0].attempts.length, + }), +); diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/doc-format.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/doc-format.log new file mode 100644 index 00000000000..ceed2550ebb --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/doc-format.log @@ -0,0 +1,8 @@ +(node:64239) [MODULE_TYPELESS_PACKAGE_JSON] Warning: Module type of file:///Users/lunelson/.herdr/worktrees/hash/charlie/oxfmt.config.ts?cache=1788861262733 is not specified and it doesn't parse as CommonJS. +Reparsing as ES module because module syntax was detected. This incurs a performance overhead. +To eliminate this warning, add "type": "module" to /Users/lunelson/.herdr/worktrees/hash/charlie/package.json. +(Use `node --trace-warnings ...` to show where the warning was created) +Checking formatting... + +All matched files use the correct format. +Finished in 489ms on 2 files using 16 threads. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/handoff.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/handoff.md new file mode 100644 index 00000000000..5fe5f2ca27d --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/handoff.md @@ -0,0 +1,95 @@ +# Mission 7 A3 — partial handoff + +**Partial: implementation candidate and component/handle proof, not A3 completion.** The optional synchronous host seam, narrow root-arc effect accounting, record integrity checks and local duplicate handling are implemented and verified. The website does not yet mount the recorder or carry its records through the production client-result signal. No real browser witness was performed, and the exact production/browser integration oracle remains blocked. No Step A acceptance or Step B authority is claimed. + +## 1. Commits, authority and actual write set + +Implementation/tests: **`0ff1f8f0e4740ec4b6b1e4821b0b8c51d16cd961` — Add synchronous mutation observation and verifiable arc records**. The following evidence commit contains this directory; its ID is returned with this handoff rather than attempting to embed a commit's own hash in its content. + +Started clean on `ln/fe-1573-a3` in `/Users/lunelson/.herdr/worktrees/hash/charlie`, exactly at `c4f5a54b355f25b2588a1a23659fdc996d14986a`; ancestry was verified. Read the complete inherited mission and applicable package instructions. Consumed authority clarification `c265134393c6a8ecf131342482cd77ae0ceaa3a6` by source inspection and Lu's dispatch, without changing this branch's inherited `MISSION.md`. No sibling merge/cherry-pick, branch rewrite, push, issue, PR or new mission. All known integration-owned production files and paid ledgers are unchanged. + +Repository-root paths actually changed by the implementation commit: + +| Paths | Rationale | +| --- | --- | +| `libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/transition-record.ts`; `test/transition-record.test.ts` under that package | Formalism-owned root `addArc` request, observation/effect/attempt semantics, complete diff checking, outcome verification and conflict reconciliation. No operation catalogue expansion. | +| `libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/index.ts` | Exports consumed by the website adapter; no `./flue` changes. | +| `apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.ts`; adjacent `transition-record.test.ts` | Bound synchronous handle observation, request/base checks, local replay guard, verified-delivery admission and detached record snapshots. No production registration. | +| `apps/petrinaut-website/package.json`; root `yarn.lock` | One already-existing workspace dependency on the plugin; both paths were explicitly approved before the coordination-policy clarification was consumed. No new third-party dependency or version change. | +| `apps/petrinaut-website/docs/task-dependencies.json` | The commit hook regenerated and staged the dependency/task mirror from that package change. Inspected afterward: precisely eight additive plugin dependency/build edges, no unrelated changes. | +| `libs/@hashintel/petrinaut/src/ui/petrinaut.tsx` | Optional public `PetrinautAiAssistant.executeMutation` property. This additional public-type path was explicitly approved after demonstrating the missing seam. | +| `libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx`; adjacent `ai-assistant-panel.test.tsx` | Pass the actual tool-call ID and host executor at the existing canonical mutation call site; test matching output insertion/continuation and exactly-once execution under StrictMode. No changes to scheduling, cancellation, Voice, generation or conversation ownership. | +| `libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.ts`; adjacent `apply-petrinaut-ai-mutation.test.ts`; `types.ts` | Retain the stock helper, guard the optional synchronous callback's lifetime/one execution, and project canonical tool input/output types. | +| `.changeset/brunch-a3-browser-observation.md`; `libs/@hashintel/petrinaut/docs/ai-assistant.md` | Published-package patch note and user-facing explanation of optional host observation/refusal. No new visual surface or screenshot update claimed. | + +All other new files are evidence under this unique directory. `verification-manifest.json` pins every implementation path/content hash and test totals. No production headless client file changed: browser-earned parity has not yet been established. + +### Demonstrated need for the host seam + +The website owns the live handle, but its subscription emits only committed changes with no tool-call identity; it cannot identify no-op/rejected attempts. The existing mutation helper observes equality synchronously but has neither a call ID nor a host-facing execution hook. Transport chunk arrival precedes the panel's deferred execution. Using any of these as a pre-apply observation would either omit attempts or correlate by timing rather than the actual execution boundary. The optional hook addresses precisely that gap and remains Brunch-free. + +## 2. Observation boundary, outcomes and accounting + +The panel calls the optional host executor only after ready-state admission, read-only checking and canonical mutation input validation. Its `execute()` closure invokes the unchanged canonical helper once and expires on return/throw. A host cannot defer that closure into a later generation. Reads, title changes, asynchronous commands, read-only refusals and schema-parse errors are outside this hook; the panel's existing matching-call error/refusal handling remains in force. This is a narrow canonical-mutation seam, not a claim that every possible invalid input already gets an A3 record. + +The adapter snapshots `handle.doc()` independently just before execution and immediately after return/throw. SHA-256 is lowercase hex of UTF-8 `JSON.stringify(definition)`, matching the inherited definition-hash byte convention; it is not the request's hash and does not use the object-key-sorted equality helper. No await occurs in that interval. On a missing post state, it records `unknown` without a post hash. A previously obtained post observation is not erased merely because a later derivation fails. See `browser-witness.md` for atomicity limits: synchronous local JSON handle only, not a cross-tab/remote transaction or a reentrancy lock. + +The plugin computes the complete canonical JSON diff, with snapshot-relative JSON pointers and full changed subtree values. Changed paths at the requested arc are partitioned into created/updated/deleted; every other changed path remains in the disjoint `derived` residual set, explicitly unmapped and without inherited basis. Only the exact new requested root arc with no residual effects earns `applied`. A wrong weight, an existing-arc update, unexpected sanitizer change or partial failure is not credited. This does not implement a generalized mutation/effect portfolio or useful basis for derived effects. + +`canonical-pre.handle.json`, `canonical-post.handle.json` and `transition-records.handle.json` retain actual **canonical-handle-only** evidence. Reproduce from repository root with: + +```sh +node --experimental-strip-types libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/capture-handle-evidence.mjs +``` + +The test-authored fixture request has an independently supplied base captured before invoking the recorder. The adapter performs its own read. Observed result: one real core `addArc` execution, one added `/transitions/0/inputArcs/1` subtree, unchanged remaining canonical content, and two identical deliveries retained with aggregate outcome `applied`. These files are neither browser snapshots nor a replacement for required browser `transition-records.json`. + +An identical delivery reuses the recorded result without executing twice. A valid conflicting outcome is retained alongside the first and makes the aggregate outcome sticky `unknown`; later execution is refused. Receiving verification checks detached content/hashes/effects, canonical input/file validity and outcome consistency; adapter delivery admission also checks the issued request and its captured binding. Integrity verification is not browser authentication. Failed/no-op/stale/unknown records must never be consumed as causal changes. See `review.md` for the independently identified counterexamples and their tested corrections. + +## 3. Oracles and gates + +The exact four website assertion names from `MISSION.md` are preserved. No prospective oracle was renamed or replaced by a skipped/expected-failure pass. + +| A3 oracle | Status | Evidence and limit | +| --- | --- | --- | +| “observes the pre-apply hash independently of the request” | **Pass at handle boundary; browser blocked** | Website `transition-record.test.ts`; wrong requested hash and actual hand edit after request preparation both refuse execution and retain the independently observed state. | +| “derives disjoint created, updated, deleted, derived sets from pre and post definitions” | **Pass at handle/unit boundary; browser blocked** | Website exact assertion plus plugin tests of mapped updates and unmapped deletion/code changes; all diff content accounted for. Only the actual new root arc earns applied. | +| “refuses a record whose effects do not account for the diff” | **Pass** | Website exact assertion and plugin missing/duplicated accounting tests; verifier recomputes full diff and both observed hashes. | +| “marks conflicting duplicate browser outcomes unknown and retains both deliveries” | **Pass as adapter delivery test; real browser blocked** | Website exact assertion; aggregate becomes unknown, both deliveries survive, subsequent run refuses, executor called once. | +| “correlates the real browser transition record and resumes without reapplying” | **Blocked** | No `apps/brunch-agent/test/transition-records.integration.ts` or wrapper was added as a weaker substitute. Joined registration, issued base/incarnation envelope, record carriage and actual browser are required. | +| Required browser record, canonical browser pre/post and inspected screenshots | **Blocked** | `browser-witness.md` records non-performance, not invented observations; handle artifacts are separately labelled. | +| Conditional stock-safe host extension | **Pass at component boundary** | Helper tests cover exactly-once, synchronous lifetime, refusal and throw; panel StrictMode test observes state before/after, then the matching canonical output and one continuation. All stock/default panel tests pass. | + +Final root command, run in this session's dedicated Herdr terminal after source edits were frozen: + +```sh +yarn exec turbo run build test:unit lint:tsc lint:eslint --filter=@hashintel/brunch-agent-plugin-sdcpn --filter=@apps/brunch-agent --filter=@apps/petrinaut-website --filter=@hashintel/petrinaut --continue=always --force --output-logs=errors-only +``` + +**54/54 tasks passed, 0 cache hits**, exit 0 (`verification-final.log`). Scoped suites: plugin **20 tests / 4 files**, app **152 / 25**, Petrinaut **692 / 84**, website **373 / 42**. This branch does not include A2, so these totals do not erase alpha's known failing mixed-batch oracle. Per-package final unit logs and the manifest retain the precise test discovery. Build, typecheck and lint all passed; existing non-blocking warnings remain in untouched code. + +Protected regressions: + +- Full Petrinaut panel/helper focused run: **64 passed**, including existing Stop-before-execution, canonical stopped-history skip, failure/matching-call error, StrictMode, old-conversation async result suppression, Voice ownership, and the new host observation test (`panel-tests.log`). The first fixture used a noncanonical spaced place name and was corrected; a later one-second assertion timeout was extended to cover the production diagnostics wrapper's existing one-second wait, without adding a latency claim. +- Website named `voice-browser-tools.integration.test.tsx`, `brunch-panel-transport.test.ts`, `local-storage-demo-app.test.tsx`: **27 passed** (`voice-regressions.log`). Real production components, controlled Flue/media events and jsdom; not a real browser/microphone witness and not a joined A3 record-payload witness. +- AI SDK transport/transcript suite: **42 passed** (`transport-regressions.log`), including causal latest-client-step collection, mixed server/browser steps and surviving folded Voice origins. +- `yarn workspace @local/petrinaut-arch-docs lint:arch-docs`: **Pass**, 70 layers / 356 edges (`architecture-final.log`). No new architectural folder or edge into Brunch from Petrinaut. +- Touched TypeScript formatting, changed public Markdown/changeset formatting, `git diff --check`, staged semantic diff review and commit hooks: **Pass**. Logs are retained with terminal color escapes removed; no evidence text was rewritten into a success. + +Early shell-tool root attempts failed at `tsx` Unix-socket creation (`listen EPERM`), cascading into missing generated dependency artifacts. A native terminal run of the same root task graph resolved that environment boundary and passed; no project source workaround was added. This session created and closed only pane `w12:p5`. No server, browser origin or database was launched/operated for an A3 witness; no other worker resource was stopped. Test/document/conversation/call IDs and evidence are A3-namespaced. No paid calls, shared-ledger writes or retired paid-runner use. + +## 4. Minimal A5-facing API and limits + +Canonical API owner: `@hashintel/brunch-agent-plugin-sdcpn` root exports `ArcMutationRequest`, `DefinitionObservation`, `ArcTransitionAttempt`, `ArcTransitionRecord`, `ArcEffects`, `deriveArcEffects`, `assertArcEffects`, `observedArcOutcome`, `verifyArcTransitionAttempt` and `reconcileArcTransitionAttempts`. `canonicalContent` is equality/correlation support, not the definition hash format. Inputs import the canonical Petrinaut tool contract; definitions import `SDCPN`; entities are not redeclared. + +For A5: verify detached deliveries at the authorized receiving boundary, reconcile all verified attempts for the same call, and consult the **aggregate** outcome before attributing any effect. Snapshot JSON pointers are not durable entity IDs, epochs, passage locators or declared basis. Unknown/unmapped effects do not inherit request locators. No headless parity was earned or implemented, no general effect engine is offered, and no provider admission follows from these exports. + +## 5. Integration dependencies and stopping point + +`integration-owner.md` contains exact mount/executor API snippets, the named existing result/history seams and remaining owner-supplied values. They are proposals, not claimed applied patches. The integration owner must supply a real document incarnation and immutable issued-request lookup, mount the recorder on the existing website route, preserve canonical result identity and causal per-step ordering while carrying the record, and run the actual browser/correlated continuation oracle. The code must not be promoted by copying its requested hash from the pre observation or assigning an incarnation based on render timing. + +During handoff Lu announced alpha **`b3ab2df3db`**, incorporating A2 through **`8c3083f8d5`**. Read its `a2-settlement-bravo/handoff.md` without importing siblings. Consumers must use canonical `WorkpieceRevision` from core `/workpiece` and `update_workpiece` from core `/flue`; optional JSON evidence remains unverified. A2 is still Partial: its mixed-batch safety oracle fails, so it supplies neither safe admission/basis nor an actual-browser guarantee. The A3 candidate does not repair or bypass that owner-held gate. No new paid call is authorized by availability of the revision API. + +Accepted Mission 6b limitations remain explicit: direct spoken-user attribution after hydration is unsupported; locally withheld work after a settled tool-call step can reappear pending; no comparative latency claim exists. Existing Stop/Voice regressions are a baseline, not proof of the missing joined payload/browser path. + +**Return to Lu/integration owner for the admission/basis/record join and actual browser witness.** Do not treat these passing isolated tests or handle snapshots as A3 done, a safe genuine tracer, Step A acceptance or Step B authority. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-green.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-green.log new file mode 100644 index 00000000000..0429107d6ef --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-green.log @@ -0,0 +1,9 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut + + + Test Files 1 passed (1) + Tests 5 passed (5) + Start at 11:31:13 + Duration 437ms (transform 140ms, setup 0ms, import 231ms, tests 7ms, environment 0ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-red.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-red.log new file mode 100644 index 00000000000..3b3483de950 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/host-red.log @@ -0,0 +1,53 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut + + ❯ src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts (5 tests | 2 failed) 10ms + × observes the live definition around one synchronous execution with its call identity 6ms + × allows synchronous refusal without applying and closes execution after hook failure 2ms + +⎯⎯⎯⎯⎯⎯⎯ Failed Tests 2 ⎯⎯⎯⎯⎯⎯⎯ + + FAIL src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts > applyPetrinautAiMutation > observes the live definition around one synchronous execution with its call identity +AssertionError: Target cannot be null or undefined. + ❯ src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts:67:56 + 65| }); + 66| expect(output).toMatchObject({ applied: true }); + 67| expect(observations[0]?.transitions[0]?.inputArcs).toHaveLength(0); + | ^ + 68| expect(observations[1]?.transitions[0]?.inputArcs).toHaveLength(1); + 69| expect(() => retainedExecute?.()).toThrow(/synchronous/u); + +⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/2]⎯ + + FAIL src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts > applyPetrinautAiMutation > allows synchronous refusal without applying and closes execution after hook failure +AssertionError: expected { title: 'Added input arc', …(3) } to deeply equal { Object (applied, reason) } + +- Expected ++ Received + + { +- "applied": false, +- "reason": "Stale base", ++ "applied": true, ++ "detail": "Crew <-> Start", ++ "target": { ++ "item": { ++ "id": "$A_place:crew___start", ++ "type": "arc", ++ }, ++ "kind": "selection", ++ }, ++ "title": "Added input arc", + } + + ❯ src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts:76:155 + + +⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[2/2]⎯ + + + Test Files 1 failed (1) + Tests 2 failed | 3 passed (5) + Start at 11:30:37 + Duration 559ms (transform 178ms, setup 0ms, import 309ms, tests 10ms, environment 0ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/integration-owner.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/integration-owner.md new file mode 100644 index 00000000000..4c029e01d9c --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/integration-owner.md @@ -0,0 +1,57 @@ +# A3 integration-owner patch requests + +These are proposals for the owner-held production join, not edits applied by A3. No carrier, catalogue, plugin `flue.ts`, ChatAgent composition, website transport/registration, settled-manifest or planning file changed. Read alongside `browser-witness.md`; this is not a claim that the following join already exists. + +## 1. Mount the synchronous executor on the existing website + +File: `apps/petrinaut-website/src/main/app/local-storage-demo/local-storage-demo-app.tsx`. + +Add the import: + +```ts +import { createBrowserTransitionRecorder } from "./transition-record"; +``` + +Create one recorder for the selected active handle and bound conversation, alongside the existing conversation tracker. The exact factory call is: + +```ts +createBrowserTransitionRecorder({ + handle: activeHandle.handle, + binding: { conversationId, documentId: activeHandle.netId, incarnationId }, + requestFor: (toolCallId) => issuedArcRequests.get(toolCallId), +}); +``` + +Here `incarnationId` and `issuedArcRequests` explicitly denote **join-owned inputs still to be supplied**, not existing symbols or a ready-to-apply patch. `requestFor` must return `ArcMutationRequest` or throw if unknown; a JavaScript `Map.get()` therefore needs an explicit missing-entry check. It must resolve the issued call's canonical normalized input, original requested base hash and bound identity, not synthesize them from `handle.doc()` when execution starts. The recorder itself copies its binding and each request. Keep its lifetime stable over rerenders and output-insertion retries; replace it when the bound handle/incarnation or conversation changes, and seed verified retained outcomes before admitting reopened pending work. The existing local-storage record and prepared manifest do not yet carry an incarnation field; don't use `lastUpdated` as identity or silently create an incarnation on every render. + +In the existing `aiAssistant` object, add only when that bound Brunch recorder is selected: + +```ts +...(transitionRecorder === undefined + ? {} + : { executeMutation: transitionRecorder.executeMutation }), +``` + +Include that stable recorder in the existing memo dependencies. Keep it absent for stock assistant mode. This recorder deliberately refuses everything except the root `addArc` request shape exercised by the prepared fixture. Do not install it over a broader catalogue and silently pass unrecorded mutations through. No new catalogue mount is needed for the already-available prepared fixture arc. + +## 2. Carry the record with the already-correlated client result + +Files/seams: website `brunch-panel-transport.ts`; generic transport `packages/transport-aisdk/src/index.ts` only if its existing result projection needs the smallest generic extension; the integration-owned ChatAgent/basis join and history projection. + +At the existing outgoing client-result serialization boundary, retrieve the recorder's record by the same `toolCallId`. Preserve the canonical normalized tool input, `toolCallId`, `toolName`, original canonical result value, and current causal per-step result order. Do not add an independent hidden submission or second history store. Carry the record alongside that canonical result through the existing `client-tool-result` signal; the precise envelope is integration-owned. `completedClientToolResults()` currently selects the most recent client-tool step and forwards `part.output`, and `clientToolHistoryFrom()` projects only `toolCallId`, `toolName`, `output`. Do not undo those causal-step rules while adding a projection for records. + +The receiving join must match the authenticated conversation, issued request and bound document/incarnation **before** accepting a record. `verifyArcTransitionAttempt(delivery)` returns a detached, hash/diff-verified attempt; it is an integrity check, not proof that an arbitrary caller controls the browser document. `reconcileArcTransitionAttempts()` consumes verified attempts for one call. Keep every delivery; if any valid delivery conflicts with the first, the record outcome is sticky `unknown`. Use the record outcome, not an individual earlier `applied` attempt, for causal explanation. `createBrowserTransitionRecorder.acceptDelivery()` additionally checks the issued request and its captured binding and prevents later execution of a call already observed externally; it does not manufacture the canonical output needed for history recovery. + +No record, workpiece, basis payload or signal body goes into automatic speech. Existing canonical assistant-prose selection remains authoritative. The joined transport must retain existing matching-call error, admission-ambiguity/no-retry and output-insertion lifetime tests. + +## 3. Join A2 basis, without broadening A3 + +`ArcMutationRequest` deliberately has no invented settled revision/basis implementation. Project its fields from the joined request envelope and strip that envelope before the canonical mutation reaches Petrinaut. Keep declared basis beside the record in canonical history. A3 paths are snapshot-relative JSON pointers with complete changed subtree values, not revision locators, global entity epochs or introduced-by passage identities. + +`created`, `updated`, and `deleted` identify changes at the requested root arc; `derived` contains all other changed paths as explicitly unmapped residual effects. Any such residual causes `unknown` in this narrow implementation and receives no request basis. A2/A5 must not interpret array indexes as durable IDs or claim an unanticipated sanitizer effect was supported by every request locator. Earn any required sanitizer mapping at an actual browser boundary before admitting it. + +## 4. Exact remaining integration oracle + +Implement `apps/brunch-agent/test/transition-records.integration.ts` and its discoverable wrapper on the joined branch, preserving the assertion: **“correlates the real browser transition record and resumes without reapplying.”** It is intentionally not implemented here as a misleading headless stand-in or skipped pass. Exercise the existing built production ChatAgent mount with a controlled provider and the actual browser handle/registered executor. Compare the record's call ID and canonical input/result against public history, retain browser pre/post definitions, then verify a duplicate delivery does not invoke the mutation again. Repeat protected Voice/Stop regressions through the joined record payload, including held output insertion and conversation replacement. + +No paid calls are authorized for this join. A later real-provider browser run needs the owner's reservation and complete live baseline including A2's revision tool. No Step A acceptance or Step B authority follows from this branch. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/panel-tests.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/panel-tests.log new file mode 100644 index 00000000000..b3969ed04c1 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/panel-tests.log @@ -0,0 +1,90 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut + +11:41:45 AM [vite] (client) warning: Cannot access refs during render + + ! react-compiler(Refs): Cannot access refs during render + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:535:5] + 534 | const [diagnosticsTransportState, setDiagnosticsTransportState] = useState( + 535 | ,-> () => ({ + 536 | | source: aiAssistant.transport, + 537 | | transport: buildWrappedTransport(aiAssistant.transport), + 538 | |-> }), + : `---- Passing a ref to a function may read its value during render + 539 | ); + `---- + help: React refs are values that are not needed for rendering. Refs should + only be accessed outside of render, such as in event handlers or + effects. Accessing a ref value (the `current` property) during + render can cause your component not to update as expected + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +11:41:45 AM [vite] (client) warning: Cannot access refs during render + + ! react-compiler(Refs): Cannot access refs during render + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1735:5] + 1734 | const composerControl = aiAssistant.renderComposerControl?.( + 1735 | composerControlContext, + : ^^^^^^^^^^^|^^^^^^^^^^ + : `-- Passing a ref to a function may read its value during render + 1736 | ); + `---- + help: React refs are values that are not needed for rendering. Refs should + only be accessed outside of render, such as in event handlers or + effects. Accessing a ref value (the `current` property) during + render can cause your component not to update as expected + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +11:41:45 AM [vite] (client) warning: Cannot access refs during render + + ! react-compiler(Refs): Cannot access refs during render + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1737:51] + 1736 | ); + 1737 | ,-> const voiceMode = aiAssistant.renderVoiceMode?.({ + 1738 | | ...composerControlContext, + 1739 | | canAcceptVoiceInput: !voiceInputQueued, + 1740 | | inputMode: interactionMode, + 1741 | | isAiAssistantOpen, + 1742 | | registerVoiceModeControls, + 1743 | | reportVoiceSessionState, + 1744 | | setInputMode: requestInputMode, + 1745 | | setVoiceActive, + 1746 | | submitVoiceInput, + 1747 | |-> }); + : `---- Passing a ref to a function may read its value during render + 1748 | /* eslint-enable react-hooks-js/refs */ + `---- + help: React refs are values that are not needed for rendering. Refs should + only be accessed outside of render, such as in event handlers or + effects. Accessing a ref value (the `current` property) during + render can cause your component not to update as expected + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +11:41:45 AM [vite] (client) warning: Logical assignment operators (||=, &&=, ??=) are not yet supported + + ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not + | yet supported + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/components/voice-session-indicator.tsx:213:5] + 212 | const targetColor = parseColor(window.getComputedStyle(canvas).color); + 213 | colorRef.current ??= targetColor; + : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + 214 | + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/components/voice-session-indicator.tsx + + Test Files 2 passed (2) + Tests 64 passed (64) + Start at 11:41:44 + Duration 5.56s (transform 765ms, setup 0ms, import 1.53s, tests 4.02s, environment 145ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/petrinaut-unit-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/petrinaut-unit-final.log new file mode 100644 index 00000000000..26db2c3077d --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/petrinaut-unit-final.log @@ -0,0 +1,349 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut + + ✓ src/ui/views/Editor/simulation-creation-drawer.test.tsx (4 tests) 41ms +11:58:10 AM [vite] (client) warning: `try`/`finally` without `catch` is not supported by React Compiler + + ! react-compiler(Todo): `try`/`finally` without `catch` is not supported by + | React Compiler + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/playback/provider.tsx:272:7] + 271 | playInitializationRef.current = initialization; + 272 | try { + : ^|^ + : `-- Unsupported `try` starts here + 273 | await initialization; + 274 | } finally { + : ^^^^|^^^^ + : `-- This `finally` clause requires unsupported control flow + 275 | if (playInitializationRef.current === initialization) { + `---- + help: React Compiler cannot analyze this control flow. Refactor the + cleanup to avoid `finally`, or suppress this warning if this + function should remain uncompiled + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/playback/provider.tsx + ✓ src/ui/worksheet/focus-flow.test.tsx (14 tests) 73ms + ✓ src/react/navigation/index.test.tsx (11 tests) 151ms + ✓ src/react/playback/provider.test.tsx (33 tests) 84ms + ✓ src/ui/components/spreadsheet.test.tsx (11 tests) 168ms +11:58:11 AM [vite] (client) warning: (BuildHIR::lowerStatement) Handle for-await loops + + ! react-compiler(Todo): (BuildHIR::lowerStatement) Handle for-await loops + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/optimizations/provider.tsx:544:11] + 543 | try { + 544 | for await (const event of attach(runId, { + : ^^^^^^^^^^^ + 545 | cursor: lastSeq, + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/optimizations/provider.tsx +11:58:11 AM [vite] (client) warning: Logical assignment operators (||=, &&=, ??=) are not yet supported + + ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not + | yet supported + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx:113:3] + 112 | const reusableWorkerFactoryRef = useRef(null); + 113 | ,-> reusableWorkerFactoryRef.current ??= createReusableWorkerFactory( + 114 | | () => workerFactoryRef.current(), + 115 | | { + 116 | | // A sweep commit releases the whole working set at once: TWO sharded + 117 | | // foreground batches (the ladder pipelines its rungs) plus the surface + 118 | | // lanes. The pool must hold that set or every commit terminates the + 119 | | // overflow and respawns it a moment later. + 120 | | maxIdle: + 121 | | 2 * (experimentShardCount ?? getDefaultMonteCarloShardCount()) + 8, + 122 | | }, + 123 | `-> ); + 124 | const reusableWorkerFactory = reusableWorkerFactoryRef.current; + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx +11:58:11 AM [vite] (client) warning: (BuildHIR::lowerStatement) Support ThrowStatement inside of try/catch + + ! react-compiler(Todo): (BuildHIR::lowerStatement) Support ThrowStatement + | inside of try/catch + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx:533:11] + 532 | if (!selection.ok) { + 533 | ,-> throw new Error( + 534 | | selection.declined + 535 | | .map((entry) => `${entry.backendId}: ${entry.reason}`) + 536 | | .join("; ") || "No compute backend could run this experiment.", + 537 | `-> ); + 538 | } + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx + ✓ src/react/optimizations/provider.test.tsx (18 tests) 362ms +stderr | src/react/experiments/provider.test.tsx > ExperimentsProvider > asks for HIR trees only when the GPU backend is requested +The current testing environment is not configured to support act(...) +The current testing environment is not configured to support act(...) + + ✓ src/react/state/editor-provider.test.tsx (6 tests) 22ms +stderr | src/react/experiments/provider.test.tsx > ExperimentsProvider > asks for HIR trees only when the GPU backend is requested +The current testing environment is not configured to support act(...) +The current testing environment is not configured to support act(...) + +stderr | src/react/experiments/provider.test.tsx > ExperimentsProvider > asks for HIR trees when the GPU backend is available to try +The current testing environment is not configured to support act(...) +The current testing environment is not configured to support act(...) + +stderr | src/react/experiments/provider.test.tsx > ExperimentsProvider > falls back to the CPU and records why when the GPU declines the net +The current testing environment is not configured to support act(...) +The current testing environment is not configured to support act(...) + + ✓ src/react/experiments/provider.test.tsx (24 tests) 415ms + ✓ src/ui/components/table.test.tsx (4 tests) 53ms +11:58:12 AM [vite] (client) warning: Cannot access refs during render + + ! react-compiler(Refs): Cannot access refs during render + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:535:5] + 534 | const [diagnosticsTransportState, setDiagnosticsTransportState] = useState( + 535 | ,-> () => ({ + 536 | | source: aiAssistant.transport, + 537 | | transport: buildWrappedTransport(aiAssistant.transport), + 538 | |-> }), + : `---- Passing a ref to a function may read its value during render + 539 | ); + `---- + help: React refs are values that are not needed for rendering. Refs should + only be accessed outside of render, such as in event handlers or + effects. Accessing a ref value (the `current` property) during + render can cause your component not to update as expected + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +11:58:12 AM [vite] (client) warning: Cannot access refs during render + + ! react-compiler(Refs): Cannot access refs during render + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1735:5] + 1734 | const composerControl = aiAssistant.renderComposerControl?.( + 1735 | composerControlContext, + : ^^^^^^^^^^^|^^^^^^^^^^ + : `-- Passing a ref to a function may read its value during render + 1736 | ); + `---- + help: React refs are values that are not needed for rendering. Refs should + only be accessed outside of render, such as in event handlers or + effects. Accessing a ref value (the `current` property) during + render can cause your component not to update as expected + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +11:58:12 AM [vite] (client) warning: Cannot access refs during render + + ! react-compiler(Refs): Cannot access refs during render + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1737:51] + 1736 | ); + 1737 | ,-> const voiceMode = aiAssistant.renderVoiceMode?.({ + 1738 | | ...composerControlContext, + 1739 | | canAcceptVoiceInput: !voiceInputQueued, + 1740 | | inputMode: interactionMode, + 1741 | | isAiAssistantOpen, + 1742 | | registerVoiceModeControls, + 1743 | | reportVoiceSessionState, + 1744 | | setInputMode: requestInputMode, + 1745 | | setVoiceActive, + 1746 | | submitVoiceInput, + 1747 | |-> }); + : `---- Passing a ref to a function may read its value during render + 1748 | /* eslint-enable react-hooks-js/refs */ + `---- + help: React refs are values that are not needed for rendering. Refs should + only be accessed outside of render, such as in event handlers or + effects. Accessing a ref value (the `current` property) during + render can cause your component not to update as expected + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx + ✓ src/ui/views/Editor/panels/SimulateView/optimizations/optimization-parameter-row.test.tsx (2 tests) 82ms + ✓ src/ui/views/Editor/components/ai-cta-modal.test.tsx (4 tests) 123ms + ✓ src/react/notifications/provider.test.tsx (1 test) 56ms + ✓ src/ui/views/Editor/panels/BottomPanel/subviews/simulation-timeline/legend.test.tsx (7 tests) 320ms + ✓ src/ui/views/Editor/panels/LeftSideBar/subviews/filterable-list-sub-view.test.tsx (4 tests) 51ms + ✓ src/ui/components/section.test.tsx (1 test) 51ms +11:58:12 AM [vite] (client) warning: (BuildHIR::lowerStatement) Handle TryStatement with a finalizer ('finally') clause + + ! react-compiler(Todo): (BuildHIR::lowerStatement) Handle TryStatement with + | a finalizer ('finally') clause + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/experiments/create-experiment-drawer.tsx:1014:8] + 1013 | } + 1014 | } finally { + : ^^^^^^^^^ + 1015 | if (!cancelled) { + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/experiments/create-experiment-drawer.tsx + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-scenario-run.test.tsx (1 test) 70ms +11:58:13 AM [vite] (client) warning: Logical assignment operators (||=, &&=, ??=) are not yet supported + + ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not + | yet supported + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/components/voice-session-indicator.tsx:213:5] + 212 | const targetColor = parseColor(window.getComputedStyle(canvas).color); + 213 | colorRef.current ??= targetColor; + : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ + 214 | + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/components/voice-session-indicator.tsx + ✓ src/ui/lib/compile-visualizer.test.ts (6 tests) 37ms + ✓ src/react/hooks/use-petrinaut-mutations.test.tsx (8 tests) 23ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/create-experiment-drawer.test.tsx (7 tests) 359ms + ✓ src/ui/views/Editor/panels/SimulateView/metrics/create-metric-drawer.test.tsx (1 test) 36ms + ✓ src/react/hooks/use-petrinaut-commands.test.tsx (5 tests) 17ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/interactive-tools/apply-auto-layout-widget.test.tsx (4 tests) 41ms + ✓ src/react/commands/command-registry.test.tsx (5 tests) 24ms +11:58:13 AM [vite] (client) warning: (BuildHIR::lowerStatement) Support ThrowStatement inside of try/catch + + ! react-compiler(Todo): (BuildHIR::lowerStatement) Support ThrowStatement + | inside of try/catch + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/simulation/provider.tsx:580:11] + 579 | if (!outcome.ok) { + 580 | ,-> throw new Error( + 581 | | outcome.errors + 582 | | .map((scenarioError) => scenarioError.message) + 583 | | .join("\n"), + 584 | `-> ); + 585 | } + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/simulation/provider.tsx + ✓ src/react/experiments/sweep-session.test.ts (27 tests) 11ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/ai-assistant-contents.test.tsx (36 tests) 772ms + ✓ src/ui/components/ad-hoc-scenario-form/use-form-history.test.tsx (2 tests) 11ms + ✓ src/ui/views/Editor/panels/SimulateView/optimizations/create-optimization-drawer.test.tsx (12 tests) 912ms + ✓ src/react/simulation/provider.test.tsx (1 test) 20ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-timeline/frame-popover/bin-histogram-raster.test.ts (13 tests) 7ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts (5 tests) 11ms + ✓ src/ui/views/SDCPN/canvas-scene.test.ts (4 tests) 7ms + ✓ src/ui/preview/preview-quick-simulation-controls.test.tsx (1 test) 36ms +11:58:14 AM [vite] (client) warning: (BuildHIR::node.lowerReorderableExpression) Expression type `MemberExpression` cannot be safely reordered + + ! react-compiler(Todo): (BuildHIR::node.lowerReorderableExpression) + | Expression type `MemberExpression` cannot be safely reordered + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/execution-frame/provider.tsx:127:16] + 126 | startIndex: number, + 127 | endIndex = timelinePoints.length, + : ^^^^^^^^^^|^^^^^^^^^^ + : `-- `MemberExpression` cannot be safely reordered + 128 | ): Promise => + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/execution-frame/provider.tsx + ✓ src/react/execution-frame/provider.test.tsx (3 tests) 10ms + ✓ src/ui/views/Editor/panels/SimulateView/shared/surface-sampling.test.ts (6 tests) 5ms + ✓ src/ui/views/Editor/panels/SimulateView/simulate-view.test.tsx (2 tests) 20ms + ✓ src/react/experiments/parameter-grid.test.ts (26 tests) 6ms + ✓ src/ui/views/Notebook/notebook-model.test.ts (20 tests) 5ms +11:58:14 AM [vite] (client) warning: (BuildHIR::lowerExpression) Support UpdateExpression where argument is a global + + ! react-compiler(Todo): (BuildHIR::lowerExpression) Support UpdateExpression + | where argument is a global + ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/scenarios/scenario-form.tsx:545:15] + 544 | { + 545 | _key: nextKey++, + : ^^^^^^^^^ + 546 | identifier: "", + `---- + help: Rewrite the highlighted code using syntax supported by React + Compiler + note: React Compiler skipped optimizing this component or hook + + Plugin: vite:react-compiler + File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/scenarios/scenario-form.tsx +stderr | src/ui/views/Editor/panels/SimulateView/scenarios/ad-hoc-scenario-authoring.test.tsx > useAdHocScenarioAuthoring > derives parameters and overrides, and persists the ad-hoc state +The current testing environment is not configured to support act(...) +The current testing environment is not configured to support act(...) + +stderr | src/ui/views/Editor/panels/SimulateView/scenarios/ad-hoc-scenario-authoring.test.tsx > useAdHocScenarioAuthoring > blocks saving on a duplicate name or broken state +The current testing environment is not configured to support act(...) +The current testing environment is not configured to support act(...) + + ✓ src/ui/views/Editor/panels/SimulateView/scenarios/ad-hoc-scenario-authoring.test.tsx (2 tests) 13ms + ✓ panda.config.shared.test.ts (6 tests) 4ms + ✓ src/ui/components/contour-surface/contour-field.test.ts (8 tests) 4ms + ✓ src/react/experiments/sweep-session/batch-registry.test.ts (2 tests) 3ms + ✓ src/react/simulation/provider/migrate-initial-marking.test.ts (8 tests) 4ms + ✓ src/react/experiments/sweep-session/selection-draws.test.ts (1 test) 3ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-timeline/view-state.test.ts (8 tests) 3ms + ✓ src/ui/preview/quick-simulation.test.ts (7 tests) 4ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-timeline/use-metric-plot/shared/bin-value-summary.test.ts (5 tests) 3ms + ✓ src/ui/dev/token-encoding-playground/physical-layout.test.ts (10 tests) 5ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/interactive-tools/registry.test.tsx (6 tests) 4ms + ✓ src/react/experiments/provider/sweep-batch-instantiation/sweep-run-overrides.test.ts (7 tests) 3ms + ✓ src/ui/views/Notebook/net-graph-layout.test.ts (13 tests) 6ms + ✓ src/ui/components/ad-hoc-scenario-form/ad-hoc-scenario-form.test.tsx (37 tests) 3015ms + ✓ selects a row's kind from the gutter menu 319ms + ✓ src/react/optimizations/surface-grid.test.ts (7 tests) 5ms + ✓ src/ui/views/SDCPN/canvas-viewport.test.ts (12 tests) 3ms + ✓ src/ui/views/Editor/components/BottomBar/bottom-bar-placement.test.ts (10 tests) 2ms + ✓ src/ui/views/Notebook/net-graph-animation.test.ts (8 tests) 3ms + ✓ src/react/simulation/provider.test.ts (9 tests) 2ms + ✓ src/ui/lib/split-pascal-case.test.ts (16 tests) 3ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/finalize-streaming-message-parts.test.ts (5 tests) 3ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/create-diagnostics-aware-ai-transport.test.ts (2 tests) 3ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-timeline/use-metric-plot/distribution-heatmap.test.ts (2 tests) 2ms + ✓ src/ui/worksheet/use-focus-clearance.test.ts (6 tests) 2ms + ✓ src/react/experiments/context.test.ts (5 tests) 2ms + ✓ src/ui/views/Editor/panels/SimulateView/metrics/metric-lsp.test.ts (2 tests) 2ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-timeline/use-metric-plot/distribution-heatmap/display-easing.test.ts (6 tests) 2ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-timeline/use-metric-plot/distribution-heatmap/density-grid.test.ts (10 tests) 3ms + ✓ src/ui/hooks/use-canvas-insets.test.ts (5 tests) 2ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-lsp-validation.test.ts (4 tests) 2ms + ✓ src/ui/views/Editor/panels/SimulateView/experiments/format-duration.test.ts (7 tests) 2ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/petrinaut-docs-content.test.ts (5 tests) 3ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/format-diagnostics-for-ai.test.ts (3 tests) 2ms + ✓ src/react/commands/format-shortcut.test.ts (4 tests) 2ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel.test.tsx (59 tests) 4621ms + ✓ runs the host mutation boundary once before matching output insertion and continuation in StrictMode 1099ms + ✓ src/react/state/user-settings-provider/remember-canvas-viewport.test.ts (5 tests) 2ms + ✓ src/ui/views/shared/simulation-parameter-bounds.test.ts (3 tests) 1ms + ✓ src/ui/views/Editor/panels/SimulateView/shared/format-axis-value.test.ts (2 tests) 2ms + ✓ src/react/experiments/sweep-cell-objective.test.ts (4 tests) 3ms + ✓ src/ui/views/SDCPN/renderers/react-flow/react-flow-canvas/fit-viewport-parity.test.ts (6 tests) 2ms + ✓ src/ui/views/Notebook/notebook-order.test.ts (6 tests) 2ms + ✓ src/react/experiments/distribution-stats.test.ts (3 tests) 2ms + ✓ src/ui/views/Editor/shared/experiment-progress.test.ts (3 tests) 2ms + ✓ src/ui/components/ad-hoc-scenario-form/step-value.test.ts (4 tests) 2ms + ✓ src/ui/views/SDCPN/components/viewport-settings-dialog.test.tsx (3 tests) 2ms + ✓ src/ui/views/Editor/panels/ai-assistant-panel/tool-summaries.test.ts (3 tests) 2ms + ✓ src/ui/preview/navigation-adapter.test.ts (4 tests) 2ms + + Test Files 84 passed (84) + Tests 692 passed (692) + Start at 11:58:07 + Duration 11.77s (transform 19.48s, setup 0ms, import 55.36s, tests 12.26s, environment 13.92s) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/plugin-unit-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/plugin-unit-final.log new file mode 100644 index 00000000000..da7cb0d047b --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/plugin-unit-final.log @@ -0,0 +1,13 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/brunch-agent/packages/plugin-sdcpn + + ✓ test/transition-record.test.ts (5 tests) 12ms + ✓ test/schema-carrier.test.ts (4 tests) 4ms + ✓ test/sdcpn-modelling-skill.test.ts (4 tests) 3ms + ✓ test/construction-tools.test.ts (7 tests) 5ms + + Test Files 4 passed (4) + Tests 20 passed (20) + Start at 11:57:51 + Duration 663ms (transform 317ms, setup 0ms, import 911ms, tests 25ms, environment 0ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/review.md b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/review.md new file mode 100644 index 00000000000..3d3e4cf2e2e --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/review.md @@ -0,0 +1,19 @@ +# A3 review and dispositions + +A read-only background review examined the transition semantics, bound adapter and synchronous host seam. Its findings were source-derived counterexamples, not independent browser results. All five findings were checked against the implementation before committing; no paid provider witness was involved. + +| Finding | Disposition and discriminator | +| --- | --- | +| A callback returning `applied: true` could coexist with an observed no-op record | Corrected: return/cache a declined output when observation disproves that success. The adapter test asserts both initial and duplicate outputs are `applied: false`. Real canonical helper outputs otherwise remain unchanged. | +| Diff coverage alone could accept an incorrect weight or an existing arc update as an applied insertion | Corrected with shared `observedArcOutcome`: only the exact newly inserted requested root arc earns applied; other effects are unknown. Plugin test changes the observed weight, recomputes its hash/effects, and still sees rejection. | +| External outcomes could introduce an unissued call ID | Corrected: external delivery must match `requestFor(toolCallId)` and the recorder's captured binding. The unissued-call test rejects it. Canonical input and file-format validation are imported from Petrinaut; no entity schema was copied. | +| Caller mutation during async hash verification could change the checked content | Corrected: verifier clones synchronously and returns the verified clone; the receiver retains that returned value. Test mutates the submitted definition immediately after admission starts and asserts the detached original is retained. | +| Caller mutation could change the supposedly fixed binding | Corrected: clone the binding at construction. Test mutates the supplied incarnation and sees refusal without execution. | + +The review found no additional concrete synchronous-hook lifetime defect. The guard closes in `finally`, limits execution to once, and preserves the panel's existing output/continuation lifecycle. + +Additional local checks retain a missing post observation as `unknown` without a post hash; preserve the first actual post snapshot even if later derivation fails; and reject a stale base caused by a real hand edit between request preparation and execution. Unmapped residual effects retain full diff content but are not declared causal or given request basis. + +The refusal record intentionally distinguishes requested binding from observed bound identity. A failed mismatched-binding attempt may record both identities without granting causal attribution; an applied record cannot. Hash/diff verification is integrity checking, not authentication or proof that an untrusted caller actually controls the claimed browser. The integration owner must enforce request/principal/conversation authorization at ingress. + +No broader conclusion follows: the browser registration, canonical record carriage, joined Voice payload checks and real browser witness are still blocked. The candidate has no production headless parity or general operation/effect engine. diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transition-records.handle.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transition-records.handle.json new file mode 100644 index 00000000000..ef81722f609 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transition-records.handle.json @@ -0,0 +1,496 @@ +{ + "evidenceKind": "canonical-handle-only; not browser or product entrypoint", + "requestedBaseSource": "test fixture author, captured before calling the observer", + "executions": 1, + "first": { + "applied": true, + "title": "Test callback: added input arc" + }, + "duplicate": { + "applied": true, + "title": "Test callback: added input arc" + }, + "records": [ + { + "attempts": [ + { + "request": { + "toolName": "addArc", + "toolCallId": "a3-20260908T092946Z-test-call", + "binding": { + "documentId": "a3-20260908T092946Z-test-document", + "incarnationId": "a3-20260908T092946Z-handle-incarnation", + "conversationId": "a3-20260908T092946Z-test-conversation" + }, + "requestedBaseHash": "a3eeb14f9e84880ce3cbabca5201a05822c17bdd8ad612abaa730b97a92d56b3", + "input": { + "transitionId": "start-final-inspection", + "arcDirection": "input", + "placeId": "dispatch-crew-available", + "weight": 1, + "type": "standard" + } + }, + "binding": { + "documentId": "a3-20260908T092946Z-test-document", + "incarnationId": "a3-20260908T092946Z-handle-incarnation", + "conversationId": "a3-20260908T092946Z-test-conversation" + }, + "pre": { + "definition": { + "places": [ + { + "id": "batch-ready", + "name": "Batch ready", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 80, + "y": 100 + }, + { + "id": "under-final-inspection", + "name": "Under final inspection", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 100 + }, + { + "id": "ready-for-dispatch", + "name": "Ready for dispatch", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 760, + "y": 100 + }, + { + "id": "dispatch-crew-available", + "name": "Dispatch crew available", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 360 + } + ], + "transitions": [ + { + "id": "start-final-inspection", + "name": "Start final inspection", + "inputArcs": [ + { + "placeId": "batch-ready", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 250, + "y": 100 + }, + { + "id": "sign-off", + "name": "Sign-off", + "inputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "ready-for-dispatch", + "weight": 1 + }, + { + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 590, + "y": 100 + } + ], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "sha256": "a3eeb14f9e84880ce3cbabca5201a05822c17bdd8ad612abaa730b97a92d56b3" + }, + "outcome": "applied", + "effects": { + "created": [ + { + "path": "/transitions/0/inputArcs/1", + "kind": "created", + "after": { + "type": "standard", + "placeId": "dispatch-crew-available", + "weight": 1 + } + } + ], + "updated": [], + "deleted": [], + "derived": [] + }, + "post": { + "definition": { + "places": [ + { + "id": "batch-ready", + "name": "Batch ready", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 80, + "y": 100 + }, + { + "id": "under-final-inspection", + "name": "Under final inspection", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 100 + }, + { + "id": "ready-for-dispatch", + "name": "Ready for dispatch", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 760, + "y": 100 + }, + { + "id": "dispatch-crew-available", + "name": "Dispatch crew available", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 360 + } + ], + "transitions": [ + { + "id": "start-final-inspection", + "name": "Start final inspection", + "inputArcs": [ + { + "placeId": "batch-ready", + "weight": 1, + "type": "standard" + }, + { + "type": "standard", + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "outputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 250, + "y": 100 + }, + { + "id": "sign-off", + "name": "Sign-off", + "inputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "ready-for-dispatch", + "weight": 1 + }, + { + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 590, + "y": 100 + } + ], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "sha256": "3c47961d02296c00131644d1aea0dac16a017f470a66aea919fcf324a2bc9e37" + } + }, + { + "request": { + "toolName": "addArc", + "toolCallId": "a3-20260908T092946Z-test-call", + "binding": { + "documentId": "a3-20260908T092946Z-test-document", + "incarnationId": "a3-20260908T092946Z-handle-incarnation", + "conversationId": "a3-20260908T092946Z-test-conversation" + }, + "requestedBaseHash": "a3eeb14f9e84880ce3cbabca5201a05822c17bdd8ad612abaa730b97a92d56b3", + "input": { + "transitionId": "start-final-inspection", + "arcDirection": "input", + "placeId": "dispatch-crew-available", + "weight": 1, + "type": "standard" + } + }, + "binding": { + "documentId": "a3-20260908T092946Z-test-document", + "incarnationId": "a3-20260908T092946Z-handle-incarnation", + "conversationId": "a3-20260908T092946Z-test-conversation" + }, + "pre": { + "definition": { + "places": [ + { + "id": "batch-ready", + "name": "Batch ready", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 80, + "y": 100 + }, + { + "id": "under-final-inspection", + "name": "Under final inspection", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 100 + }, + { + "id": "ready-for-dispatch", + "name": "Ready for dispatch", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 760, + "y": 100 + }, + { + "id": "dispatch-crew-available", + "name": "Dispatch crew available", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 360 + } + ], + "transitions": [ + { + "id": "start-final-inspection", + "name": "Start final inspection", + "inputArcs": [ + { + "placeId": "batch-ready", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 250, + "y": 100 + }, + { + "id": "sign-off", + "name": "Sign-off", + "inputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "ready-for-dispatch", + "weight": 1 + }, + { + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 590, + "y": 100 + } + ], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "sha256": "a3eeb14f9e84880ce3cbabca5201a05822c17bdd8ad612abaa730b97a92d56b3" + }, + "outcome": "applied", + "effects": { + "created": [ + { + "path": "/transitions/0/inputArcs/1", + "kind": "created", + "after": { + "type": "standard", + "placeId": "dispatch-crew-available", + "weight": 1 + } + } + ], + "updated": [], + "deleted": [], + "derived": [] + }, + "post": { + "definition": { + "places": [ + { + "id": "batch-ready", + "name": "Batch ready", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 80, + "y": 100 + }, + { + "id": "under-final-inspection", + "name": "Under final inspection", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 100 + }, + { + "id": "ready-for-dispatch", + "name": "Ready for dispatch", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 760, + "y": 100 + }, + { + "id": "dispatch-crew-available", + "name": "Dispatch crew available", + "colorId": null, + "dynamicsEnabled": false, + "differentialEquationId": null, + "x": 420, + "y": 360 + } + ], + "transitions": [ + { + "id": "start-final-inspection", + "name": "Start final inspection", + "inputArcs": [ + { + "placeId": "batch-ready", + "weight": 1, + "type": "standard" + }, + { + "type": "standard", + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "outputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 250, + "y": 100 + }, + { + "id": "sign-off", + "name": "Sign-off", + "inputArcs": [ + { + "placeId": "under-final-inspection", + "weight": 1, + "type": "standard" + } + ], + "outputArcs": [ + { + "placeId": "ready-for-dispatch", + "weight": 1 + }, + { + "placeId": "dispatch-crew-available", + "weight": 1 + } + ], + "lambdaType": "predicate", + "lambdaCode": "", + "transitionKernelCode": "", + "x": 590, + "y": 100 + } + ], + "types": [], + "differentialEquations": [], + "parameters": [] + }, + "sha256": "3c47961d02296c00131644d1aea0dac16a017f470a66aea919fcf324a2bc9e37" + } + } + ], + "outcome": "applied" + } + ] +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transport-regressions.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transport-regressions.log new file mode 100644 index 00000000000..a88ed0b7bde --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/transport-regressions.log @@ -0,0 +1,9 @@ + + RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/brunch-agent/packages/transport-aisdk + + + Test Files 4 passed (4) + Tests 42 passed (42) + Start at 11:50:02 + Duration 527ms (transform 43ms, setup 0ms, import 214ms, tests 16ms, environment 0ms) + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-final.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-final.log new file mode 100644 index 00000000000..3a50b15e60e --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-final.log @@ -0,0 +1,11 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @apps/petrinaut-website, @hashintel/brunch-agent-plugin-sdcpn, @hashintel/petrinaut + • Running build, test:unit, lint:tsc, lint:eslint in 4 packages + • Remote caching disabled, using shared worktree cache + + + Tasks: 54 successful, 54 total +Cached: 0 cached, 54 total + Time: 45.476s + diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-initial.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-initial.log new file mode 100644 index 00000000000..c17076a7dd2 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-initial.log @@ -0,0 +1,35 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @apps/petrinaut-website, @hashintel/brunch-agent-plugin-sdcpn, @hashintel/petrinaut + • Running build, lint:tsc, lint:eslint, test:unit in 4 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/ds-components:codegen: cache miss, executing 8db95216b35fe234 +@hashintel/ds-components:codegen: node:net:2302 +@hashintel/ds-components:codegen: const error = new UVExceptionWithHostPort(rval, 'listen', address, port); +@hashintel/ds-components:codegen: ^ +@hashintel/ds-components:codegen: +@hashintel/ds-components:codegen: Error: listen EPERM: operation not permitted /tmp/tsx-501/75624.pipe +@hashintel/ds-components:codegen: at Server.setupListenHandle [as _listen2] (node:net:2302:21) +@hashintel/ds-components:codegen: at listenInCluster (node:net:2433:12) +@hashintel/ds-components:codegen: at Server.listen (node:net:2575:5) +@hashintel/ds-components:codegen: at file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31537 +@hashintel/ds-components:codegen: at new Promise () +@hashintel/ds-components:codegen: at createIpcServer (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31515) +@hashintel/ds-components:codegen: at async file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:55:459 { +@hashintel/ds-components:codegen: code: 'EPERM', +@hashintel/ds-components:codegen: errno: -1, +@hashintel/ds-components:codegen: syscall: 'listen', +@hashintel/ds-components:codegen: address: '/tmp/tsx-501/75624.pipe', +@hashintel/ds-components:codegen: port: -1 +@hashintel/ds-components:codegen: } +@hashintel/ds-components:codegen: +@hashintel/ds-components:codegen: Node.js v24.20.0 +@hashintel/ds-components#codegen: ERROR command (/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/ds-components) /private/var/folders/2c/ptn6jcrj61lck_yzfz_p3b5m0000gn/T/xfs-de344da6/yarn run codegen exited (1) + + Tasks: 7 successful, 17 total +Cached: 0 cached, 17 total + Time: 3.916s +Failed: @hashintel/ds-components#codegen + + ERROR run failed: command exited (1) diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-manifest.json b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-manifest.json new file mode 100644 index 00000000000..9b58fa03ab6 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-manifest.json @@ -0,0 +1,44 @@ +{ + "implementationCommit": "0ff1f8f0e4740ec4b6b1e4821b0b8c51d16cd961", + "baseCommit": "c4f5a54b355f25b2588a1a23659fdc996d14986a", + "readAuthorityClarification": "c265134393c6a8ecf131342482cd77ae0ceaa3a6", + "branch": "ln/fe-1573-a3", + "evidenceKind": "unit/component/canonical-handle only; browser integration blocked", + "paidProviderCalls": 0, + "testSummary": { + "plugin": { + "files": "4", + "tests": "20" + }, + "app": { + "files": "25", + "tests": "152" + }, + "petrinaut": { + "files": "84", + "tests": "692" + }, + "website": { + "files": "42", + "tests": "373" + } + }, + "files": { + ".changeset/brunch-a3-browser-observation.md": "c023e1bdacbfae54928a02e3d472bdcfdbb74af6a860644ebcde85ce5669f6b6", + "apps/petrinaut-website/docs/task-dependencies.json": "a9ccde90ec248ba2f295c50cf30a104563843ce40815fcd13fa9a8c1f24a77db", + "apps/petrinaut-website/package.json": "aa565086872f6036d6ef97a6848af80d75f4f46e28c8cfbaf471919b16c3972e", + "apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.test.ts": "cdb9a315bb7e39a3f569419524a9009fb28f3d385fa0bb5dc1c3816d51eb4f4b", + "apps/petrinaut-website/src/main/app/local-storage-demo/transition-record.ts": "c7804d5fc5fef7a3167b1c014f4e40629678b4b71633392db2badcb13c288d9c", + "libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/index.ts": "7a5dc420d738f4f054d5af8e0aa1004406fb316a62b014026750b11fda1a3c4c", + "libs/@hashintel/brunch-agent/packages/plugin-sdcpn/src/transition-record.ts": "40a78fc75e2ec9d9429654c3f87dbbef7aee712a5e9c8d0c430600a2e510d4a7", + "libs/@hashintel/brunch-agent/packages/plugin-sdcpn/test/transition-record.test.ts": "8350bb687f3abfa42a48bb3e38438d1cb3545fcc9c3363bcdb7865727b3197ba", + "libs/@hashintel/petrinaut/docs/ai-assistant.md": "5fee1efd0bbe0afd50b923d44fd53931bf127f6cda2ae17b6db8e28dc17f7de0", + "libs/@hashintel/petrinaut/src/ui/petrinaut.tsx": "0c0bf5ec06026aa09538e459e6558cb144a146571902f296bbd1d6e9b8c7d0c6", + "libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.test.tsx": "dd6141f24033c80830fc04fe481928f38285b5533a69840548d38de7544989aa", + "libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx": "90dce580a333f6bb22b6f1cd219ab53eab78389770970a125c556b6fdc23a7d1", + "libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.test.ts": "2612f6826a7c3f95b1f86c58c73a5f892c07207e7167cfddad4c88576a4841e2", + "libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/apply-petrinaut-ai-mutation.ts": "a1d0d3cefdb1b2641b14fbdd6584b9a359b97e42b4f778a8c4f5ffad3876a2da", + "libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel/types.ts": "d36507e14fcc0594f9c62b8394dbc37c8ecc47c86f5f2985c3708c9337588603", + "yarn.lock": "80de1176e832e5434e3510f0a54a451b76fa99520dedc72f29a578b87e5a3c8f" + } +} diff --git a/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-root.log b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-root.log new file mode 100644 index 00000000000..5bce67c5a16 --- /dev/null +++ b/libs/@hashintel/brunch-agent/docs/evidence/implementations/fe-1573-step-a/a3-20260908T092946Z/verification-root.log @@ -0,0 +1,1024 @@ +• turbo 2.10.12 + + • Packages in scope: @apps/brunch-agent, @apps/petrinaut-website, @hashintel/brunch-agent-plugin-sdcpn, @hashintel/petrinaut + • Running build, test:unit, lint:tsc, lint:eslint in 4 packages + • Remote caching disabled, using shared worktree cache + +@hashintel/ds-components:codegen: cache miss, executing 8db95216b35fe234 +@hashintel/ds-components:codegen: node:net:2302 +@hashintel/ds-components:codegen: const error = new UVExceptionWithHostPort(rval, 'listen', address, port); +@hashintel/ds-components:codegen: ^ +@hashintel/ds-components:codegen: +@hashintel/ds-components:codegen: Error: listen EPERM: operation not permitted /tmp/tsx-501/31517.pipe +@hashintel/ds-components:codegen: at Server.setupListenHandle [as _listen2] (node:net:2302:21) +@hashintel/ds-components:codegen: at listenInCluster (node:net:2433:12) +@hashintel/ds-components:codegen: at Server.listen (node:net:2575:5) +@hashintel/ds-components:codegen: at file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31537 +@hashintel/ds-components:codegen: at new Promise () +@hashintel/ds-components:codegen: at createIpcServer (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31515) +@hashintel/ds-components:codegen: at async file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:55:459 { +@hashintel/ds-components:codegen: code: 'EPERM', +@hashintel/ds-components:codegen: errno: -1, +@hashintel/ds-components:codegen: syscall: 'listen', +@hashintel/ds-components:codegen: address: '/tmp/tsx-501/31517.pipe', +@hashintel/ds-components:codegen: port: -1 +@hashintel/ds-components:codegen: } +@hashintel/ds-components:codegen: +@hashintel/ds-components:codegen: Node.js v24.20.0 +@hashintel/ds-components#codegen: WARNING command finished with error, but continuing... +@hashintel/ds-components:build: cache miss, executing cd5a2d3ff51003e1 +@hashintel/ds-components:build: CLI Building entry: {"main":"./src/main.ts","preset":"./src/preset.ts","tokens":"./src/tokens.ts","components/base-tooltip":"src/components/Tooltip/base-tooltip.tsx","components/tooltip":"src/components/Tooltip/tooltip.tsx","components/toggle":"src/components/Toggle/toggle.tsx","components/text-mark":"src/components/TextMark/text-mark.tsx","components/base-input":"src/components/TextInput/base-input.tsx","components/input-connector":"src/components/TextInput/input-connector.tsx","components/text-input":"src/components/TextInput/text-input.tsx","components/text-area":"src/components/TextArea/text-area.tsx","components/slider":"src/components/Slider/slider.tsx","components/select":"src/components/Select/select.tsx","components/segmented-control":"src/components/SegmentedControl/segmented-control.tsx","components/right-click-menu":"src/components/RightClickMenu/right-click-menu.tsx","components/radio-group":"src/components/RadioGroup/radio-group.tsx","components/radio":"src/components/Radio/radio.tsx","components/popover-parts":"src/components/Popover/popover-parts.tsx","components/popover":"src/components/Popover/popover.tsx","components/number-input":"src/components/NumberInput/number-input.tsx","components/ellipsis-menu":"src/components/Menu/ellipsis-menu.tsx","components/menu":"src/components/Menu/menu.tsx","components/loading-spinner":"src/components/Loading/loading-spinner.tsx","components/icon":"src/components/Icon/icon.tsx","components/help-tooltip":"src/components/HelpTooltip/help-tooltip.tsx","components/description":"src/components/Form/description.tsx","components/errors":"src/components/Form/errors.tsx","components/field-id-context":"src/components/Form/field-id-context.tsx","components/form-field":"src/components/Form/form-field.tsx","components/form-row":"src/components/Form/form-row.tsx","components/form-section":"src/components/Form/form-section.tsx","components/form":"src/components/Form/form.tsx","components/label":"src/components/Form/label.tsx","components/filter-group":"src/components/Filter/filter-group.tsx","components/filter":"src/components/Filter/filter.tsx","components/sort-menu":"src/components/Filter/sort-menu.tsx","components/drawer":"src/components/Drawer/drawer.tsx","components/dialog":"src/components/Dialog/dialog.tsx","components/chip":"src/components/Chip/chip.tsx","components/checkbox-group":"src/components/CheckboxGroup/checkbox-group.tsx","components/checkbox":"src/components/Checkbox/checkbox.tsx","components/character-count":"src/components/CharacterCount/character-count.tsx","components/button-group":"src/components/ButtonGroup/button-group.tsx","components/button":"src/components/Button/button.tsx","components/breadcrumbs-item":"src/components/Breadcumbs/breadcrumbs-item.tsx","components/breadcrumbs":"src/components/Breadcumbs/breadcrumbs.tsx","components/banner":"src/components/Banner/banner.tsx","components/badge":"src/components/Badge/badge.tsx","components/base-badge":"src/components/Badge/base-badge.tsx","components/avatar-group":"src/components/AvatarGroup/avatar-group.tsx","components/avatar":"src/components/Avatar/avatar.tsx"} +@hashintel/ds-components:build: CLI Using tsconfig: tsconfig.build.json +@hashintel/ds-components:build: CLI tsup v8.5.1 +@hashintel/ds-components:build: CLI Using tsup config: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/ds-components/tsup.config.ts +@hashintel/ds-components:build: CLI Target: esnext +@hashintel/ds-components:build: CLI Cleaning output folder +@hashintel/ds-components:build: ESM Build start +@hashintel/ds-components:build: ESM dist/components/base-badge.js 76.00 B +@hashintel/ds-components:build: ESM dist/components/avatar.js 132.00 B +@hashintel/ds-components:build: ESM dist/components/avatar-group.js 173.00 B +@hashintel/ds-components:build: ESM dist/components/character-count.js 86.00 B +@hashintel/ds-components:build: ESM dist/components/button.js 317.00 B +@hashintel/ds-components:build: ESM dist/components/button-group.js 94.00 B +@hashintel/ds-components:build: ESM dist/components/label.js 285.00 B +@hashintel/ds-components:build: ESM dist/components/breadcrumbs-item.js 563.00 B +@hashintel/ds-components:build: ESM dist/components/breadcrumbs.js 390.00 B +@hashintel/ds-components:build: ESM dist/components/banner.js 496.00 B +@hashintel/ds-components:build: ESM dist/components/filter-group.js 359.00 B +@hashintel/ds-components:build: ESM dist/components/filter.js 349.00 B +@hashintel/ds-components:build: ESM dist/components/badge.js 99.00 B +@hashintel/ds-components:build: ESM dist/components/drawer.js 349.00 B +@hashintel/ds-components:build: ESM dist/components/chip.js 154.00 B +@hashintel/ds-components:build: ESM dist/components/checkbox.js 105.00 B +@hashintel/ds-components:build: ESM dist/components/help-tooltip.js 235.00 B +@hashintel/ds-components:build: ESM dist/components/sort-menu.js 446.00 B +@hashintel/ds-components:build: ESM dist/components/dialog.js 349.00 B +@hashintel/ds-components:build: ESM dist/components/field-id-context.js 116.00 B +@hashintel/ds-components:build: ESM dist/components/checkbox-group.js 177.00 B +@hashintel/ds-components:build: ESM dist/components/errors.js 101.00 B +@hashintel/ds-components:build: ESM dist/components/form-row.js 444.00 B +@hashintel/ds-components:build: ESM dist/components/radio.js 130.00 B +@hashintel/ds-components:build: ESM dist/components/form.js 500.00 B +@hashintel/ds-components:build: ESM dist/components/description.js 80.00 B +@hashintel/ds-components:build: ESM dist/components/form-section.js 80.00 B +@hashintel/ds-components:build: ESM dist/components/form-field.js 417.00 B +@hashintel/ds-components:build: ESM dist/components/popover-parts.js 403.00 B +@hashintel/ds-components:build: ESM dist/components/menu.js 358.00 B +@hashintel/ds-components:build: ESM dist/components/loading-spinner.js 86.00 B +@hashintel/ds-components:build: ESM dist/components/ellipsis-menu.js 423.00 B +@hashintel/ds-components:build: ESM dist/components/select.js 411.00 B +@hashintel/ds-components:build: ESM dist/components/icon.js 92.00 B +@hashintel/ds-components:build: ESM dist/components/popover.js 382.00 B +@hashintel/ds-components:build: ESM dist/components/number-input.js 328.00 B +@hashintel/ds-components:build: ESM dist/components/slider.js 70.00 B +@hashintel/ds-components:build: ESM dist/components/input-connector.js 86.00 B +@hashintel/ds-components:build: ESM dist/components/text-area.js 229.00 B +@hashintel/ds-components:build: ESM dist/components/segmented-control.js 400.00 B +@hashintel/ds-components:build: ESM dist/components/right-click-menu.js 365.00 B +@hashintel/ds-components:build: ESM dist/components/text-input.js 324.00 B +@hashintel/ds-components:build: ESM dist/main.js 119.69 KB +@hashintel/ds-components:build: ESM dist/chunk-6ZYIZWSF.js 12.02 KB +@hashintel/ds-components:build: ESM dist/chunk-YTVHWZ36.js 9.12 KB +@hashintel/ds-components:build: ESM dist/components/radio-group.js 202.00 B +@hashintel/ds-components:build: ESM dist/chunk-PEHXQEER.js 17.11 KB +@hashintel/ds-components:build: ESM dist/chunk-GUDUED3I.js 10.61 KB +@hashintel/ds-components:build: ESM dist/chunk-2N2LCIDY.js 5.13 KB +@hashintel/ds-components:build: ESM dist/chunk-F24GVURK.js 6.63 KB +@hashintel/ds-components:build: ESM dist/chunk-JC6UW2S7.js 2.43 KB +@hashintel/ds-components:build: ESM dist/chunk-7NXH5MAL.js 14.24 KB +@hashintel/ds-components:build: ESM dist/chunk-WGA6BPQX.js 2.63 KB +@hashintel/ds-components:build: ESM dist/chunk-AQWGB6JR.js 10.98 KB +@hashintel/ds-components:build: ESM dist/chunk-DKABEMN7.js 6.47 KB +@hashintel/ds-components:build: ESM dist/chunk-EJMR6FS4.js 2.63 KB +@hashintel/ds-components:build: ESM dist/chunk-36R2NQTC.js 3.21 KB +@hashintel/ds-components:build: ESM dist/chunk-PRXK2CGA.js 8.17 KB +@hashintel/ds-components:build: ESM dist/chunk-D7F4XGGA.js 30.89 KB +@hashintel/ds-components:build: ESM dist/chunk-CNIWEMNB.js 281.00 B +@hashintel/ds-components:build: ESM dist/chunk-6PJTFBIC.js 14.94 KB +@hashintel/ds-components:build: ESM dist/chunk-YIKRE44Y.js 1.63 KB +@hashintel/ds-components:build: ESM dist/chunk-XLCCCJZS.js 3.52 KB +@hashintel/ds-components:build: ESM dist/chunk-WC4MIC5W.js 9.36 KB +@hashintel/ds-components:build: ESM dist/chunk-EW7VZ2WD.js 1.35 KB +@hashintel/ds-components:build: ESM dist/chunk-CEQZH26V.js 1.27 KB +@hashintel/ds-components:build: ESM dist/chunk-IKS44JIQ.js 1.55 KB +@hashintel/ds-components:build: ESM dist/chunk-XLVBAP5B.js 2.15 KB +@hashintel/ds-components:build: ESM dist/chunk-R32N3HSL.js 6.01 KB +@hashintel/ds-components:build: ESM dist/chunk-7D4BJ5ML.js 2.14 KB +@hashintel/ds-components:build: ESM dist/chunk-XQND5DCR.js 19.92 KB +@hashintel/ds-components:build: ESM dist/chunk-VJKY5S2Z.js 3.63 KB +@hashintel/ds-components:build: ESM dist/chunk-YLC3II3Y.js 15.28 KB +@hashintel/ds-components:build: ESM dist/chunk-6UD44W6E.js 682.00 B +@hashintel/ds-components:build: ESM dist/chunk-HF6IUEMR.js 4.22 KB +@hashintel/ds-components:build: ESM dist/chunk-VGMRUZTZ.js 248.00 B +@hashintel/ds-components:build: ESM dist/chunk-6T6GKYU6.js 31.92 KB +@hashintel/ds-components:build: ESM dist/chunk-YPUDWRTM.js 11.80 KB +@hashintel/ds-components:build: ESM dist/chunk-22Y7JQKZ.js 1.34 KB +@hashintel/ds-components:build: ESM dist/chunk-IXD63N2S.js 15.17 KB +@hashintel/ds-components:build: ESM dist/chunk-M2SVHTEI.js 2.75 KB +@hashintel/ds-components:build: ESM dist/chunk-OA47GY2R.js 20.81 KB +@hashintel/ds-components:build: ESM dist/chunk-P2Y6BYTI.js 2.30 KB +@hashintel/ds-components:build: ESM dist/chunk-IBPJS5E4.js 254.00 B +@hashintel/ds-components:build: ESM dist/chunk-SBTDA3SK.js 31.36 KB +@hashintel/ds-components:build: ESM dist/chunk-TY7OZBOZ.js 1.70 KB +@hashintel/ds-components:build: ESM dist/preset.js 9.23 KB +@hashintel/ds-components:build: ESM dist/chunk-J7LRCMSH.js 2.80 KB +@hashintel/ds-components:build: ESM dist/chunk-T3M3F5B3.js 2.57 KB +@hashintel/ds-components:build: ESM dist/chunk-UJWVKG32.js 6.56 KB +@hashintel/ds-components:build: ESM dist/components/base-tooltip.js 111.00 B +@hashintel/ds-components:build: ESM dist/tokens.js 105.00 B +@hashintel/ds-components:build: ESM dist/chunk-ZK6WBIF4.js 1.38 KB +@hashintel/ds-components:build: ESM dist/components/tooltip.js 134.00 B +@hashintel/ds-components:build: ESM dist/chunk-WGA63NB2.js 3.36 KB +@hashintel/ds-components:build: ESM dist/chunk-O5FVU5GW.js 126.00 B +@hashintel/ds-components:build: ESM dist/chunk-HEKBQPSQ.js 357.00 B +@hashintel/ds-components:build: ESM dist/chunk-SI747DI5.js 59.01 KB +@hashintel/ds-components:build: ESM dist/chunk-BA5CVXLM.js 501.00 B +@hashintel/ds-components:build: ESM dist/components/toggle.js 132.00 B +@hashintel/ds-components:build: ESM dist/chunk-6YBS5F6X.js 8.27 KB +@hashintel/ds-components:build: ESM dist/components/base-input.js 293.00 B +@hashintel/ds-components:build: ESM dist/chunk-DJZKFKG5.js 1.11 KB +@hashintel/ds-components:build: ESM dist/chunk-REYMRCTV.js 1.23 KB +@hashintel/ds-components:build: ESM dist/chunk-JTEQWKZB.js 3.95 KB +@hashintel/ds-components:build: ESM dist/chunk-Y6PTZ6WQ.js 949.00 B +@hashintel/ds-components:build: ESM dist/chunk-TFM37PV7.js 27.08 KB +@hashintel/ds-components:build: ESM dist/chunk-DVO5N3HD.js 384.00 B +@hashintel/ds-components:build: ESM dist/chunk-QSMGPSBX.js 304.00 B +@hashintel/ds-components:build: ESM dist/components/text-mark.js 74.00 B +@hashintel/ds-components:build: ESM dist/chunk-ZTDID2VE.js 138.84 KB +@hashintel/ds-components:build: ESM ⚡️ Build success in 389ms +@hashintel/ds-components:build: node:net:2302 +@hashintel/ds-components:build: const error = new UVExceptionWithHostPort(rval, 'listen', address, port); +@hashintel/ds-components:build: ^ +@hashintel/ds-components:build: +@hashintel/ds-components:build: Error: listen EPERM: operation not permitted /tmp/tsx-501/45917.pipe +@hashintel/ds-components:build: at Server.setupListenHandle [as _listen2] (node:net:2302:21) +@hashintel/ds-components:build: at listenInCluster (node:net:2433:12) +@hashintel/ds-components:build: at Server.listen (node:net:2575:5) +@hashintel/ds-components:build: at file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31537 +@hashintel/ds-components:build: at new Promise () +@hashintel/ds-components:build: at createIpcServer (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:53:31515) +@hashintel/ds-components:build: at async file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/tsx/dist/cli.mjs:55:459 { +@hashintel/ds-components:build: code: 'EPERM', +@hashintel/ds-components:build: errno: -1, +@hashintel/ds-components:build: syscall: 'listen', +@hashintel/ds-components:build: address: '/tmp/tsx-501/45917.pipe', +@hashintel/ds-components:build: port: -1 +@hashintel/ds-components:build: } +@hashintel/ds-components:build: +@hashintel/ds-components:build: Node.js v24.20.0 +@hashintel/ds-components:build: ERROR: "build:lib:dts" exited with 1. +@hashintel/ds-components:build: ERROR: "build:lib" exited with 1. +@hashintel/ds-components#build: WARNING command finished with error, but continuing... +@hashintel/petrinaut:build: cache miss, executing 0618f6648cf532a6 +@hashintel/petrinaut:build: TypeScript 7.0 does not yet have a stable API and is experimental. Some options will be unavailable. +@hashintel/petrinaut:build: Emit types with @typescript/native-preview@7.0.0-dev.20260511.1 +@hashintel/petrinaut:build: vite v8.2.2 building client environment for production... +@hashintel/petrinaut:build: transforming... +@hashintel/petrinaut:build: [plugin vite:react-compiler] (BuildHIR::lowerStatement) Support ThrowStatement inside of try/catch +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): (BuildHIR::lowerStatement) Support ThrowStatement +@hashintel/petrinaut:build: | inside of try/catch +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/simulation/provider.tsx:580:11] +@hashintel/petrinaut:build: 579 | if (!outcome.ok) { +@hashintel/petrinaut:build: 580 | ,-> throw new Error( +@hashintel/petrinaut:build: 581 | | outcome.errors +@hashintel/petrinaut:build: 582 | | .map((scenarioError) => scenarioError.message) +@hashintel/petrinaut:build: 583 | | .join("\n"), +@hashintel/petrinaut:build: 584 | `-> ); +@hashintel/petrinaut:build: 585 | } +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] (BuildHIR::node.lowerReorderableExpression) Expression type `MemberExpression` cannot be safely reordered +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): (BuildHIR::node.lowerReorderableExpression) +@hashintel/petrinaut:build: | Expression type `MemberExpression` cannot be safely reordered +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/execution-frame/provider.tsx:127:16] +@hashintel/petrinaut:build: 126 | startIndex: number, +@hashintel/petrinaut:build: 127 | endIndex = timelinePoints.length, +@hashintel/petrinaut:build: : ^^^^^^^^^^|^^^^^^^^^^ +@hashintel/petrinaut:build: : `-- `MemberExpression` cannot be safely reordered +@hashintel/petrinaut:build: 128 | ): Promise => +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] (BuildHIR::lowerStatement) Handle for-await loops +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): (BuildHIR::lowerStatement) Handle for-await loops +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/optimizations/provider.tsx:544:11] +@hashintel/petrinaut:build: 543 | try { +@hashintel/petrinaut:build: 544 | for await (const event of attach(runId, { +@hashintel/petrinaut:build: : ^^^^^^^^^^^ +@hashintel/petrinaut:build: 545 | cursor: lastSeq, +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] `try`/`finally` without `catch` is not supported by React Compiler +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): `try`/`finally` without `catch` is not supported by +@hashintel/petrinaut:build: | React Compiler +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/playback/provider.tsx:272:7] +@hashintel/petrinaut:build: 271 | playInitializationRef.current = initialization; +@hashintel/petrinaut:build: 272 | try { +@hashintel/petrinaut:build: : ^|^ +@hashintel/petrinaut:build: : `-- Unsupported `try` starts here +@hashintel/petrinaut:build: 273 | await initialization; +@hashintel/petrinaut:build: 274 | } finally { +@hashintel/petrinaut:build: : ^^^^|^^^^ +@hashintel/petrinaut:build: : `-- This `finally` clause requires unsupported control flow +@hashintel/petrinaut:build: 275 | if (playInitializationRef.current === initialization) { +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React Compiler cannot analyze this control flow. Refactor the +@hashintel/petrinaut:build: cleanup to avoid `finally`, or suppress this warning if this +@hashintel/petrinaut:build: function should remain uncompiled +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Logical assignment operators (||=, &&=, ??=) are not yet supported +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not +@hashintel/petrinaut:build: | yet supported +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx:113:3] +@hashintel/petrinaut:build: 112 | const reusableWorkerFactoryRef = useRef(null); +@hashintel/petrinaut:build: 113 | ,-> reusableWorkerFactoryRef.current ??= createReusableWorkerFactory( +@hashintel/petrinaut:build: 114 | | () => workerFactoryRef.current(), +@hashintel/petrinaut:build: 115 | | { +@hashintel/petrinaut:build: 116 | | // A sweep commit releases the whole working set at once: TWO sharded +@hashintel/petrinaut:build: 117 | | // foreground batches (the ladder pipelines its rungs) plus the surface +@hashintel/petrinaut:build: 118 | | // lanes. The pool must hold that set or every commit terminates the +@hashintel/petrinaut:build: 119 | | // overflow and respawns it a moment later. +@hashintel/petrinaut:build: 120 | | maxIdle: +@hashintel/petrinaut:build: 121 | | 2 * (experimentShardCount ?? getDefaultMonteCarloShardCount()) + 8, +@hashintel/petrinaut:build: 122 | | }, +@hashintel/petrinaut:build: 123 | `-> ); +@hashintel/petrinaut:build: 124 | const reusableWorkerFactory = reusableWorkerFactoryRef.current; +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] (BuildHIR::lowerStatement) Support ThrowStatement inside of try/catch +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): (BuildHIR::lowerStatement) Support ThrowStatement +@hashintel/petrinaut:build: | inside of try/catch +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx:533:11] +@hashintel/petrinaut:build: 532 | if (!selection.ok) { +@hashintel/petrinaut:build: 533 | ,-> throw new Error( +@hashintel/petrinaut:build: 534 | | selection.declined +@hashintel/petrinaut:build: 535 | | .map((entry) => `${entry.backendId}: ${entry.reason}`) +@hashintel/petrinaut:build: 536 | | .join("; ") || "No compute backend could run this experiment.", +@hashintel/petrinaut:build: 537 | `-> ); +@hashintel/petrinaut:build: 538 | } +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:535:5] +@hashintel/petrinaut:build: 534 | const [diagnosticsTransportState, setDiagnosticsTransportState] = useState( +@hashintel/petrinaut:build: 535 | ,-> () => ({ +@hashintel/petrinaut:build: 536 | | source: aiAssistant.transport, +@hashintel/petrinaut:build: 537 | | transport: buildWrappedTransport(aiAssistant.transport), +@hashintel/petrinaut:build: 538 | |-> }), +@hashintel/petrinaut:build: : `---- Passing a ref to a function may read its value during render +@hashintel/petrinaut:build: 539 | ); +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1735:5] +@hashintel/petrinaut:build: 1734 | const composerControl = aiAssistant.renderComposerControl?.( +@hashintel/petrinaut:build: 1735 | composerControlContext, +@hashintel/petrinaut:build: : ^^^^^^^^^^^|^^^^^^^^^^ +@hashintel/petrinaut:build: : `-- Passing a ref to a function may read its value during render +@hashintel/petrinaut:build: 1736 | ); +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1737:51] +@hashintel/petrinaut:build: 1736 | ); +@hashintel/petrinaut:build: 1737 | ,-> const voiceMode = aiAssistant.renderVoiceMode?.({ +@hashintel/petrinaut:build: 1738 | | ...composerControlContext, +@hashintel/petrinaut:build: 1739 | | canAcceptVoiceInput: !voiceInputQueued, +@hashintel/petrinaut:build: 1740 | | inputMode: interactionMode, +@hashintel/petrinaut:build: 1741 | | isAiAssistantOpen, +@hashintel/petrinaut:build: 1742 | | registerVoiceModeControls, +@hashintel/petrinaut:build: 1743 | | reportVoiceSessionState, +@hashintel/petrinaut:build: 1744 | | setInputMode: requestInputMode, +@hashintel/petrinaut:build: 1745 | | setVoiceActive, +@hashintel/petrinaut:build: 1746 | | submitVoiceInput, +@hashintel/petrinaut:build: 1747 | |-> }); +@hashintel/petrinaut:build: : `---- Passing a ref to a function may read its value during render +@hashintel/petrinaut:build: 1748 | /* eslint-enable react-hooks-js/refs */ +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] (BuildHIR::lowerStatement) Handle TryStatement with a finalizer ('finally') clause +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): (BuildHIR::lowerStatement) Handle TryStatement with +@hashintel/petrinaut:build: | a finalizer ('finally') clause +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/experiments/create-experiment-drawer.tsx:1014:8] +@hashintel/petrinaut:build: 1013 | } +@hashintel/petrinaut:build: 1014 | } finally { +@hashintel/petrinaut:build: : ^^^^^^^^^ +@hashintel/petrinaut:build: 1015 | if (!cancelled) { +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] (BuildHIR::lowerAssignment) Handle computed properties in ObjectPattern +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): (BuildHIR::lowerAssignment) Handle computed +@hashintel/petrinaut:build: | properties in ObjectPattern +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/SDCPN/use-canvas-interactions.ts:366:19] +@hashintel/petrinaut:build: 365 | if (id in next) { +@hashintel/petrinaut:build: 366 | const { [id]: _, ...rest } = next; +@hashintel/petrinaut:build: : ^^^^^^^ +@hashintel/petrinaut:build: 367 | next = rest; +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] (BuildHIR::lowerExpression) Support UpdateExpression where argument is a global +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): (BuildHIR::lowerExpression) Support UpdateExpression +@hashintel/petrinaut:build: | where argument is a global +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/scenarios/scenario-form.tsx:545:15] +@hashintel/petrinaut:build: 544 | { +@hashintel/petrinaut:build: 545 | _key: nextKey++, +@hashintel/petrinaut:build: : ^^^^^^^^^ +@hashintel/petrinaut:build: 546 | identifier: "", +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/SDCPN/hooks/use-firing-delta.ts:33:7] +@hashintel/petrinaut:build: 32 | // while viewing a later frame +@hashintel/petrinaut:build: 33 | if (previousFiringCount === null || firingCount === previousFiringCount) { +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^^|^^^^^^^^^^^^^ +@hashintel/petrinaut:build: : `-- Cannot access ref value during render +@hashintel/petrinaut:build: 34 | return null; +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/SDCPN/hooks/use-firing-delta.ts:33:7] +@hashintel/petrinaut:build: 32 | // while viewing a later frame +@hashintel/petrinaut:build: 33 | if (previousFiringCount === null || firingCount === previousFiringCount) { +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^^|^^^^^^^^^^^^^ +@hashintel/petrinaut:build: : `-- Cannot access ref value during render +@hashintel/petrinaut:build: 34 | return null; +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/SDCPN/hooks/use-firing-delta.ts:33:7] +@hashintel/petrinaut:build: 32 | // while viewing a later frame +@hashintel/petrinaut:build: 33 | if (previousFiringCount === null || firingCount === previousFiringCount) { +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^^|^^^^^^^^^^^^^ +@hashintel/petrinaut:build: : `-- Cannot access ref value during render +@hashintel/petrinaut:build: 34 | return null; +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/SDCPN/hooks/use-firing-delta.ts:28:31] +@hashintel/petrinaut:build: 27 | /* eslint-disable react-hooks-js/refs -- see the function-level comment. */ +@hashintel/petrinaut:build: 28 | const previousFiringCount = prevFiringCountRef.current; +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^|^^^^^^^^^^^^ +@hashintel/petrinaut:build: : `-- Cannot access ref value during render +@hashintel/petrinaut:build: 29 | +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Cannot access refs during render +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/SDCPN/hooks/use-firing-delta.ts:28:31] +@hashintel/petrinaut:build: 27 | /* eslint-disable react-hooks-js/refs -- see the function-level comment. */ +@hashintel/petrinaut:build: 28 | const previousFiringCount = prevFiringCountRef.current; +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^|^^^^^^^^^^^^ +@hashintel/petrinaut:build: : `-- Cannot access ref value during render +@hashintel/petrinaut:build: 29 | +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:build: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:build: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:build: render can cause your component not to update as expected +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Logical assignment operators (||=, &&=, ??=) are not yet supported +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not +@hashintel/petrinaut:build: | yet supported +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/components/voice-session-indicator.tsx:213:5] +@hashintel/petrinaut:build: 212 | const targetColor = parseColor(window.getComputedStyle(canvas).color); +@hashintel/petrinaut:build: 213 | colorRef.current ??= targetColor; +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@hashintel/petrinaut:build: 214 | +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Logical assignment operators (||=, &&=, ??=) are not yet supported +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not +@hashintel/petrinaut:build: | yet supported +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/components/contour-surface.tsx:106:5] +@hashintel/petrinaut:build: 105 | } +@hashintel/petrinaut:build: 106 | paintStateRef.current ??= createPaintState(); +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@hashintel/petrinaut:build: 107 | const state = paintStateRef.current; +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:react-compiler] Logical assignment operators (||=, &&=, ??=) are not yet supported +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not +@hashintel/petrinaut:build: | yet supported +@hashintel/petrinaut:build: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/experiments/experiment-metric-timeline/use-metric-plot.ts:127:5] +@hashintel/petrinaut:build: 126 | const pending = pendingRef.current; +@hashintel/petrinaut:build: 127 | pending.epochChange ||= contentEpoch !== contentRef.current.epoch; +@hashintel/petrinaut:build: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@hashintel/petrinaut:build: 128 | contentRef.current = { frames, plotData, epoch: contentEpoch }; +@hashintel/petrinaut:build: `---- +@hashintel/petrinaut:build: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:build: Compiler +@hashintel/petrinaut:build: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v3/locales/en.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/az.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/cs.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ko.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/bg.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ca.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/sl.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/lt.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/da.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/hr.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/he.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/mk.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ka.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ja.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/de.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/kh.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/el.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/km.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ms.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/en.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/it.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/nl.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/eo.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/pt.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/yo.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/hu.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/es.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ro.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/uz.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/fa.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ru.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ur.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/hy.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/id.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/fi.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/vi.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/fr.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/zh-CN.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/zh-TW.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/is.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/fr-CA.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/th.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ps.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ta.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/no.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/pl.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/tr.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/sv.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ua.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/uk.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ar.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/be.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: [plugin rolldown-plugin-dts:fake-js] /Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/zod/v4/locales/ota.d.cts uses CommonJS dts syntax. CommonJS dts modules cannot be bundled by rolldown-plugin-dts. Please mark this module as external in your Rolldown config. +@hashintel/petrinaut:build: ✓ 2232 modules transformed. +@hashintel/petrinaut:build: ✗ Build failed in 1.76s +@hashintel/petrinaut:build: error during build: +@hashintel/petrinaut:build: Build failed with 1 error: +@hashintel/petrinaut:build: +@hashintel/petrinaut:build: [plugin vite:css] /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/index.css:undefined:NaN +@hashintel/petrinaut:build: Error: [postcss] Please pass in filename to use require +@hashintel/petrinaut:build: at filenameRequired (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/node-eval/index.js:171:11) +@hashintel/petrinaut:build: at Object. (:28:26) +@hashintel/petrinaut:build: at _commonjsEval (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/node-eval/index.js:80:21) +@hashintel/petrinaut:build: at module.exports (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/node-eval/index.js:36:19) +@hashintel/petrinaut:build: at bundleNRequire (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/bundle-n-require/dist/index.js:83:38) +@hashintel/petrinaut:build: at process.processTicksAndRejections (node:internal/process/task_queues:104:5) +@hashintel/petrinaut:build: at async bundle (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/@pandacss/config/dist/index.js:86:33) +@hashintel/petrinaut:build: at async bundleConfig (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/@pandacss/config/dist/index.js:100:18) +@hashintel/petrinaut:build: at async loadConfig (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/@pandacss/config/dist/index.js:1069:18) +@hashintel/petrinaut:build: at async loadConfigAndCreateContext (/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/@pandacss/node/dist/index.js:2366:16) +@hashintel/petrinaut:build: at aggregateBindingErrorsIntoJsError (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/rolldown/dist/shared/error-HDibX49O.mjs:48:18) +@hashintel/petrinaut:build: at unwrapBindingResult (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/rolldown/dist/shared/error-HDibX49O.mjs:18:128) +@hashintel/petrinaut:build: at #build (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/rolldown/dist/shared/rolldown-C9Hfg50O.mjs:133:34) +@hashintel/petrinaut:build: at async buildEnvironment (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/vite/dist/node/chunks/node.js:33821:66) +@hashintel/petrinaut:build: at async Object.build (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/vite/dist/node/chunks/node.js:34242:19) +@hashintel/petrinaut:build: at async Object.buildApp (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/vite/dist/node/chunks/node.js:34239:153) +@hashintel/petrinaut:build: at async CAC. (file:///Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/vite/dist/node/cli.js:776:3) { +@hashintel/petrinaut:build: errors: [Getter/Setter] +@hashintel/petrinaut:build: } +@hashintel/petrinaut#build: WARNING command finished with error, but continuing... +@apps/petrinaut-website:lint:tsc: cache miss, executing 610a5f5c02c6925a +@apps/petrinaut-website:lint:tsc: src/main/app/local-storage-demo/transition-record.test.ts(20,60): error TS2322: Type 'Mock<() => { applied: boolean; }>' is not assignable to type '() => AiToolOutput'. +@apps/petrinaut-website:lint:tsc: Type '{ applied: boolean; }' is not assignable to type 'AiToolOutput'. +@apps/petrinaut-website:lint:tsc: Type '{ applied: boolean; }' is not assignable to type 'AiToolSummary & { applied: true; }'. +@apps/petrinaut-website:lint:tsc: Property 'title' is missing in type '{ applied: boolean; }' but required in type 'AiToolSummary'. +@apps/petrinaut-website:lint:tsc: src/main/app/local-storage-demo/transition-record.ts(50,9): error TS2322: Type '(call: ({ toolName: "addArc"; input: { placeId?: string | undefined; endpoint?: { kind: "place"; placeId: string; } | { kind: "componentPort"; componentInstanceId: string; portPlaceId: string; } | undefined; ... 4 more ...; targetSubnetId?: string | ... 1 more ... | undefined; }; } | ... 39 more ... | { ...; }) & { ...' is not assignable to type 'PetrinautAiMutationExecutor'. +@apps/petrinaut-website:lint:tsc: Type '{ applied: boolean; reason: string; } | (AiToolSummary & { applied: true; })' is not assignable to type 'AiToolOutput'. +@apps/petrinaut-website:lint:tsc: Type '{ applied: boolean; reason: string; }' is not assignable to type 'AiToolOutput'. +@apps/petrinaut-website:lint:tsc: Type '{ applied: boolean; reason: string; }' is not assignable to type 'AiToolDeclinedOutput'. +@apps/petrinaut-website:lint:tsc: Types of property 'applied' are incompatible. +@apps/petrinaut-website:lint:tsc: Type 'boolean' is not assignable to type 'false'. +@apps/petrinaut-website:lint:tsc: src/main/app/local-storage-demo/transition-record.ts(80,49): error TS2322: Type '{ applied: boolean; reason: string; }' is not assignable to type 'AiToolOutput | undefined'. +@apps/petrinaut-website:lint:tsc: Type '{ applied: boolean; reason: string; }' is not assignable to type 'AiToolBlockedOutput | AiToolDeclinedOutput | (AiToolSummary & { applied: true; })'. +@apps/petrinaut-website:lint:tsc: Type '{ applied: boolean; reason: string; }' is not assignable to type 'AiToolDeclinedOutput'. +@apps/petrinaut-website:lint:tsc: Types of property 'applied' are incompatible. +@apps/petrinaut-website:lint:tsc: Type 'boolean' is not assignable to type 'false'. +@apps/petrinaut-website#lint:tsc: WARNING command finished with error, but continuing... +@apps/petrinaut-website:lint:eslint: cache miss, executing ed626a2994a19afa +@apps/petrinaut-website:lint:eslint: +@apps/petrinaut-website:lint:eslint: ! react-hooks-js(set-state-in-effect): Error: Calling setState synchronously within an effect can trigger cascading renders +@apps/petrinaut-website:lint:eslint: | +@apps/petrinaut-website:lint:eslint: | Effects are intended to synchronize state between React and external systems such as manually updating the DOM, state management libraries, or other platform APIs. In general, the body of an effect should do one or both of the following: +@apps/petrinaut-website:lint:eslint: | * Update external systems with the latest state from React. +@apps/petrinaut-website:lint:eslint: | * Subscribe for updates from some external system, calling setState in a callback function when external state changes. +@apps/petrinaut-website:lint:eslint: | +@apps/petrinaut-website:lint:eslint: | Calling setState synchronously within an effect body causes cascading renders that can hurt performance, and is not recommended. (https://react.dev/learn/you-might-not-need-an-effect). +@apps/petrinaut-website:lint:eslint: | +@apps/petrinaut-website:lint:eslint: | /Users/lunelson/.herdr/worktrees/hash/charlie/apps/petrinaut-website/src/main/app/voice-interview/voice-interview-control.tsx:627:9 +@apps/petrinaut-website:lint:eslint: | 625 | handledVoiceSelectionRef.current = false; +@apps/petrinaut-website:lint:eslint: | 626 | if (!active) { +@apps/petrinaut-website:lint:eslint: | > 627 | setShowDisclosure(false); +@apps/petrinaut-website:lint:eslint: | | ^^^^^^^^^^^^^^^^^ Avoid calling setState() directly within an effect +@apps/petrinaut-website:lint:eslint: | 628 | } +@apps/petrinaut-website:lint:eslint: | 629 | return; +@apps/petrinaut-website:lint:eslint: | 630 | } +@apps/petrinaut-website:lint:eslint: ,-[src/main/app/voice-interview/voice-interview-control.tsx:627:9] +@apps/petrinaut-website:lint:eslint: 626 | if (!active) { +@apps/petrinaut-website:lint:eslint: 627 | setShowDisclosure(false); +@apps/petrinaut-website:lint:eslint: : ^^^^^^^^^^^^^^^^^ +@apps/petrinaut-website:lint:eslint: 628 | } +@apps/petrinaut-website:lint:eslint: `---- +@apps/petrinaut-website:lint:eslint: +@apps/petrinaut-website:lint:eslint: x typescript(no-unnecessary-condition): Unnecessary comparison between literal values. +@apps/petrinaut-website:lint:eslint: ,-[src/main/app/local-storage-demo/transition-record.ts:52:39] +@apps/petrinaut-website:lint:eslint: 51 | const request = structuredClone(requestFor(call.toolCallId)); +@apps/petrinaut-website:lint:eslint: 52 | if (call.toolName !== "addArc" || request.toolName !== call.toolName || request.toolCallId !== call.toolCallId || canonicalContent(request.input) !== canonicalContent(call.input)) { +@apps/petrinaut-website:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@apps/petrinaut-website:lint:eslint: 53 | throw new Error("The transition request does not match the canonical tool call."); +@apps/petrinaut-website:lint:eslint: `---- +@apps/petrinaut-website:lint:eslint: +@apps/petrinaut-website:lint:eslint: Found 1 warning and 1 error. +@apps/petrinaut-website:lint:eslint: Finished in 4.2s on 126 files with 201 rules using 16 threads. +@apps/petrinaut-website#lint:eslint: WARNING command finished with error, but continuing... +@hashintel/petrinaut:lint:eslint: cache miss, executing 1bfc9ac81c4f2337 +@hashintel/petrinaut:lint:eslint: +@hashintel/petrinaut:lint:eslint: x typescript(no-unsafe-assignment): Unsafe assignment of an any value. +@hashintel/petrinaut:lint:eslint: ,-[src/ui/views/Editor/panels/ai-assistant-panel.test.tsx:285:157] +@hashintel/petrinaut:lint:eslint: 284 | expect(observedNames).toEqual(["PlaceOne", "ObservedPlace"]); +@hashintel/petrinaut:lint:eslint: 285 | expect(messages.flatMap((message) => message.parts)).toContainEqual(expect.objectContaining({ toolCallId: "a3-panel-call", state: "output-available", output: expect.objectContaining({ applied: true }) })); +@hashintel/petrinaut:lint:eslint: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@hashintel/petrinaut:lint:eslint: 286 | return streamChunks([...textChunks("a3-reply", "Continued after observation."), { type: "finish", finishReason: "stop" }]); +@hashintel/petrinaut:lint:eslint: `---- +@hashintel/petrinaut:lint:eslint: +@hashintel/petrinaut:lint:eslint: Found 0 warnings and 1 error. +@hashintel/petrinaut:lint:eslint: Finished in 13.9s on 532 files with 202 rules using 16 threads. +@hashintel/petrinaut#lint:eslint: WARNING command finished with error, but continuing... +@hashintel/petrinaut:test:unit: cache miss, executing 6286905de83f721a +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: RUN v4.1.10 /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: 11:42:37 AM [vite] (client) warning: (BuildHIR::lowerStatement) Handle for-await loops +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): (BuildHIR::lowerStatement) Handle for-await loops +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/optimizations/provider.tsx:544:11] +@hashintel/petrinaut:test:unit: 543 | try { +@hashintel/petrinaut:test:unit: 544 | for await (const event of attach(runId, { +@hashintel/petrinaut:test:unit: : ^^^^^^^^^^^ +@hashintel/petrinaut:test:unit: 545 | cursor: lastSeq, +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/optimizations/provider.tsx +@hashintel/petrinaut:test:unit: 11:42:37 AM [vite] (client) warning: Logical assignment operators (||=, &&=, ??=) are not yet supported +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not +@hashintel/petrinaut:test:unit: | yet supported +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx:113:3] +@hashintel/petrinaut:test:unit: 112 | const reusableWorkerFactoryRef = useRef(null); +@hashintel/petrinaut:test:unit: 113 | ,-> reusableWorkerFactoryRef.current ??= createReusableWorkerFactory( +@hashintel/petrinaut:test:unit: 114 | | () => workerFactoryRef.current(), +@hashintel/petrinaut:test:unit: 115 | | { +@hashintel/petrinaut:test:unit: 116 | | // A sweep commit releases the whole working set at once: TWO sharded +@hashintel/petrinaut:test:unit: 117 | | // foreground batches (the ladder pipelines its rungs) plus the surface +@hashintel/petrinaut:test:unit: 118 | | // lanes. The pool must hold that set or every commit terminates the +@hashintel/petrinaut:test:unit: 119 | | // overflow and respawns it a moment later. +@hashintel/petrinaut:test:unit: 120 | | maxIdle: +@hashintel/petrinaut:test:unit: 121 | | 2 * (experimentShardCount ?? getDefaultMonteCarloShardCount()) + 8, +@hashintel/petrinaut:test:unit: 122 | | }, +@hashintel/petrinaut:test:unit: 123 | `-> ); +@hashintel/petrinaut:test:unit: 124 | const reusableWorkerFactory = reusableWorkerFactoryRef.current; +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx +@hashintel/petrinaut:test:unit: 11:42:37 AM [vite] (client) warning: (BuildHIR::lowerStatement) Support ThrowStatement inside of try/catch +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): (BuildHIR::lowerStatement) Support ThrowStatement +@hashintel/petrinaut:test:unit: | inside of try/catch +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx:533:11] +@hashintel/petrinaut:test:unit: 532 | if (!selection.ok) { +@hashintel/petrinaut:test:unit: 533 | ,-> throw new Error( +@hashintel/petrinaut:test:unit: 534 | | selection.declined +@hashintel/petrinaut:test:unit: 535 | | .map((entry) => `${entry.backendId}: ${entry.reason}`) +@hashintel/petrinaut:test:unit: 536 | | .join("; ") || "No compute backend could run this experiment.", +@hashintel/petrinaut:test:unit: 537 | `-> ); +@hashintel/petrinaut:test:unit: 538 | } +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/experiments/provider.tsx +@hashintel/petrinaut:test:unit: 11:42:37 AM [vite] (client) warning: `try`/`finally` without `catch` is not supported by React Compiler +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): `try`/`finally` without `catch` is not supported by +@hashintel/petrinaut:test:unit: | React Compiler +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/playback/provider.tsx:272:7] +@hashintel/petrinaut:test:unit: 271 | playInitializationRef.current = initialization; +@hashintel/petrinaut:test:unit: 272 | try { +@hashintel/petrinaut:test:unit: : ^|^ +@hashintel/petrinaut:test:unit: : `-- Unsupported `try` starts here +@hashintel/petrinaut:test:unit: 273 | await initialization; +@hashintel/petrinaut:test:unit: 274 | } finally { +@hashintel/petrinaut:test:unit: : ^^^^|^^^^ +@hashintel/petrinaut:test:unit: : `-- This `finally` clause requires unsupported control flow +@hashintel/petrinaut:test:unit: 275 | if (playInitializationRef.current === initialization) { +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: React Compiler cannot analyze this control flow. Refactor the +@hashintel/petrinaut:test:unit: cleanup to avoid `finally`, or suppress this warning if this +@hashintel/petrinaut:test:unit: function should remain uncompiled +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/playback/provider.tsx +@hashintel/petrinaut:test:unit: 11:42:39 AM [vite] (client) warning: Cannot access refs during render +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:535:5] +@hashintel/petrinaut:test:unit: 534 | const [diagnosticsTransportState, setDiagnosticsTransportState] = useState( +@hashintel/petrinaut:test:unit: 535 | ,-> () => ({ +@hashintel/petrinaut:test:unit: 536 | | source: aiAssistant.transport, +@hashintel/petrinaut:test:unit: 537 | | transport: buildWrappedTransport(aiAssistant.transport), +@hashintel/petrinaut:test:unit: 538 | |-> }), +@hashintel/petrinaut:test:unit: : `---- Passing a ref to a function may read its value during render +@hashintel/petrinaut:test:unit: 539 | ); +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:test:unit: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:test:unit: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:test:unit: render can cause your component not to update as expected +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +@hashintel/petrinaut:test:unit: 11:42:39 AM [vite] (client) warning: Cannot access refs during render +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1735:5] +@hashintel/petrinaut:test:unit: 1734 | const composerControl = aiAssistant.renderComposerControl?.( +@hashintel/petrinaut:test:unit: 1735 | composerControlContext, +@hashintel/petrinaut:test:unit: : ^^^^^^^^^^^|^^^^^^^^^^ +@hashintel/petrinaut:test:unit: : `-- Passing a ref to a function may read its value during render +@hashintel/petrinaut:test:unit: 1736 | ); +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:test:unit: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:test:unit: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:test:unit: render can cause your component not to update as expected +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +@hashintel/petrinaut:test:unit: 11:42:39 AM [vite] (client) warning: Cannot access refs during render +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Refs): Cannot access refs during render +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx:1737:51] +@hashintel/petrinaut:test:unit: 1736 | ); +@hashintel/petrinaut:test:unit: 1737 | ,-> const voiceMode = aiAssistant.renderVoiceMode?.({ +@hashintel/petrinaut:test:unit: 1738 | | ...composerControlContext, +@hashintel/petrinaut:test:unit: 1739 | | canAcceptVoiceInput: !voiceInputQueued, +@hashintel/petrinaut:test:unit: 1740 | | inputMode: interactionMode, +@hashintel/petrinaut:test:unit: 1741 | | isAiAssistantOpen, +@hashintel/petrinaut:test:unit: 1742 | | registerVoiceModeControls, +@hashintel/petrinaut:test:unit: 1743 | | reportVoiceSessionState, +@hashintel/petrinaut:test:unit: 1744 | | setInputMode: requestInputMode, +@hashintel/petrinaut:test:unit: 1745 | | setVoiceActive, +@hashintel/petrinaut:test:unit: 1746 | | submitVoiceInput, +@hashintel/petrinaut:test:unit: 1747 | |-> }); +@hashintel/petrinaut:test:unit: : `---- Passing a ref to a function may read its value during render +@hashintel/petrinaut:test:unit: 1748 | /* eslint-enable react-hooks-js/refs */ +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: React refs are values that are not needed for rendering. Refs should +@hashintel/petrinaut:test:unit: only be accessed outside of render, such as in event handlers or +@hashintel/petrinaut:test:unit: effects. Accessing a ref value (the `current` property) during +@hashintel/petrinaut:test:unit: render can cause your component not to update as expected +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/ai-assistant-panel.tsx +@hashintel/petrinaut:test:unit: 11:42:39 AM [vite] (client) warning: (BuildHIR::lowerStatement) Handle TryStatement with a finalizer ('finally') clause +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): (BuildHIR::lowerStatement) Handle TryStatement with +@hashintel/petrinaut:test:unit: | a finalizer ('finally') clause +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/experiments/create-experiment-drawer.tsx:1014:8] +@hashintel/petrinaut:test:unit: 1013 | } +@hashintel/petrinaut:test:unit: 1014 | } finally { +@hashintel/petrinaut:test:unit: : ^^^^^^^^^ +@hashintel/petrinaut:test:unit: 1015 | if (!cancelled) { +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/experiments/create-experiment-drawer.tsx +@hashintel/petrinaut:test:unit: 11:42:39 AM [vite] (client) warning: Logical assignment operators (||=, &&=, ??=) are not yet supported +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): Logical assignment operators (||=, &&=, ??=) are not +@hashintel/petrinaut:test:unit: | yet supported +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/components/voice-session-indicator.tsx:213:5] +@hashintel/petrinaut:test:unit: 212 | const targetColor = parseColor(window.getComputedStyle(canvas).color); +@hashintel/petrinaut:test:unit: 213 | colorRef.current ??= targetColor; +@hashintel/petrinaut:test:unit: : ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ +@hashintel/petrinaut:test:unit: 214 | +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/components/voice-session-indicator.tsx +@hashintel/petrinaut:test:unit: 11:42:39 AM [vite] (client) warning: (BuildHIR::node.lowerReorderableExpression) Expression type `MemberExpression` cannot be safely reordered +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): (BuildHIR::node.lowerReorderableExpression) +@hashintel/petrinaut:test:unit: | Expression type `MemberExpression` cannot be safely reordered +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/execution-frame/provider.tsx:127:16] +@hashintel/petrinaut:test:unit: 126 | startIndex: number, +@hashintel/petrinaut:test:unit: 127 | endIndex = timelinePoints.length, +@hashintel/petrinaut:test:unit: : ^^^^^^^^^^|^^^^^^^^^^ +@hashintel/petrinaut:test:unit: : `-- `MemberExpression` cannot be safely reordered +@hashintel/petrinaut:test:unit: 128 | ): Promise => +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/execution-frame/provider.tsx +@hashintel/petrinaut:test:unit: 11:42:40 AM [vite] (client) warning: (BuildHIR::lowerStatement) Support ThrowStatement inside of try/catch +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): (BuildHIR::lowerStatement) Support ThrowStatement +@hashintel/petrinaut:test:unit: | inside of try/catch +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/simulation/provider.tsx:580:11] +@hashintel/petrinaut:test:unit: 579 | if (!outcome.ok) { +@hashintel/petrinaut:test:unit: 580 | ,-> throw new Error( +@hashintel/petrinaut:test:unit: 581 | | outcome.errors +@hashintel/petrinaut:test:unit: 582 | | .map((scenarioError) => scenarioError.message) +@hashintel/petrinaut:test:unit: 583 | | .join("\n"), +@hashintel/petrinaut:test:unit: 584 | `-> ); +@hashintel/petrinaut:test:unit: 585 | } +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/react/simulation/provider.tsx +@hashintel/petrinaut:test:unit: 11:42:41 AM [vite] (client) warning: (BuildHIR::lowerExpression) Support UpdateExpression where argument is a global +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ! react-compiler(Todo): (BuildHIR::lowerExpression) Support UpdateExpression +@hashintel/petrinaut:test:unit: | where argument is a global +@hashintel/petrinaut:test:unit: ,-[/Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/scenarios/scenario-form.tsx:545:15] +@hashintel/petrinaut:test:unit: 544 | { +@hashintel/petrinaut:test:unit: 545 | _key: nextKey++, +@hashintel/petrinaut:test:unit: : ^^^^^^^^^ +@hashintel/petrinaut:test:unit: 546 | identifier: "", +@hashintel/petrinaut:test:unit: `---- +@hashintel/petrinaut:test:unit: help: Rewrite the highlighted code using syntax supported by React +@hashintel/petrinaut:test:unit: Compiler +@hashintel/petrinaut:test:unit: note: React Compiler skipped optimizing this component or hook +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Plugin: vite:react-compiler +@hashintel/petrinaut:test:unit: File: /Users/lunelson/.herdr/worktrees/hash/charlie/libs/@hashintel/petrinaut/src/ui/views/Editor/panels/SimulateView/scenarios/scenario-form.tsx +@hashintel/petrinaut:test:unit: ❯ panda.config.shared.test.ts (6 tests | 2 failed) 6ms +@hashintel/petrinaut:test:unit: × resolves the shipped ds-components Panda build-info file from the consumer module 2ms +@hashintel/petrinaut:test:unit: × resolves to an existing build-info artifact 0ms +@hashintel/petrinaut:test:unit: ❯ src/ui/views/Editor/panels/ai-assistant-panel.test.tsx (59 tests | 1 failed) 5764ms +@hashintel/petrinaut:test:unit: × runs the host mutation boundary once before matching output insertion and continuation in StrictMode 1067ms +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ⎯⎯⎯⎯⎯⎯⎯ Failed Tests 3 ⎯⎯⎯⎯⎯⎯⎯ +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: FAIL panda.config.shared.test.ts > createNodeSpecifierResolver > resolves the shipped ds-components Panda build-info file from the consumer module +@hashintel/petrinaut:test:unit: FAIL panda.config.shared.test.ts > createNodeSpecifierResolver > resolves to an existing build-info artifact +@hashintel/petrinaut:test:unit: Error: Cannot find module '/Users/lunelson/.herdr/worktrees/hash/charlie/node_modules/@hashintel/ds-components/dist/panda.buildinfo.json' +@hashintel/petrinaut:test:unit: ❯ panda.config.shared.ts:22:41 +@hashintel/petrinaut:test:unit: 20| const require = createRequire(moduleLocation); +@hashintel/petrinaut:test:unit: 21| +@hashintel/petrinaut:test:unit: 22| return (specifier: string) => require.resolve(specifier); +@hashintel/petrinaut:test:unit: | ^ +@hashintel/petrinaut:test:unit: 23| }; +@hashintel/petrinaut:test:unit: 24| +@hashintel/petrinaut:test:unit: ❯ resolveDsComponentsBuildInfoPath panda.config.shared.ts:27:6 +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: ⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯⎯[1/3]⎯ +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: FAIL src/ui/views/Editor/panels/ai-assistant-panel.test.tsx > AiAssistantPanel composer submissions > runs the host mutation boundary once before matching output insertion and continuation in StrictMode +@hashintel/petrinaut:test:unit: AssertionError: expected "vi.fn()" to be called once, but got 0 times +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: Ignored nodes: comments, script, style +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit: +@hashintel/petrinaut:test:unit:
+@hashintel/petrinaut:test:unit: