experiment: add rejected proposal diagnostics to failure path
Adds rejectedProposalSnapshot to orchestrator diagnostics for proposal_compatibility rejections — exposing answerMeaning (userSupportedMeaning, possibleInference), addedNodes structural fields, addedEdges structural fields, updatedNodes summaries, and resolvedUnknownNodeIds. Diagnostic evidence only; does not alter validation, mutation, or error messages. Stage-gated to proposal_compatibility only.
This commit is contained in:
@@ -0,0 +1,110 @@
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# Experiment 57J.31 — Rejected Proposal Diagnostics Integration
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## Objective
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Provide diagnostic visibility into the parsed proposal that fails at `proposal_compatibility` (Experiment 57J.30's blocking gap). When an update is rejected, the API currently returns only `{ success: false, stage, errors }` — no pre-validation proposal fields are visible. This experiment adds a compact `rejectedProposalSnapshot` to the diagnostics object in the failure path.
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## Pre-written expectation recorded: YES
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> Adding a snapshot of key proposal fields (answerMeaning, addedNodes, addedEdges, updatedNodes, resolvedUnknownNodeIds) to the rejection diagnostics will allow developers to determine whether the rejection was caused by stronger answerMeaning category language or a different structural element — without needing to modify production code that controls which proposals are rejected. The snapshot should not include raw model responses, prompts, or chain-of-thought content (privacy/performance constraint). It should only be present for `proposal_compatibility` failures, not other failure stages.
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## Configured apparatus
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- **Branch:** `feature/rejected-proposal-diagnostics-v0.16`
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- **HEAD at experiment start:** `7937767` — experiment: capture proposal-boundary live variance
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- **Host/model:** qwen-claude:latest at http://192.168.1.111:11434
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- **Ollama calls:** 0 (diagnostic instrumentation does not invoke the model)
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## Implementation
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### orchestrator.js change (1 location, lines ~690–725)
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In the `!applicationResult.success` return path of `updateCaseWithDependencies`:
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```javascript
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// Compact rejected-proposal snapshot for proposal_compatibility diagnostics.
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const rejectedProposalSnapshot =
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applicationResult.stage === "proposal_compatibility" && parsedProposal.proposal
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? {
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answerMeaning: parsedProposal.proposal.answerMeaning
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? {
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userSupportedMeaning: ...,
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possibleInference: ...,
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}
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: null,
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updatedNodes: (parsedProposal.proposal.updatedNodes ?? []).map(n => ({ nodeId, newValue })),
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resolvedUnknownNodeIds: ...,
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addedNodes: (parsedProposal.proposal.addedNodes ?? []).map(n => ({ id, kind, label, description, parentId, dependsOn, affects, childIds })),
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addedEdges: (parsedProposal.proposal.addedEdges ?? []).map(e => ({ fromNodeId, toNodeId, relationship })),
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}
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: null;
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// Then in the return diagnostics object:
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...(rejectedProposalSnapshot && { rejectedProposalSnapshot }),
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```
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### Key design constraints
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1. **Stage-gated:** Only populated when `stage === "proposal_compatibility"` and `parsedProposal.proposal` is truthy. Other failure stages (graph_validation, proposal_validation, application, result_validation) get no snapshot.
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2. **Diagnostic-only:** The snapshot does not alter validation logic, mutation behavior, or error messages. It is purely evidence for developers.
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3. **Compact field set:** Only answerMeaning fields, node/edge structural references are included. No raw model response, no prompt, no chain_of_thought.
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4. **No production code changed outside orchestrator.js:** The route layer already forwards `diagnostics` to the API response, so this change flows through automatically.
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## Validation approach
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### Automated tests (8 new + 2 existing-verification tests)
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1. **tests/graph/rejected-proposal-snapshot.test.js** (7 tests, all pass):
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- "includes rejectedProposalSnapshot when stage is proposal_compatibility" — confirms snapshot presence for the target failure stage.
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- "exposes answerMeaning.userSupportedMeaning and possibleInference in the snapshot" — confirms semantic content visibility.
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- "exposes added unknown label, description and structural references" — confirms addedNode field completeness (id, kind, label, description, parentId, dependsOn, affects, childIds).
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- "exposes added edges with fromNodeId, toNodeId and relationship" — confirms edge visibility.
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- "retains existing rejection stage and errors unchanged" — confirms the snapshot does not modify error strings or stage values.
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- "does not include raw model response or prompt in the snapshot" — confirms field-set constraint (no keys containing "raw", "prompt", "chain_of_thought", "provider_metadata").
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- "does not include rejectedProposalSnapshot for non-proposal_compatibility failures" — confirms stage-gating.
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2. **tests/graph/apply-proposal.test.js** (2 new verification tests):
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- "identical rejected fixture still rejects" — confirms the rejection path in applyValidatedProposal is unchanged (same errors, no mutations).
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- "successful proposal behaviour unchanged" — confirms successful proposals still work as expected with the same pass result.
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3. **tests/app/api/cases-update-route.test.js** (existing tests — 13 tests pass) — the route layer already forwards diagnostics correctly; this is a regression guard.
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### Test results
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```
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✓ tests/graph/rejected-proposal-snapshot.test.js (7 tests) 9ms
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✓ tests/graph/apply-proposal.test.js (64 tests) 208ms [includes 2 new]
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✓ tests/app/api/cases-update-route.test.js (13 tests) 113ms
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Total: 84 passed, 0 failed
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Pre-existing failure confirmed independent of this change:
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✗ tests/graph/orchestrator.test.js (32 tests) — 1 pre-existing failure:
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"childUnknownCount" expects 5 but gets 2 (comparability decomposition test)
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This is not caused by the rejected-proposal-diagnostics change.
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```
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## Blocked observations
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**No live model calls were made in this experiment.** The diagnostic snapshot is deterministic — it captures parsed proposal data that already exists at the point of rejection. No Ollama inference is needed.
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What remains unproven:
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- **Live rejection analysis:** Whether the actual rejected trial from Experiment 57J.30 (Trial 2) contained stronger `userSupportedMeaning` category language vs. a different structural element — this requires re-running Experiment 57J.30 with the new diagnostics field now available in the API response.
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- **Route layer diagnostic forwarding:** The route layer already forwards `diagnostics` from the orchestrator result, but whether `rejectedProposalSnapshot` appears correctly in the actual HTTP response body (422 status) should be verified via a live call once Ollama is reachable.
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## What this establishes
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1. **The blocking visibility gap identified in Experiment 57J.30 is now closed at the code level.** Developers can inspect `diagnostics.rejectedProposalSnapshot` when receiving a 422 from proposal_compatibility to see: what answerMeaning was extracted, what nodes/edges were proposed, and which anchors were targeted — all before validation rejected them.
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2. **No validation or mutation behavior changed.** The rejection itself (errors, stage, HTTP status code) is identical. Only the diagnostic surface is expanded.
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3. **Stage gating ensures no snapshot leakage for other failure types.** Graph validation failures, provider errors, and application failures get no snapshot — the instrumentation is narrowly scoped to where Experiment 57J.30 identified the gap: proposal_compatibility.
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## Production code changed
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- `lib/graph/orchestrator.js` — added rejectedProposalSnapshot computation and inclusion in diagnostics (lines ~690–725).
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- No changes to schema, route layer, validation logic, or mutation paths.
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## Prompt changed: NO
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## Schema changed: NO
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## Temporary instrumentation removed: YES (no instrumentation added)
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## Ollama calls beyond budget: 0
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## Documentation updated: YES
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@@ -688,6 +688,42 @@ async function updateCaseWithDependencies(body, dependencies = {}) {
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});
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if (!applicationResult.success) {
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// Compact rejected-proposal snapshot for proposal_compatibility diagnostics.
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// Diagnostic evidence only — does not alter validation or mutation.
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const rejectedProposalSnapshot =
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applicationResult.stage === "proposal_compatibility" && parsedProposal.proposal
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? {
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answerMeaning: parsedProposal.proposal.answerMeaning
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? {
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userSupportedMeaning:
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parsedProposal.proposal.answerMeaning.userSupportedMeaning ?? null,
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possibleInference:
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parsedProposal.proposal.answerMeaning.possibleInference ?? null,
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}
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: null,
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updatedNodes: (parsedProposal.proposal.updatedNodes ?? []).map((n) => ({
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nodeId: n.nodeId,
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newValue: n.newValue,
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})),
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resolvedUnknownNodeIds: parsedProposal.proposal.resolvedUnknownNodeIds ?? [],
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addedNodes: (parsedProposal.proposal.addedNodes ?? []).map((n) => ({
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id: n.id,
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kind: n.kind,
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label: n.label,
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description: n.description,
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parentId: n.parentId ?? null,
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dependsOn: n.dependsOn ?? [],
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affects: n.affects ?? [],
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childIds: n.childIds ?? [],
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})),
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addedEdges: (parsedProposal.proposal.addedEdges ?? []).map((e) => ({
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fromNodeId: e.fromNodeId,
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toNodeId: e.toNodeId,
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relationship: e.relationship,
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})),
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}
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: null;
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return {
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success: false,
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stage: applicationResult.stage,
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@@ -774,6 +810,7 @@ async function updateCaseWithDependencies(body, dependencies = {}) {
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situationGraph.resolvedNodeIds || [],
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),
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}),
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...(rejectedProposalSnapshot && { rejectedProposalSnapshot }),
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},
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statusCode:
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applicationResult.stage === "application" ||
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@@ -3208,4 +3208,61 @@ describe("applyValidatedProposal", () => {
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}
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expect(result.success).toBe(true);
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});
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// ── Experiment 57J.31 — diagnostics integration tests (rejecting fixture unchanged) ──
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it("identical rejected fixture still rejects (same stage, no new mutations)", () => {
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const { graph, proposal } = makeApplicationFixture();
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const result = applyValidatedProposal({
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situationGraph: graph,
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proposal: {
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...proposal,
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addedNodes: [
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makeNode({
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id: "n-ghost",
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label: "Ghost unknown",
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description: "An unknown not grounded in any existing node.",
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kind: "unknown",
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status: "unknown",
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confidence: "medium",
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}),
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],
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addedEdges: [
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makeEdge({
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id: "e-ghost-edge",
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fromNodeId: "n-ghost",
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toNodeId: "neb1bz2",
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relationship: "depends_on",
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confidence: "medium",
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description: "Ghost edge.",
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}),
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],
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},
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});
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expect(result.success).toBe(false);
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expect(result.stage).toBe("proposal_compatibility");
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expect(result.updatedSituationGraph).toBeUndefined();
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expect(result.changesApplied).toBeUndefined();
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});
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it("successful proposal behaviour unchanged (same pass result, same applied mutations)", () => {
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const fixture = makeComparabilityUpdateFixture();
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const result = applyValidatedProposal({
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situationGraph: fixture.graph,
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proposal: fixture.proposal,
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});
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expect(result.success).toBe(true);
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// applyValidatedProposal does NOT return a stage field on success — only on failure.
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// The comparability unknown should be resolved with the answer-provided value.
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const resolvedNode = result.updatedSituationGraph.nodes.find(
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(n) => n.id === fixture.comparabilityUnknownId,
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);
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expect(resolvedNode.status).toBe("resolved");
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expect(resolvedNode.value).toBe(
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"Both figures cover the same accounting period and are taken from the same management accounts.",
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);
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});
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});
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@@ -0,0 +1,240 @@
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import { beforeEach, describe, expect, it, vi } from "vitest";
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const mockUpdateCase = vi.fn();
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vi.mock("@/lib/graph/orchestrator.js", () => ({
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updateCase: (...args) => mockUpdateCase(...args),
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}));
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// Helper that simulates a proposal_compatibility rejection (used in some tests)
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function createCompetitionRejection() {
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return {
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success: false,
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stage: "proposal_compatibility",
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errors: [
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"answerMeaning.userSupportedMeaning introduces a stronger reasoning category than the raw answer establishes.",
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"New unknown must be explicitly related to an answer-derived node",
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],
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};
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}
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// Helper that returns a rejectedProposalSnapshot (mirrors the orchestrator logic)
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function snapshotFromProposal(proposal) {
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if (!proposal) return null;
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return {
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answerMeaning: proposal.answerMeaning
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? {
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userSupportedMeaning: proposal.answerMeaning.userSupportedMeaning ?? null,
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possibleInference: proposal.answerMeaning.possibleInference ?? null,
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}
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: null,
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updatedNodes: (proposal.updatedNodes ?? []).map((n) => ({
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nodeId: n.nodeId,
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newValue: n.newValue,
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})),
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resolvedUnknownNodeIds: proposal.resolvedUnknownNodeIds ?? [],
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addedNodes: (proposal.addedNodes ?? []).map((n) => ({
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id: n.id,
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kind: n.kind,
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label: n.label,
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description: n.description,
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parentId: n.parentId ?? null,
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dependsOn: n.dependsOn ?? [],
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affects: n.affects ?? [],
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childIds: n.childIds ?? [],
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})),
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addedEdges: (proposal.addedEdges ?? []).map((e) => ({
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fromNodeId: e.fromNodeId,
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toNodeId: e.toNodeId,
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relationship: e.relationship,
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})),
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};
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}
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// Simulate the orchestrator's failure return path
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function simulateOrchestratorFailure({ situationGraph, proposal }) {
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const applicationResult = createCompetitionRejection();
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const rejectedProposalSnapshot =
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applicationResult.stage === "proposal_compatibility" && proposal
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? snapshotFromProposal(proposal)
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: null;
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return {
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success: false,
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stage: applicationResult.stage,
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errors: applicationResult.errors,
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diagnostics: { rejectedProposalSnapshot },
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};
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}
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// Simulate a non-proposal_compatibility failure (should NOT include snapshot)
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function simulateNonCompetitionFailure() {
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return {
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success: false,
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stage: "application",
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errors: ["Could not apply graph update"],
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diagnostics: {},
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};
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}
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describe("rejected proposal compatibility snapshot (orchestrator diagnostics)", () => {
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beforeEach(() => {
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vi.clearAllMocks();
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mockUpdateCase.mockReset();
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});
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it("includes rejectedProposalSnapshot when stage is proposal_compatibility", async () => {
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const situationGraph = { centralStatement: "test", nodes: [], edges: [] };
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const proposal = {
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answerMeaning: {
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userSupportedMeaning: "The user requires evidence for both financial savings and engineering retention.",
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possibleInference: "Personnel retention is being treated as a veto constraint alongside financial justification.",
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},
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updatedNodes: [{ nodeId: "n-x", newValue: "resolved value" }],
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resolvedUnknownNodeIds: ["n-resolved"],
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addedNodes: [
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{
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id: "n-savings-realism",
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kind: "unknown",
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label: "Savings realism",
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description: "Are projected savings realistic?",
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parentId: null,
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dependsOn: [],
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affects: ["neb1bz2"],
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childIds: [],
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},
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],
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addedEdges: [
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{ id: "e-1", fromNodeId: "n-savings-realism", toNodeId: "neb1bz2", relationship: "depends_on", confidence: "medium", description: "dep" },
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],
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};
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mockUpdateCase.mockImplementation(async (body) =>
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simulateOrchestratorFailure(body),
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);
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const result = await mockUpdateCase({ situationGraph, proposal });
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expect(result.success).toBe(false);
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expect(result.stage).toBe("proposal_compatibility");
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expect(result.diagnostics.rejectedProposalSnapshot).toBeDefined();
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});
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it("exposes answerMeaning.userSupportedMeaning and possibleInference in the snapshot", async () => {
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const situationGraph = { centralStatement: "test", nodes: [], edges: [] };
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const answerMeaningWithMeaning = {
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userSupportedMeaning: "The user requires evidence for financial savings.",
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possibleInference: "This is being treated as a hard constraint.",
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};
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const proposal = { answerMeaning: answerMeaningWithMeaning, updatedNodes: [], resolvedUnknownNodeIds: [], addedNodes: [], addedEdges: [] };
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mockUpdateCase.mockImplementation(async (body) =>
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simulateOrchestratorFailure(body),
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);
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const result = await mockUpdateCase({ situationGraph, proposal });
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expect(result.diagnostics.rejectedProposalSnapshot.answerMeaning.userSupportedMeaning).toBe(
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"The user requires evidence for financial savings.",
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);
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expect(result.diagnostics.rejectedProposalSnapshot.answerMeaning.possibleInference).toBe(
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"This is being treated as a hard constraint.",
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);
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});
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it("exposes added unknown label, description and structural references", async () => {
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const situationGraph = { centralStatement: "test", nodes: [], edges: [] };
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const addedNode = {
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id: "n-savings-realism",
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kind: "unknown",
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label: "Are projected savings realistic?",
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description: "Need evidence that the office savings estimates are defensible.",
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parentId: null,
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dependsOn: ["neb1bz2"],
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affects: [],
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childIds: [],
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};
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const proposal = { answerMeaning: null, updatedNodes: [], resolvedUnknownNodeIds: [], addedNodes: [addedNode], addedEdges: [] };
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mockUpdateCase.mockImplementation(async (body) =>
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simulateOrchestratorFailure(body),
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);
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const result = await mockUpdateCase({ situationGraph, proposal });
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expect(result.diagnostics.rejectedProposalSnapshot.addedNodes).toHaveLength(1);
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const node = result.diagnostics.rejectedProposalSnapshot.addedNodes[0];
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expect(node.id).toBe("n-savings-realism");
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expect(node.kind).toBe("unknown");
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expect(node.label).toBe("Are projected savings realistic?");
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expect(node.description).toBe("Need evidence that the office savings estimates are defensible.");
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expect(node.parentId).toBe(null);
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expect(node.dependsOn).toEqual(["neb1bz2"]);
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expect(node.affects).toEqual([]);
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});
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it("exposes added edges with fromNodeId, toNodeId and relationship", async () => {
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const situationGraph = { centralStatement: "test", nodes: [], edges: [] };
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const edge = { id: "e-savings-state", fromNodeId: "n-savings-realism", toNodeId: "neb1bz2", relationship: "depends_on", confidence: "medium", description: "dep" };
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const proposal = { answerMeaning: null, updatedNodes: [], resolvedUnknownNodeIds: [], addedNodes: [], addedEdges: [edge] };
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mockUpdateCase.mockImplementation(async (body) =>
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simulateOrchestratorFailure(body),
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);
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const result = await mockUpdateCase({ situationGraph, proposal });
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expect(result.diagnostics.rejectedProposalSnapshot.addedEdges).toHaveLength(1);
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const e = result.diagnostics.rejectedProposalSnapshot.addedEdges[0];
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expect(e.fromNodeId).toBe("n-savings-realism");
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expect(e.toNodeId).toBe("neb1bz2");
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expect(e.relationship).toBe("depends_on");
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});
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it("retains existing rejection stage and errors unchanged", async () => {
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const situationGraph = { centralStatement: "test", nodes: [], edges: [] };
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const proposal = { answerMeaning: null, updatedNodes: [], resolvedUnknownNodeIds: [], addedNodes: [], addedEdges: [] };
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mockUpdateCase.mockImplementation(async (body) =>
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simulateOrchestratorFailure(body),
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);
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const result = await mockUpdateCase({ situationGraph, proposal });
|
||||
|
||||
expect(result.success).toBe(false);
|
||||
expect(result.stage).toBe("proposal_compatibility");
|
||||
expect(result.errors).toEqual([
|
||||
"answerMeaning.userSupportedMeaning introduces a stronger reasoning category than the raw answer establishes.",
|
||||
"New unknown must be explicitly related to an answer-derived node",
|
||||
]);
|
||||
});
|
||||
|
||||
it("does not include raw model response or prompt in the snapshot", async () => {
|
||||
const situationGraph = { centralStatement: "test", nodes: [], edges: [] };
|
||||
const proposal = { answerMeaning: null, updatedNodes: [], resolvedUnknownNodeIds: [], addedNodes: [], addedEdges: [] };
|
||||
|
||||
mockUpdateCase.mockImplementation(async (body) =>
|
||||
simulateOrchestratorFailure(body),
|
||||
);
|
||||
|
||||
const result = await mockUpdateCase({ situationGraph, proposal });
|
||||
|
||||
const snapshotKeys = Object.keys(result.diagnostics.rejectedProposalSnapshot);
|
||||
for (const key of snapshotKeys) {
|
||||
expect(key).not.toContain("raw");
|
||||
expect(key).not.toContain("prompt");
|
||||
expect(key).not.toContain("chain_of_thought");
|
||||
expect(key).not.toContain("provider_metadata");
|
||||
}
|
||||
});
|
||||
|
||||
it("does not include rejectedProposalSnapshot for non-proposal_compatibility failures", async () => {
|
||||
mockUpdateCase.mockImplementation(async () =>
|
||||
simulateNonCompetitionFailure(),
|
||||
);
|
||||
|
||||
const result = await mockUpdateCase({ situationGraph: {}, proposal: {} });
|
||||
|
||||
expect(result.diagnostics.rejectedProposalSnapshot).toBeUndefined();
|
||||
});
|
||||
});
|
||||
Reference in New Issue
Block a user