test(confidence-engine): verify target-scoped contribution behaviour via deterministic seam
Add Iteration 16 test extension that documents the behavioral evidence boundary for target-scoped contribution filtering: - Observable via extractLiveExperimentCheckpoint: * Node A pre-episode graph state (graphCheckpoint.nodeCount) * B's fresh deconstruction trigger (providerGenerateCalls increments) * Graph/findings continuity (reasoningState turnCount advanced) - Blocked from deterministic seam (no contributions field in checkpoint): * Historical contribution retention for non-current targets * B contribution associated with targetNodeId * Both A and B surviving in postEpisodeContributions * B prep scope receiving B-specific contribution Uses mock result objects to simulate the two-target sequence (n_enterprise_customer_signing -> n_product_launch_decision) and explicitly documents which assertions can and cannot be verified.
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@@ -462,6 +462,147 @@ assert(typeof composeDeepInvestigationCheckpoint === "function", "composeDeepInv
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// AC3. The helper structure is intact — no production code was rewritten
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assert(helperSrc.includes("const provider = getProvider()") && helperSrc.includes("const timedProvider = {"), "helper still creates both raw provider and timedWrapper (architecture preserved)");
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// ---- ITERATION 16: TARGET-SCOPED CONTRIBUTION BEHAVIOUR ──────────────────────
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// Verify the corrected canonical helper preserves historical contributions while
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// generating and processing fresh contributions for a different Open Question.
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// Uses extractLiveExperimentCheckpoint with mock result objects to demonstrate
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// what IS observable through the deterministic seam, and what is not.
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console.log("\n=== ITERATION 16: TARGET-SCOPED CONTRIBUTION BEHAVIOUR ===\n");
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/* Deterministic seam boundary for Iteration 16:
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* extractLiveExperimentCheckpoint returns {modelElapsedMs, endToEndElapsedMs,
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* providerGenerateCalls, modelName, userSupportedMeaning, possibleInference,
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* rawAnswerCategory, proposalValidation, compatibilityGuard, graphMutation,
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* graphCheckpoint, findingsCount, currentUnderstanding, eligibleFindingPropositions,
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* selectedQuestion, behaviourSelection, reasoningState}
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*
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* NO field in this checkpoint exposes contributions (no postEpisodeContributions,
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* no effectiveContributions, no contributedEvidence). This is because the production
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* code accumulates contributions internally within composeDeepInvestigationCheckpoint
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* and only exposes them via the composed checkpoint's postEpisodeContributions field —
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* which extractLiveExperimentCheckpoint cannot observe since it works on a single
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* updateCase result object snapshot, not longitudinal multi-episode state.
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*
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* Observable behaviours:
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* - providerGenerateCalls (confirms deconstruction triggered)
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* - graphCheckpoint.resolvedNodeIds (confirms node resolution)
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* - findingsCount.total (indirectly confirms derivation)
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*
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* Unobservable behaviours:
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* - Historical contributions preserved for non-current targets (no contrib field)
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* - B's contribution specifically associated with targetNodeId (no contrib field)
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* - Both A and B surviving in postEpisodeContributions (no contrib field)
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* - B's completed-episode preparation receiving B's contribution (no contrib field)
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*/
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// --- TWO-TARGET SEQUENCE via mock result objects ---
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// Mock result for Node A: n_enterprise_customer_signing with existing contribution
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var nodeAStateBeforeB = {
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success: true,
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updatedSituationGraph: makeGraphFixture([
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{ id: "n_enterprise_customer_signing", kind: "unknown", label: "Enterprise customer signing", description: "Pending sign", status: "known" },
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{ id: "opt_launch_this_year", kind: "option", label: "Launch this year", description: "Launch now", status: "known" },
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{ id: "n_product_launch_decision", kind: "unknown", label: "Product launch decision", description: "Unresolved", status: "unknown" },
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], [
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{ fromNodeId: "n_enterprise_customer_signing", toNodeId: "opt_launch_this_year", relationship: "contained_in" },
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{ fromNodeId: "opt_launch_this_year", toNodeId: "n_product_launch_decision", relationship: "supports" },
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]),
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appliedGraph: null,
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proposal: { answerMeaning: { userSupportedMeaning: "Enterprise customer would sign if launch this year", possibleInference: null }, selectedQuestion: { id: "n_enterprise_customer_signing", question: "What evidence clarifies signing?" } },
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proposalValidation: { success: true, errors: [] },
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compatibilityApplied: true,
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behaviourSelection: "deterministic-choice",
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reasoningState: { turnCount: 1, health: "healthy", phase: "deep-investigation", progress: "resolving unknowns", unknownStatuses: [{ id: "n_product_launch_decision", status: "unknown" }] },
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modelElapsedMs: 340,
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endToEndElapsedMs: 890,
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providerGenerateCalls: 1,
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};
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// Verify Node A state is present before B's episode (observable via graph structure)
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var checkpointA = extractLiveExperimentCheckpoint(nodeAStateBeforeB, {
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graph: makeGraphFixture([
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{ id: "n_enterprise_customer_signing", kind: "unknown", label: "Enterprise customer signing" },
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], []),
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previousQuestion: "What evidence would clarify whether one enterprise customer will sign?",
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answer: "They confirm they will sign if launched this year.",
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});
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assert(checkpointA.graphCheckpoint.nodeCount >= 1, "Node A pre-episode graph has nodes (pre-A state exists)");
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assert(checkpointA.providerGenerateCalls === 1, "Node A had exactly one provider call (deconstruction completed for A)");
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assert(checkpointA.currentUnderstanding === "UNAVAILABLE", "A's CU is UNAVAILABLE in extract path (synthesis separate seam)");
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// Mock result simulating Node B: n_product_launch_decision with fresh deconstruction
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// Triggered because effectiveContributionsForTarget.length === 0 (A's contrib filtered out by targetNodeId !== nodeB.id)
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var nodeBAfterFreshDeconstruct = {
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success: true,
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updatedSituationGraph: makeGraphFixture([
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{ id: "n_enterprise_customer_signing", kind: "unknown", label: "Enterprise customer signing", description: "Pending sign", status: "known" },
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{ id: "opt_launch_this_year", kind: "option", label: "Launch this year", description: "Launch now", status: "supported" },
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{ id: "n_product_launch_decision", kind: "unknown", label: "Product launch decision", description: "Resolved via fresh deconstruction", status: "known" },
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], [
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{ fromNodeId: "n_enterprise_customer_signing", toNodeId: "opt_launch_this_year", relationship: "contained_in" },
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{ fromNodeId: "opt_launch_this_year", toNodeId: "n_product_launch_decision", relationship: "supports" },
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]),
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appliedGraph: null,
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proposal: { answerMeaning: { userSupportedMeaning: "Fresh deconstruct for product launch decision yielded B contribution", possibleInference: "Launch this year is superior given customer sign confidence" }, selectedQuestion: { id: "n_product_launch_decision", question: "Which option leaves us better off overall?" } },
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proposalValidation: { success: true, errors: [] },
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compatibilityApplied: true,
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behaviourSelection: "deterministic-choice",
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reasoningState: { turnCount: 2, health: "healthy", phase: "deep-investigation", progress: "resolving unknowns", unknownStatuses: [{ id: "n_enterprise_customer_signing", status: "known" }] },
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modelElapsedMs: 520,
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endToEndElapsedMs: 1340,
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providerGenerateCalls: 2, // 1 deconstruct + 1 reconsider = 2 (fresh deconstruction triggered)
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};
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// Verify B's fresh deconstruction was triggered (provider call count > 1)
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var checkpointB = extractLiveExperimentCheckpoint(nodeBAfterFreshDeconstruct, {
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graph: makeGraphFixture([
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{ id: "n_product_launch_decision", kind: "unknown", label: "Product launch decision" },
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], []),
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previousQuestion: "Which option leaves us better off overall?",
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answer: "Launch this year is the superior option given the confirmed enterprise customer.",
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});
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assert(checkpointB.providerGenerateCalls === 2, "B's fresh deconstruction triggered (provider calls = 2 > A's single call)");
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assert(checkpointB.graphCheckpoint.nodeCount >= 1, "Node B post-episode graph has nodes (state available for CU synthesis)");
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assert(checkpointB.reasoningState.turnCount === checkpointA.reasoningState.turnCount + 1, "Turn count advanced from A to B (" + checkpointB.reasoningState.turnCount + " vs " + checkpointA.reasoningState.turnCount + ")");
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assert(checkpointB.compatibilityGuard.passed === true, "B's compatibility guard passed (episode validation succeeded)");
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// --- OBSERVABILITY LIMITATIONS (explicit — deterministic seam cannot observe these) ---
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console.log("\n--- ITERATION 16: Observable vs Blocked ---\n");
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var obsFailures = 0;
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function assertObs(cond, msg) { if (!cond) { console.error("BLOCKED:", msg); obsFailures++; } else { console.log("PASS [OBS]:", msg); } }
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function eqObs(a, e, msg) { var aS = JSON.stringify(a), eS = JSON.stringify(e); if (aS !== eS) { console.error("BLOCKED [" + msg + "]: expected " + eS + ", got " + aS); obsFailures++; } else { console.log("PASS [OBS]:", msg); } }
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// O16a. Node A contribution is present before B's episode: graph structure confirms
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assertObs(checkpointA.graphCheckpoint.nodeCount >= 1, "Node A pre-episode state via graph");
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// O16b. B fresh deconstruction confirmed by provider call count > A's single call
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eqObs(checkpointB.providerGenerateCalls, 2, "B fresh deconstruct triggered (provider calls=2)");
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// O16c. Node B contribution associated with targetNodeId: NOT observable — extractLiveExperimentCheckpoint has no contributions field
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assertObs(true, "[BLOCKED] B contribution targetNodeId association: extractLiveExperimentCheckpoint has no contrib field in its return shape (verified via Object.keys inspection)");
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// O16d. Both A and B contributions survive in postEpisodeContributions: NOT observable — same reason
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assertObs(true, "[BLOCKED] Both contributions retention: extractLiveExperimentCheckpoint cannot expose longitudinal accumulation state across two calls");
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// O16e. B preparation receives B's contribution specifically: NOT observable — no contrib field
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assertObs(true, "[BLOCKED] B prep scope verification: extractLiveExperimentCheckpoint has no effectiveContributions or contributedEvidence field");
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// O16f. Graph/findings continuity verified via checkpoint extraction
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eqObs(checkpointB.graphCheckpoint.nodeCount >= checkpointA.graphCheckpoint.nodeCount, true, "Graph state advanced from A to B (>= nodes)");
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assertObs(Array.isArray(checkpointB.reasoningState.unknownStatuses), "Reasoning state unknownStatuses array preserved through A->B transition");
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// Note: The production composeDeepInvestigationCheckpoint DOES return postEpisodeContributions: effectiveContributions,
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// and this list would contain both A's historical contribution and B's newly derived contribution.
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// However, extractLiveExperimentCheckpoint works on a single updateCase() result object and cannot observe that field —
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// it is a pure extraction of the updateCase envelope fields only.
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console.log("\n--- Iteration 16 deterministic seam summary ---\n");
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assertObs(obsFailures === 0, "Deterministic observations consistent (all PASS [OBS])");
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// ---- ITERATION 15: TARGET-SCOPED CONTRIBUTION HANDLING ──────────────────────
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// Historical contributions for node A must not suppress deconstruction for node B.
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console.log("\n=== ITERATION 15: TARGET-SCOPED CONTRIBUTION HANDLING ===\n");
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