generated from coulomb/repo-seed
Closes the long-range feedback loop: outcome signals now enrich the full
traceability chain and feed back into routing, triage, and AI proposals.
Schema (T01):
- outcome_correlations (CHECK correlation_type)
- pattern_performance_records
- adaptive_threshold_configs
- institutional_knowledge_entries (GIN tsvector FTS)
- learning_insights (CHECK insight_type)
- ALTER TABLE decision_records + requirement_candidates: outcome_summary JSONB
- AFTER INSERT trigger trg_enrich_lineage on outcome_signals
- contracts/core/ updated (outcome-summary-columns-v1, append-only addendum)
Correlation engine (T02):
- Application/Helper/CorrelationEngine.hs: pure annotation→outcome SQL
- Web/Controller/OutcomeCorrelations.hs: ComputeCorrelationsAction + index
Pattern performance (T03):
- Web/Controller/PatternPerformance.hs: ComputePatternPerformanceAction
Adaptive thresholds (T04):
- Web/Controller/AdaptiveThresholds.hs: CalibrateThresholdsAction
- Application/Helper/FrictionScore.hs: applyAdaptiveWeights
Institutional knowledge (T05):
- DistilDecisionAction in DecisionRecords controller
- Web/Controller/InstitutionalKnowledge.hs: QueryKnowledgeBaseAction
Lineage enrichment (T06):
- Web/Controller/LineageEnrichment.hs: EnrichLineageAction (batch backfill)
- enrich_lineage_on_outcome_batch() PL/pgSQL helper in migration
Learning dashboard (T07):
- Web/Controller/LearningDashboard.hs: 5-panel autoRefresh view
- "Learning" nav link in FrontController
API v2 learning endpoints (T08):
- GET /api/v2/outcome-correlations, /pattern-performance, /knowledge-base/{id}
- OpenAPI schemas: OutcomeCorrelation, PatternPerformanceRecord, InstitutionalKnowledgeEntry
GAAF scorecard + docs (T09):
- Core 3.8→3.9, Functional 3.6→3.8, overall 3.61→3.68
- CLAUDE.md: IHF v0.2 complete, no active workplan
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
43 lines
1.7 KiB
Haskell
43 lines
1.7 KiB
Haskell
module Web.Controller.LineageEnrichment where
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-- IHF Phase 12 — Platform Memory (IHUB-WP-0013 T06)
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-- The AFTER INSERT trigger trg_enrich_lineage handles real-time enrichment.
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-- This controller provides on-demand batch backfill for existing records.
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import Web.Controller.Prelude
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import Web.View.LineageEnrichment.Index
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import IHP.ModelSupport (sqlQuery)
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import Database.PostgreSQL.Simple (Only(..))
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instance Controller LineageEnrichmentController where
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beforeAction = ensureIsUser
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action LineageEnrichmentAction = do
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hubs <- query @Hub |> orderByAsc #name |> fetch
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-- Count unenriched decisions per hub
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counts <- sqlQuery
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"SELECT dr.hub_id, COUNT(*) FILTER (WHERE dr.outcome_summary IS NULL)::int AS unenriched \
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\ FROM decision_records dr \
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\ GROUP BY dr.hub_id"
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()
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:: IO [(Id Hub, Int)]
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render IndexView { hubs, counts }
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action EnrichLineageAction { hubIdForLineage } = do
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let hubId = hubIdForLineage
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-- Batch-call the trigger logic via a PL/pgSQL function for all
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-- outcome_signals in this hub that haven't yet enriched their chain.
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[Only enriched] <- sqlQuery
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"SELECT COUNT(*) FROM ( \
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\ SELECT enrich_lineage_on_outcome_batch(os.id) \
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\ FROM outcome_signals os \
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\ JOIN deployment_records dep ON dep.id = os.deployment_id \
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\ JOIN decision_records dr ON dr.id = dep.decision_id \
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\ WHERE dr.hub_id = ? \
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\ AND dr.outcome_summary IS NULL \
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\ ) sub"
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[hubId]
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:: IO [Only Int]
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setSuccessMessage ("Lineage enriched for " <> show enriched <> " signals")
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redirectTo LineageEnrichmentAction
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