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T01 schema: friction_scores, bottleneck_records, hub_health_snapshots, cross_hub_propagations + migration 1743552000. T02 Widget Pain Heatmap: computeFrictionScore (formula documented), RecomputeFriction action, colour-coded grid view (green/yellow/amber/red). T03 Workflow Bottleneck Analysis: detectBottlenecks across 4 pipeline stages (candidate 30d, requirement 60d, decision 30d, observation 14d), idempotent, severity from age ratio, resolve action. T04 Hub Health Correlation: computeHubHealth (deduction table documented), append-only HubHealthSnapshot, health history view, badge on hub Show page. T05 Cross-Hub Propagation: annotation_cluster + widget_type_friction heuristics, idempotent detection, acknowledge/resolve lifecycle. T06 Operational Review Board: 4-panel AutoRefresh global dashboard — health matrix, top-10 friction, bottleneck stage counts, open propagations. T07 gate: 5 describe blocks in Test/Integration.hs; SCOPE.md updated Phase 7 complete; docs/phase7-summary.md written. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
361 lines
15 KiB
Haskell
361 lines
15 KiB
Haskell
module Web.Controller.Hubs where
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import Web.Types
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import Web.View.Hubs.Index
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import Web.View.Hubs.Show
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import Web.View.Hubs.New
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import Web.View.Hubs.Edit
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import Web.View.Hubs.TriageDashboard
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import Web.View.Hubs.GovernanceDashboard
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import Web.View.Hubs.AntifragilityDashboard
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import Web.View.Hubs.AgentAuditDashboard
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import Web.View.Hubs.AdapterCompatibilityDashboard
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import Web.View.Hubs.FrictionHeatmap
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import Web.View.Hubs.BottleneckDashboard
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import Web.View.Hubs.HubHealthHistory
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import Web.View.Hubs.OperationalReviewBoard
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import Generated.Types
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import IHP.Prelude
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import IHP.ControllerPrelude
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import Application.Helper.Controller (regressedWidgetIds, widgetCycleCounts)
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import Application.Helper.FrictionScore (computeFrictionScore)
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import Application.Helper.BottleneckDetector (detectBottlenecks)
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import Application.Helper.HubHealth (computeHubHealth)
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instance Controller HubsController where
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beforeAction = ensureIsUser
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action HubsAction = do
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hubs <- query @Hub |> orderByAsc #createdAt |> fetch
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render IndexView { hubs }
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action NewHubAction = do
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let hub = newRecord @Hub
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render NewView { hub }
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action ShowHubAction { hubId } = autoRefresh do
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hub <- fetch hubId
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widgets <- query @Widget
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|> filterWhere (#hubId, hubId)
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|> orderByAsc #name
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|> fetch
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widgetIds <- pure (map (.id) widgets)
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recentEvents <- sqlQuery
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"SELECT * FROM interaction_events WHERE widget_id = ANY(?) ORDER BY occurred_at DESC LIMIT 50"
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(Only (PGArray widgetIds))
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recentAnnotations <- sqlQuery
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"SELECT * FROM annotations WHERE widget_id = ANY(?) ORDER BY created_at DESC LIMIT 20"
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(Only (PGArray widgetIds))
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render ShowView { hub, widgets, recentEvents, recentAnnotations }
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action CreateHubAction = do
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let hub = newRecord @Hub
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hub
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|> fill @'["slug", "name", "domain"]
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|> validateField #slug nonEmpty
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|> validateField #name nonEmpty
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|> validateField #domain nonEmpty
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|> ifValid \case
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Left hub -> render NewView { hub }
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Right hub -> do
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hub <- createRecord hub
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setSuccessMessage "Hub created"
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redirectTo ShowHubAction { hubId = hub.id }
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action EditHubAction { hubId } = do
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hub <- fetch hubId
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render EditView { hub }
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action UpdateHubAction { hubId } = do
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hub <- fetch hubId
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hub
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|> fill @'["slug", "name", "domain"]
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|> validateField #slug nonEmpty
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|> validateField #name nonEmpty
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|> validateField #domain nonEmpty
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|> ifValid \case
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Left hub -> render EditView { hub }
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Right hub -> do
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updateRecord hub
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setSuccessMessage "Hub updated"
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redirectTo ShowHubAction { hubId = hub.id }
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action DeleteHubAction { hubId } = do
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hub <- fetch hubId
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deleteRecord hub
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setSuccessMessage "Hub deleted"
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redirectTo HubsAction
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action TriageDashboardAction { hubId } = autoRefresh do
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hub <- fetch hubId
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widgets <- query @Widget
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|> filterWhere (#hubId, hubId)
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|> fetch
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let widgetIds = map (.id) widgets
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-- All candidates for this hub's widgets
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allCandidates <- query @RequirementCandidate
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|> filterWhereIn (#sourceWidgetId, widgetIds)
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|> orderByAsc #createdAt
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|> fetch
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-- Triage queue: open candidates, oldest first
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let triageQueue = filter (\c -> c.status == "open") allCandidates
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-- Recent escalations: last 20
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recentEscalations <- query @RequirementCandidate
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|> filterWhereIn (#sourceWidgetId, widgetIds)
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|> orderByDesc #createdAt
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|> limit 20
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|> fetch
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-- All annotations for category breakdown
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allAnnotations <- query @Annotation
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|> filterWhereIn (#widgetId, widgetIds)
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|> fetch
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render TriageDashboardView
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{ hub
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, widgets
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, allCandidates
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, triageQueue
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, recentEscalations
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, allAnnotations
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}
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action GovernanceDashboardAction { hubId } = autoRefresh do
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hub <- fetch hubId
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widgets <- query @Widget
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|> filterWhere (#hubId, hubId)
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|> fetch
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let widgetIds = map (.id) widgets
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-- All requirements whose source candidate is in this hub's widgets
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allCandidates <- query @RequirementCandidate
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|> filterWhereIn (#sourceWidgetId, widgetIds)
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|> fetch
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let acceptedCandidateIds = map (.id) (filter (\c -> c.status == "accepted") allCandidates)
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allRequirements <- query @Requirement
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|> filterWhereIn (#sourceCandidateId, acceptedCandidateIds)
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|> fetch
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-- Recent decisions (last 20) — scoped to this hub's requirements
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let requirementIds = map (.id) allRequirements
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recentDecisions <- query @DecisionRecord
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|> filterWhereIn (#requirementId, map Just requirementIds)
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|> orderByDesc #decidedAt
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|> limit 20
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|> fetch
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-- All hub decisions (for outcome counts)
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allDecisions <- query @DecisionRecord
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|> filterWhereIn (#requirementId, map Just requirementIds)
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|> fetch
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-- All annotations for traceability coverage
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allAnnotations <- query @Annotation
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|> filterWhereIn (#widgetId, widgetIds)
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|> fetch
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-- Outcome signals for regression detection
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allSignals <- query @OutcomeSignal
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|> filterWhereIn (#widgetId, widgetIds)
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|> fetch
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let regressionWidgetIds = regressedWidgetIds allSignals allAnnotations
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render GovernanceDashboardView
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{ hub
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, widgets
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, allCandidates
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, allRequirements
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, recentDecisions
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, allDecisions
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, allAnnotations
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, regressionWidgetIds
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}
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action AntifragilityDashboardAction { hubId } = autoRefresh do
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hub <- fetch hubId
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widgets <- query @Widget
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|> filterWhere (#hubId, hubId)
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|> fetch
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let widgetIds = map (.id) widgets
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-- Deployments for this hub's decisions
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allCandidates <- query @RequirementCandidate
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|> filterWhereIn (#sourceWidgetId, widgetIds)
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|> fetch
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let acceptedCandidateIds = map (.id) (filter (\c -> c.status == "accepted") allCandidates)
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allRequirements <- query @Requirement
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|> filterWhereIn (#sourceCandidateId, acceptedCandidateIds)
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|> fetch
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let requirementIds = map (.id) allRequirements
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allDecisions <- query @DecisionRecord
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|> filterWhereIn (#requirementId, map Just requirementIds)
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|> fetch
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let decisionIds = map (.id) allDecisions
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allDeployments <- query @DeploymentRecord
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|> filterWhereIn (#decisionId, decisionIds)
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|> orderByDesc #deployedAt
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|> fetch
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let deploymentIds = map (.id) allDeployments
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allSignals <- query @OutcomeSignal
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|> filterWhereIn (#widgetId, widgetIds)
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|> fetch
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allEvaluations <- query @ChangeEvaluation
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|> filterWhereIn (#deploymentId, deploymentIds)
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|> fetch
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allImplRefs <- query @ImplementationChangeReference
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|> filterWhereIn (#decisionId, decisionIds)
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|> fetch
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allAnnotations <- query @Annotation
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|> filterWhereIn (#widgetId, widgetIds)
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|> fetch
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let regressionWidgetIds = regressedWidgetIds allSignals allAnnotations
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recurrenceLeaderboard = take 10 (widgetCycleCounts allCandidates allRequirements allDecisions allDeployments)
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render AntifragilityDashboardView
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{ hub
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, widgets
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, allDeployments
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, allDecisions
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, allSignals
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, allEvaluations
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, allImplRefs
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, regressionWidgetIds
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, recurrenceLeaderboard
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}
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action AgentAuditDashboardAction { hubId } = autoRefresh do
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hub <- fetch hubId
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proposals <- query @AgentProposal
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|> orderByDesc #createdAt
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|> fetch
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reviews <- query @AgentReviewRecord |> fetch
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widgets <- query @Widget |> fetch
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render AgentAuditDashboardView { hub, proposals, reviews, widgets }
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action AdapterCompatibilityDashboardAction { hubId } = autoRefresh do
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hub <- fetch hubId
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specs <- query @WidgetAdapterSpec |> orderByAsc #name |> fetch
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widgets <- query @Widget |> filterWhere (#hubId, hubId) |> fetch
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envelopes <- query @EnvelopeEmissionContract |> filterWhere (#status, "active") |> fetch
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reportings <- query @InteractionReportingContract |> filterWhere (#status, "active") |> fetch
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render AdapterCompatibilityDashboardView { hub, specs, widgets, envelopes, reportings }
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action FrictionHeatmapAction { hubId } = autoRefresh do
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hub <- fetch hubId
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widgets <- query @Widget |> filterWhere (#hubId, hubId) |> fetch
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let widgetIds = map (.id) widgets
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frictionScores <- query @FrictionScore
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|> filterWhereIn (#widgetId, widgetIds)
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|> fetch
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render FrictionHeatmapView { hub, widgets, frictionScores }
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action RecomputeFrictionAction { hubId } = do
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hub <- fetch hubId
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widgets <- query @Widget |> filterWhere (#hubId, hubId) |> fetch
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let widgetIds = map (.id) widgets
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annotations <- query @Annotation |> filterWhereIn (#widgetId, widgetIds) |> fetch
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events <- sqlQuery "SELECT * FROM interaction_events WHERE widget_id = ANY(?)"
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(Only (PGArray widgetIds))
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signals <- query @OutcomeSignal |> filterWhereIn (#widgetId, widgetIds) |> fetch
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candidates <- query @RequirementCandidate |> filterWhereIn (#sourceWidgetId, widgetIds) |> fetch
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let regressionWids = regressedWidgetIds signals annotations
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mapM_ (\w ->
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let wAnnotations = filter (\a -> a.widgetId == w.id) annotations
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wEvents = filter (\e -> e.widgetId == w.id) events
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wCandidates = filter (\c -> c.sourceWidgetId == w.id) candidates
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isRegressed = w.id `elem` regressionWids
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in computeFrictionScore w.id wAnnotations wEvents isRegressed wCandidates
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) widgets
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setSuccessMessage "Friction scores recomputed"
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redirectTo FrictionHeatmapAction { hubId }
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action BottleneckDashboardAction { hubId } = autoRefresh do
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hub <- fetch hubId
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widgets <- query @Widget |> filterWhere (#hubId, hubId) |> fetch
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bottlenecks <- query @BottleneckRecord
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|> filterWhere (#hubId, hubId)
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|> orderByAsc #stalledSince
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|> fetch
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render BottleneckDashboardView { hub, widgets, bottlenecks }
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action DetectBottlenecksAction { hubId } = do
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hub <- fetch hubId
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widgets <- query @Widget |> filterWhere (#hubId, hubId) |> fetch
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let widgetIds = map (.id) widgets
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candidates <- query @RequirementCandidate |> filterWhereIn (#sourceWidgetId, widgetIds) |> fetch
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let candidateIds = map (.id) candidates
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acceptedIds = map (.id) (filter (\c -> c.status == "accepted") candidates)
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requirements <- query @Requirement |> filterWhereIn (#sourceCandidateId, acceptedIds) |> fetch
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let reqIds = map (.id) requirements
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decisions <- query @DecisionRecord
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|> filterWhereIn (#requirementId, map Just reqIds)
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|> fetch
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let decisionIds = map (.id) decisions
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deployments <- query @DeploymentRecord |> filterWhereIn (#decisionId, decisionIds) |> fetch
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_ <- detectBottlenecks hubId widgets candidates requirements decisions deployments
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setSuccessMessage "Bottleneck detection complete"
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redirectTo BottleneckDashboardAction { hubId }
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action ResolveBottleneckAction { bottleneckRecordId } = do
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bottleneck <- fetch bottleneckRecordId
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now <- getCurrentTime
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bottleneck |> set #resolvedAt (Just now) |> updateRecord
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setSuccessMessage "Bottleneck resolved"
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redirectTo BottleneckDashboardAction { hubId = bottleneck.hubId }
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action SnapshotHubHealthAction { hubId } = do
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hub <- fetch hubId
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widgets <- query @Widget |> filterWhere (#hubId, hubId) |> fetch
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let widgetIds = map (.id) widgets
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candidates <- query @RequirementCandidate |> filterWhereIn (#sourceWidgetId, widgetIds) |> fetch
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let acceptedIds = map (.id) (filter (\c -> c.status == "accepted") candidates)
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requirements <- query @Requirement |> filterWhereIn (#sourceCandidateId, acceptedIds) |> fetch
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let reqIds = map (.id) requirements
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decisions <- query @DecisionRecord |> filterWhereIn (#requirementId, map Just reqIds) |> fetch
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let decisionIds = map (.id) decisions
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deployments <- query @DeploymentRecord |> filterWhereIn (#decisionId, decisionIds) |> fetch
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signals <- query @OutcomeSignal |> filterWhereIn (#widgetId, widgetIds) |> fetch
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annotations <- query @Annotation |> filterWhereIn (#widgetId, widgetIds) |> fetch
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bottlenecks <- query @BottleneckRecord
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|> filterWhere (#hubId, hubId)
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|> filterWhereSql (#resolvedAt, "IS NULL")
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|> fetch
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_ <- computeHubHealth hubId widgets candidates decisions deployments signals annotations bottlenecks
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setSuccessMessage "Hub health snapshot taken"
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redirectTo HubHealthHistoryAction { hubId }
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action HubHealthHistoryAction { hubId } = autoRefresh do
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hub <- fetch hubId
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snapshots <- query @HubHealthSnapshot
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|> filterWhere (#hubId, hubId)
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|> orderByDesc #computedAt
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|> fetch
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render HubHealthHistoryView { hub, snapshots }
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action OperationalReviewBoardAction = autoRefresh do
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hubs <- query @Hub |> orderByAsc #name |> fetch
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allSnapshots <- query @HubHealthSnapshot |> orderByDesc #computedAt |> fetch
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topFrictionScores <- query @FrictionScore |> orderByDesc #score |> limit 10 |> fetch
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topWidgets <- mapM (\fs -> fetch fs.widgetId) topFrictionScores
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bottlenecks <- query @BottleneckRecord
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|> filterWhereSql (#resolvedAt, "IS NULL")
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|> orderByAsc #stage
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|> fetch
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propagations <- query @CrossHubPropagation
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|> orderByDesc #detectedAt
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|> fetch
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let openPropagations = filter (\p -> p.status `elem` ["open","acknowledged"]) propagations
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render OperationalReviewBoardView
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{ hubs
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, allSnapshots
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, topFrictionScores
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, topWidgets
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, bottlenecks
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, openPropagations
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}
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