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Adds bounded AI support to the IHF governance loop. All AI outputs are attributed (model_ref), reviewable (AgentReviewRecord), and reversible. No autonomous decisions; no silent requirement promotion. - T01: Schema — agent_proposals, agent_review_records, confidence_annotations (migration 1743379200) - T02: AgentProposalsController (index/show/accept/reject, idempotent review guard), global nav "Agent" link - T03: SummarizeClusterAction — Claude API cluster summary on widget show - T04: DraftRequirementAction — AI requirement draft; acceptance creates RequirementCandidate (human-gated) - T05: DetectDuplicatesAction — duplicate_flag proposal on candidate show - T06: DetectPolicySensitivityAction — policy_flag with ConfidenceAnnotations per concern scope - T07: ProposeImplementationAction — impl_proposal from decision show - T08: AgentAuditDashboardAction — autoRefresh; KPI row, unreviewed queue, recent proposals, attribution log matrix - T09: integration tests, SCOPE.md updated, phase5-summary.md, flake.nix adds http-conduit/aeson/string-conversions Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
187 lines
8.4 KiB
Haskell
187 lines
8.4 KiB
Haskell
module Web.Controller.Widgets where
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import Web.Types
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import Web.View.Widgets.Index
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import Web.View.Widgets.Show
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import Web.View.Widgets.New
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import Web.View.Widgets.Edit
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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 Data.Aeson (toJSON, object, (.=))
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import Application.Helper.Controller (isInRegression, widgetCycleCounts, callClaudeApi)
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import Data.List (intercalate)
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instance Controller WidgetsController where
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beforeAction = ensureIsUser
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action WidgetsAction = do
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widgets <- query @Widget |> orderByAsc #name |> fetch
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hubs <- query @Hub |> fetch
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render IndexView { widgets, hubs }
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action NewWidgetAction = do
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let widget = newRecord @Widget
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hubs <- query @Hub |> fetch
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render NewView { widget, hubs }
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action ShowWidgetAction { widgetId } = do
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widget <- fetch widgetId
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hub <- fetch widget.hubId
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versions <- query @WidgetVersion
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|> filterWhere (#widgetId, widgetId)
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|> orderByDesc #version
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|> fetch
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events <- query @InteractionEvent
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|> filterWhere (#widgetId, widgetId)
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|> orderByDesc #occurredAt
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|> limit 20
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|> fetch
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annotations <- query @Annotation
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|> filterWhere (#widgetId, widgetId)
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|> orderByAsc #createdAt
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|> fetch
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recentSignals <- query @OutcomeSignal
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|> filterWhere (#widgetId, widgetId)
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|> orderByDesc #observedAt
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|> limit 10
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|> fetch
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allSignals <- query @OutcomeSignal
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|> filterWhere (#widgetId, widgetId)
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|> fetch
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let isRegressed = isInRegression allSignals annotations widgetId
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-- Recurrence cycle count for this widget
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allCandidates <- query @RequirementCandidate |> filterWhere (#sourceWidgetId, widgetId) |> fetch
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allRequirements <- query @Requirement |> fetch
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allDecisions <- query @DecisionRecord |> fetch
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allDeployments <- query @DeploymentRecord |> fetch
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let cycleCounts = widgetCycleCounts allCandidates allRequirements allDecisions allDeployments
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cycleCount = fromMaybe 0 (lookup widgetId cycleCounts)
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render ShowView { widget, hub, versions, events, annotations, recentSignals, isRegressed, cycleCount }
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action CreateWidgetAction = do
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let widget = newRecord @Widget
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hubs <- query @Hub |> fetch
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widget
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|> fill @'["name", "widgetType", "hubId", "capabilityRef", "viewContext", "policyScope", "status"]
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|> validateField #name nonEmpty
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|> validateField #widgetType nonEmpty
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|> ifValid \case
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Left widget -> render NewView { widget, hubs }
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Right widget -> do
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widget <- createRecord widget
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let snapshot = object
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[ "name" .= widget.name
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, "widget_type" .= widget.widgetType
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, "hub_id" .= widget.hubId
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, "capability_ref" .= widget.capabilityRef
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, "view_context" .= widget.viewContext
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, "policy_scope" .= widget.policyScope
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, "status" .= widget.status
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, "version" .= widget.version
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]
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newRecord @WidgetVersion
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|> set #widgetId widget.id
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|> set #version 1
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|> set #schemaSnapshot snapshot
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|> createRecord
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setSuccessMessage "Widget registered"
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redirectTo ShowWidgetAction { widgetId = widget.id }
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action EditWidgetAction { widgetId } = do
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widget <- fetch widgetId
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hubs <- query @Hub |> fetch
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render EditView { widget, hubs }
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action UpdateWidgetAction { widgetId } = do
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widget <- fetch widgetId
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hubs <- query @Hub |> fetch
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widget
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|> fill @'["name", "widgetType", "hubId", "capabilityRef", "viewContext", "policyScope", "status"]
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|> validateField #name nonEmpty
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|> validateField #widgetType nonEmpty
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|> ifValid \case
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Left widget -> render EditView { widget, hubs }
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Right widget -> do
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let newVersion = widget.version + 1
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widget <- widget |> set #version newVersion |> updateRecord
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let snapshot = object
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[ "name" .= widget.name
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, "widget_type" .= widget.widgetType
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, "hub_id" .= widget.hubId
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, "capability_ref" .= widget.capabilityRef
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, "view_context" .= widget.viewContext
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, "policy_scope" .= widget.policyScope
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, "status" .= widget.status
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, "version" .= newVersion
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]
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newRecord @WidgetVersion
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|> set #widgetId widget.id
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|> set #version newVersion
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|> set #schemaSnapshot snapshot
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|> createRecord
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setSuccessMessage "Widget updated"
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redirectTo ShowWidgetAction { widgetId = widget.id }
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-- T03: Summarize feedback cluster via Claude API
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action SummarizeClusterAction { widgetId } = do
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annotations <- query @Annotation
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|> filterWhere (#widgetId, widgetId)
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|> orderByDesc #createdAt
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|> limit 20
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|> fetch
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threads <- query @AnnotationThread
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|> filterWhere (#widgetId, widgetId)
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|> orderByDesc #createdAt
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|> limit 20
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|> fetch
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let annLines = map (\a -> "[" <> a.category <> "/" <> a.severity <> "] " <> a.body) annotations
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threadLines = map (\t -> "[thread] " <> t.title <> ": " <> fromMaybe "" t.description) threads
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userMsg = intercalate "\n" (annLines <> threadLines)
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result <- liftIO $ callClaudeApi
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"You are a distillation assistant for a governed interaction hub. Summarize the following user feedback cluster into a concise, actionable summary (2\x20134 sentences). Be factual and neutral."
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userMsg
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300
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case result of
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Left err -> do
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setErrorMessage ("AI summarization failed: " <> err)
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redirectTo ShowWidgetAction { widgetId }
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Right content -> do
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newRecord @AgentProposal
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|> set #proposalType "summary"
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|> set #sourceWidgetId (Just widgetId)
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|> set #content content
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|> set #modelRef "claude-sonnet-4-6"
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|> set #status "pending"
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|> createRecord
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setSuccessMessage "Summary proposal created"
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redirectTo ShowWidgetAction { widgetId }
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-- T04: Draft a requirement candidate via Claude API
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action DraftRequirementAction { widgetId } = do
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annotations <- query @Annotation
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|> filterWhere (#widgetId, widgetId)
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|> orderByDesc #createdAt
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|> limit 20
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|> fetch
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let annLines = map (\a -> "[" <> a.category <> "/" <> a.severity <> "] " <> a.body) annotations
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userMsg = intercalate "\n" annLines
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result <- liftIO $ callClaudeApi
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"You are a requirements analyst. Given these friction annotations, draft a single structured requirement candidate. Respond with JSON: {\"title\": \"...\", \"description\": \"...\"}."
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userMsg
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400
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case result of
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Left err -> do
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setErrorMessage ("AI draft failed: " <> err)
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redirectTo ShowWidgetAction { widgetId }
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Right content -> do
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newRecord @AgentProposal
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|> set #proposalType "requirement_draft"
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|> set #sourceWidgetId (Just widgetId)
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|> set #content content
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|> set #modelRef "claude-sonnet-4-6"
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|> set #status "pending"
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|> createRecord
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setSuccessMessage "Requirement draft proposal created"
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redirectTo ShowWidgetAction { widgetId }
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