inter-hub/Web/Controller/AgentRegistrations.hs

module Web.Controller.AgentRegistrations where

-- IHF Phase 11 — Advanced AI Federation (IHUB-WP-0012 T03)

import Web.Types
import Generated.Types
import IHP.Prelude
import IHP.ControllerPrelude
import IHP.ModelSupport (sqlQuery)
import qualified Data.Aeson as A
import Web.View.AgentRegistrations.Index
import Web.View.AgentRegistrations.Show
import Web.View.AgentRegistrations.New
import Web.View.AgentRegistrations.Edit
import Web.View.AgentRegistrations.Performance

instance Controller AgentRegistrationsController where

    action AgentRegistrationsAction = do
        agents <- query @AgentRegistration
            |> orderByAsc #name
            |> fetch
        hubs <- query @Hub |> orderByAsc #name |> fetch
        render IndexView { .. }

    action ShowAgentRegistrationAction { agentRegistrationId } = do
        agent <- fetch agentRegistrationId
        policies <- query @ModelRoutingPolicy
            |> filterWhere (#agentRegistrationId, agentRegistrationId)
            |> orderByAsc #taskType
            |> fetch
        recentProposals <- query @AgentProposal
            |> filterWhere (#agentRegistrationId, Just agentRegistrationId)
            |> orderByDesc #createdAt
            |> limit 10
            |> fetch
        mPerformance <- query @AgentPerformanceRecord
            |> filterWhere (#agentRegistrationId, agentRegistrationId)
            |> orderByDesc #computedAt
            |> limit 1
            |> fetchOneOrNothing
        render ShowView { .. }

    action NewAgentRegistrationAction = do
        let agent = newRecord @AgentRegistration
        hubs <- query @Hub |> orderByAsc #name |> fetch
        render NewView { .. }

    action CreateAgentRegistrationAction = do
        let agent = newRecord @AgentRegistration
        agent
            |> fill @'["hubId","name","slug","description","provider","modelName","trustLevel","systemPrompt"]
            |> set #capabilities (A.Array mempty)
            |> validateField #name nonEmpty
            |> validateField #slug nonEmpty
            |> validateField #provider (isInList ["openrouter","gemini","openai","claude-code"])
            |> validateField #modelName nonEmpty
            |> validateField #trustLevel (isInList ["advisory","elevated","autonomous"])
            |> ifValid \case
                Left agent -> do
                    hubs <- query @Hub |> orderByAsc #name |> fetch
                    render NewView { .. }
                Right agent -> do
                    agent <- createRecord agent
                    setSuccessMessage "Agent registered"
                    redirectTo AgentRegistrationsAction

    action EditAgentRegistrationAction { agentRegistrationId } = do
        agent <- fetch agentRegistrationId
        hubs <- query @Hub |> orderByAsc #name |> fetch
        render EditView { .. }

    action UpdateAgentRegistrationAction { agentRegistrationId } = do
        agent <- fetch agentRegistrationId
        agent
            |> fill @'["name","description","provider","modelName","trustLevel","systemPrompt"]
            |> validateField #name nonEmpty
            |> validateField #provider (isInList ["openrouter","gemini","openai","claude-code"])
            |> validateField #modelName nonEmpty
            |> validateField #trustLevel (isInList ["advisory","elevated","autonomous"])
            |> ifValid \case
                Left agent -> do
                    hubs <- query @Hub |> orderByAsc #name |> fetch
                    render EditView { .. }
                Right agent -> do
                    updateRecord agent
                    setSuccessMessage "Agent updated"
                    redirectTo (ShowAgentRegistrationAction agentRegistrationId)

    action DeactivateAgentAction { agentRegistrationId } = do
        agent <- fetch agentRegistrationId
        agent |> set #isActive False |> updateRecord
        setSuccessMessage "Agent deactivated"
        redirectTo (ShowAgentRegistrationAction agentRegistrationId)

    action ComputeAgentPerformanceAction { agentRegistrationId } = do
        agent <- fetch agentRegistrationId
        rows <- sqlQuery
            "SELECT \
            \    COUNT(*) FILTER (WHERE ap.status = 'accepted')::int AS accepted, \
            \    COUNT(*) FILTER (WHERE ap.status = 'rejected')::int AS rejected, \
            \    COUNT(*) FILTER (WHERE ap.status NOT IN ('accepted','rejected'))::int AS other, \
            \    COUNT(*)::int AS total, \
            \    AVG(ca.score) AS mean_confidence \
            \ FROM agent_proposals ap \
            \ LEFT JOIN confidence_annotations ca ON ca.proposal_id = ap.id \
            \ WHERE ap.agent_registration_id = ? \
            \   AND ap.created_at >= NOW() - INTERVAL '30 days'"
            (Only agentRegistrationId)
        case rows of
            [(accepted, rejected, _other, total, mConf)] -> do
                now <- getCurrentTime
                let periodStart = addUTCTime (negate $ 30 * 86400) now
                newRecord @AgentPerformanceRecord
                    |> set #agentRegistrationId agentRegistrationId
                    |> set #hubId agent.hubId
                    |> set #periodStart periodStart
                    |> set #periodEnd now
                    |> set #proposalsGenerated total
                    |> set #proposalsAccepted accepted
                    |> set #proposalsRejected rejected
                    |> set #proposalsRevised 0
                    |> set #meanConfidence mConf
                    |> createRecord
                setSuccessMessage "Performance snapshot computed"
            _ -> setErrorMessage "Could not compute performance metrics"
        redirectTo (ShowAgentRegistrationAction agentRegistrationId)