PaperClipAI/server/src/modules/run-dispatch/adapters/postgres.ts

import { notifyInstructionCollection } from "../../../services/instruction-collection-notifications.js";
import { notifyScheduledRetryCancellation } from "../../../services/scheduled-retry-cancellation-notifications.js";
import { hasConversationContinuationPolicy } from "../../../services/conversation-continuation.js";
import { getExecutionBlocker } from "../../../services/execution-blocker.js";
import { validateReconstructedWorkspaceDispatch } from "../../../services/native-runtime/native-workspace-reconstruction.js";
import { getNativeReviewAssignment } from "../../../services/native-runtime/native-review-participant.js";
import { and, asc, eq, gte, inArray, lte, or, sql } from "drizzle-orm";
import type { Db } from "@paperclipai/db";
import {
  agentWakeupRequests,
  agents,
  budgetReservations,
  companies,
  connectionIntentDeliveries,
  heartbeatRuns,
  issueRecoveryActions,
  issueComments,
  issues,
  nativeRunFinalizations,
  projects,
} from "@paperclipai/db";
import { ISSUE_DISPOSITION_REPAIR_RETRY_REASON } from "@paperclipai/shared";
import { withAccountingTransaction } from "../../../services/accounting-transaction.js";
import type { ActivityPublication } from "../../../services/activity-log.js";
import { parseObject } from "../../../adapters/utils.js";
import { evaluateAgentInvokabilityFromDb } from "../../../services/agent-invokability.js";
import { budgetService, budgetServiceInTransaction, recheckAdmittedRunBudgetReadOnly } from "../../../services/budgets.js";
import { lockRunBudgetRecoveryOwnerInTransaction, recheckRunBudgetReservationInTransaction } from "../../../services/budget-reservations.js";
import { isCompletedOnboardingHandoffWake } from "../../../services/chat-completion-delivery.js";
import { isHeartbeatWakeOnDemandEnabled } from "../../../services/heartbeat-policy.js";
import { notifyChatRunMilestones } from "../../../services/chat-run-milestone-notifications.js";
import { DELIVERY_QUEUES, notifyDeliveryWork } from "../../../services/delivery-work-notifications.js";
import { connectionContinuationPendingResponse } from "../../../services/satisfied-connection-intents.js";
import { collectDispositionRepairSourceState } from "../../../services/recovery/disposition-repair.js";
import { legacyDispositionEpisode, legacyDispositionFingerprint } from "../../../services/recovery/legacy-continuation.js";
import { appendHeartbeatRunEvent } from "../../../services/heartbeat-run-events.js";
import { emitAgentTaskRun } from "../../../services/agent-task-run-telemetry.js";
import { issueService } from "../../../services/issues.js";
import {
  issueTreeControlService,
  isVerifiedIssueTreeControlInteractionWake,
  ISSUE_TREE_CONTROL_INTERACTION_WAKE_REASONS,
} from "../../../services/issue-tree-control.js";
import {
  continuationSummaryParksExecutor,
  getIssueContinuationSummaryDocument,
} from "../../../services/issue-continuation-summary.js";
import { parseIssueExecutionState } from "../../../services/issue-execution-policy.js";
import { decideQueuedRunStaleness, decideScheduledRetryGate } from "../domain/policy.js";
import type {
  QueuedRunFacts,
  ReviewParticipantFacts,
  RetryReasonKind,
  ScheduledRetryFacts,
} from "../domain/policy.js";
import {
  MAX_TURN_CONTINUATION_RETRY_REASON,
  allowsIssueInteractionWake,
  deriveCommentId,
  isNonAssigneeWorkspaceBusyRetry,
  isResolvedInteractionContinuationWakeContext,
} from "../domain/wake-context.js";
import type {
  CancelStaleQueuedRunInput,
  DispatchResolvedInteractionInput,
  DispatchResolvedInteractionOutcome,
  DueRetryRun,
  EvaluateScheduledRetryGateInput,
  ListDueRetriesInput,
  PromoteOrCancelDueRetryInput,
  RunDispatchWriter,
  ScheduledRetryReader,
} from "../application/ports.js";
import type {
  CancelStaleQueuedRunOutcome,
  PostCommitEffect,
  PromoteScheduledRetryOutcome,
} from "../application/types.js";
import { RunDispatchApplicationError } from "../application/types.js";

type HeartbeatRun = typeof heartbeatRuns.$inferSelect;
type LoadGateFactsInput = {
  conversationContinuation: boolean;
  responsibleUserId: string | null;
  runId: string;
  companyId: string;
  agentId: string;
  contextSnapshot: Record<string, unknown>;
  scheduledRetryReason: string | null;
  retryReasonOverride?: string | null;
  wakeupRequestId: string | null;
};
type LoadGateFactsResult =
  | { agentFound: true; facts: ScheduledRetryFacts }
  | { agentFound: false; issueId: string | null };
type LoadStalenessFactsInput = {
  responsibleUserId: string | null;
  conversationContinuation: boolean;
  runId: string;
  companyId: string;
  agentId: string;
  issueId: string;
  contextSnapshot: Record<string, unknown>;
  scheduledRetryReason: string | null;
};
type CancelSuppressedRetryInput = {
  runId: string;
  companyId: string;
  now: Date;
  reason: string;
  errorCode: string;
  issueId: string | null;
  details: Record<string, unknown>;
};
type CancelSuppressedRetryResult = { applied: true; run: HeartbeatRun } | { applied: false };

const NO_REVIEW_PARTICIPANT: ReviewParticipantFacts = {
  isInReview: false,
  hasParticipant: false,
  participantIsAgent: false,
  participantAgentId: null,
  currentStageType: null,
  currentParticipant: null,
};

async function readNativeReviewParticipantFacts(db: Db, input: {
  companyId: string; issueId: string; agentId: string; contextSnapshot: unknown;
}): Promise<ReviewParticipantFacts | null> {
  const review = await getNativeReviewAssignment(db, input);
  return review ? {
    isInReview: true, hasParticipant: true, participantIsAgent: true,
    participantAgentId: input.agentId, currentStageType: "native_completion_review",
    currentParticipant: { type: "agent", agentId: input.agentId, interactionId: review.interaction.id },
  } : null;
}

function readNonEmptyString(value: unknown): string | null {
  return typeof value === "string" && value.trim().length > 0 ? value : null;
}

function classifyRetryReasonKind(retryReason: string | null): RetryReasonKind {
  if (retryReason === MAX_TURN_CONTINUATION_RETRY_REASON) return "max_turn_continuation";
  if (retryReason === ISSUE_DISPOSITION_REPAIR_RETRY_REASON) return "disposition_repair";
  if ((retryReason === "ai_connection_busy" || retryReason === "ai_connection_pool_wait")) return "ai_connection_wait";
  if (retryReason === "native_safe_replacement" || retryReason === "native_provider_overloaded") return "native_safe_replacement";
  return "other";
}

function buildReviewParticipantFacts(input: {
  isInReview: boolean;
  executionState: ReturnType<typeof parseIssueExecutionState>;
}): ReviewParticipantFacts {
  const currentParticipant = input.executionState?.currentParticipant ?? null;
  return {
    isInReview: input.isInReview,
    hasParticipant: currentParticipant !== null,
    participantIsAgent: currentParticipant?.type === "agent",
    participantAgentId:
      currentParticipant?.type === "agent" ? (currentParticipant.agentId ?? null) : null,
    currentStageType: input.executionState?.currentStageType ?? null,
    currentParticipant: currentParticipant as Record<string, unknown> | null,
  };
}

function queuedEffect(run: HeartbeatRun): PostCommitEffect {
  return {
    kind: "run_queued",
    companyId: run.companyId,
    runId: run.id,
    agentId: run.agentId,
    invocationSource: run.invocationSource,
    triggerDetail: run.triggerDetail,
    wakeupRequestId: run.wakeupRequestId,
  };
}

function statusEffect(run: HeartbeatRun, previousStatus: string | null): PostCommitEffect {
  return {
    kind: "run_status_published",
    companyId: run.companyId,
    runId: run.id,
    agentId: run.agentId,
    status: run.status,
    invocationSource: run.invocationSource,
    triggerDetail: run.triggerDetail,
    error: run.error,
    errorCode: run.errorCode,
    contextSource: readNonEmptyString(parseObject(run.contextSnapshot).source),
    startedAt: run.startedAt,
    finishedAt: run.finishedAt,
    result: parseObject(run.resultJson),
    issueId: readNonEmptyString(parseObject(run.contextSnapshot).issueId),
    previousStatus,
  };
}

export function createPostgresRunDispatchAdapter(
  db: Db,
): ScheduledRetryReader & RunDispatchWriter {
  const budgets = budgetService(db);
  const treeControlSvc = issueTreeControlService(db);
  const issuesSvc = issueService(db);

  async function withRunOwnershipLocks<T>(
    input: { runId: string; companyId: string; recoveryLeaseOwner?: string; enforceContinuationOwnership?: boolean },
    onMissing: () => T,
    operation: (tx: Db, run: HeartbeatRun, publications: ActivityPublication[]) => Promise<T>,
    mode: "accounting" | "ownership",
  ): Promise<T> {
    // Queue editing and claiming already use issue -> wake -> run. Read the
    // immutable issue reference without a lock first, then acquire issue ->
    // run here as well. Locking the run first can deadlock with a claimant
    // that owns the issue lock and is waiting for the run.
    for (let attempt = 0; attempt < 3; attempt += 1) {
      const hint = await db
        .select({ contextSnapshot: heartbeatRuns.contextSnapshot })
        .from(heartbeatRuns)
        .where(and(eq(heartbeatRuns.id, input.runId), eq(heartbeatRuns.companyId, input.companyId)))
        .then((rows) => rows[0] ?? null);
      if (!hint) return onMissing();
      // Already-admitted ordinary work owes the budget/run gate, not another
      // continuation or chat-control issue lock. Its authority is captured on
      // the run and reservation; protected recovery retains its admission.
      const hintedIssueId = input.enforceContinuationOwnership === false ? null
        : readNonEmptyString(parseObject(hint.contextSnapshot).issueId);

      const locked = async (typedTx: Db, publications: ActivityPublication[]) => {
        // Recovery always takes coordinator before issue/run. Only the
        // accounting phase acquires the company lock and evaluates budgets.
        await lockRunBudgetRecoveryOwnerInTransaction(typedTx, input.companyId, input.runId, input.recoveryLeaseOwner);
        if (hintedIssueId) {
          await typedTx
            .select({ id: issues.id })
            .from(issues)
            .where(and(eq(issues.id, hintedIssueId), eq(issues.companyId, input.companyId)))
            .for("update");
        }

        const run = await typedTx
          .select()
          .from(heartbeatRuns)
          .where(
            and(eq(heartbeatRuns.id, input.runId), eq(heartbeatRuns.companyId, input.companyId)),
          )
          // Keep the run status stable through the semantic decision and any
          // resulting mutation and synchronous dispatch handoff. Never await
          // adapter-owned work while this transaction holds the row locks.
          .for("update")
          .then((rows) => rows[0] ?? null);
        if (!run) return { kind: "missing" as const };

        const lockedIssueId = input.enforceContinuationOwnership === false ? null
          : readNonEmptyString(parseObject(run.contextSnapshot).issueId);
        if (lockedIssueId !== hintedIssueId) return { kind: "retry" as const };
        return { kind: "value" as const, value: await operation(typedTx, run, publications) };
      };
      const result: { kind: "missing" | "retry" } | { kind: "value"; value: T } = mode === "accounting"
        ? await withAccountingTransaction(db, input.companyId, locked)
        : await db.transaction(tx => locked(tx as unknown as Db, []));

      if (result.kind === "missing") return onMissing();
      if (result.kind === "value") return result.value;
    }

    throw new Error(
      `run-dispatch: run ${input.runId} changed issue context repeatedly while acquiring locks`,
    );
  }

  function withIssueThenRunLocks<T>(
    input: { runId: string; companyId: string; recoveryLeaseOwner?: string; enforceContinuationOwnership?: boolean },
    onMissing: () => T,
    operation: (tx: Db, run: HeartbeatRun, publications: ActivityPublication[]) => Promise<T>,
  ) {
    return withRunOwnershipLocks(input, onMissing, operation, "accounting");
  }

  async function loadGateFacts(
    input: LoadGateFactsInput,
    now: Date,
    tx?: unknown,
    publications?: ActivityPublication[],
  ): Promise<LoadGateFactsResult> {
    // Semantic adapter operations pass their transaction here so the fact
    // read and the state transition share one unit of work. This helper is
    // deliberately not exposed through the module's public API.
    const dbOrTx = (tx as Db | undefined) ?? db;
    const budgetsForRead = tx ? budgetServiceInTransaction(dbOrTx, publications) : budgets;
    const treeControlForRead = tx ? issueTreeControlService(dbOrTx) : treeControlSvc;
    const issuesSvcForRead = tx ? issueService(dbOrTx) : issuesSvc;

    const agent = await dbOrTx
      .select()
      .from(agents)
      .where(and(eq(agents.id, input.agentId), eq(agents.companyId, input.companyId)))
      .then((rows) => rows[0] ?? null);
    if (!agent) {
      return { agentFound: false, issueId: readNonEmptyString(input.contextSnapshot.issueId) };
    }

    const retryReason =
      input.retryReasonOverride ??
      readNonEmptyString(input.contextSnapshot.retryReason) ??
      input.scheduledRetryReason ??
      null;
    const issueId = readNonEmptyString(input.contextSnapshot.issueId);
    const retryReasonKind = classifyRetryReasonKind(retryReason);

    // Facts fill in through the same rule order `decideScheduledRetryGate`
    // evaluates. A field still awaiting its own read keeps a value that
    // rule never blocks on, EXCEPT `issueFound`, which starts unresolved
    // and gets an explicit early check once the issue read lands — a
    // false default there would look exactly like "the issue is gone" the
    // moment `issueId` is set, before the read that would prove it. Once a
    // group of fields is real, this calls the gate on the facts gathered
    // so far, so a rule an earlier read already decided stops the run
    // before it pays for a later, unrelated read — a sweep of many due
    // retries must not query pause holds or dependencies for a retry a
    // budget block or a stale assignment already suppresses.
    const facts: ScheduledRetryFacts = {
      runId: input.runId,
      runAgentId: input.agentId,
      issueId,
      retryReasonKind,
      enforceIssueExecutionLock: retryReasonKind === "max_turn_continuation" || retryReasonKind === "ai_connection_wait",
      isNonAssigneeWorkspaceBusyRetry: isNonAssigneeWorkspaceBusyRetry(retryReason, input.contextSnapshot),
      budgetBlock: null,
      agentInvokable: true,
      agentInvokabilityDetails: {},
      agentInvokabilityInvalidOrgChain: false,
      heartbeatWakeOnDemandEnabled: true,
      issueFound: false,
      issueStatus: null,
      issueAssigneeAgentId: null,
      issueExecutionRunId: null,
      reviewParticipant: NO_REVIEW_PARTICIPANT,
      activePauseHold: null,
      dependenciesBlocked: null,
      dispositionRepair: null,
    };
    const isBlocked = () => !decideScheduledRetryGate(facts, now).allowed;

    const budgetBlock = await budgetsForRead.getInvocationBlock(input.companyId, input.agentId, {
      issueId,
      projectId: readNonEmptyString(input.contextSnapshot.projectId),
    });
    facts.budgetBlock = budgetBlock
      ? { reason: budgetBlock.reason, scopeType: budgetBlock.scopeType, scopeId: budgetBlock.scopeId }
      : null;
    if (facts.budgetBlock) return { agentFound: true, facts };

    const agentInvokability = await evaluateAgentInvokabilityFromDb(dbOrTx, agent);
    facts.agentInvokable = agentInvokability.invokable;
    facts.agentInvokabilityDetails = agentInvokability.invokable ? {} : agentInvokability.details;
    facts.agentInvokabilityInvalidOrgChain = agentInvokability.invokable
      ? false
      : agentInvokability.invalidOrgChain;
    if (!facts.agentInvokable) return { agentFound: true, facts };

    facts.heartbeatWakeOnDemandEnabled = isHeartbeatWakeOnDemandEnabled(agent);
    if (!facts.heartbeatWakeOnDemandEnabled) return { agentFound: true, facts };

    if (!issueId) return { agentFound: true, facts };

    const issueQuery = dbOrTx
      .select({
        id: issues.id,
        companyId: issues.companyId,
        projectId: issues.projectId,
        status: issues.status,
        assigneeAgentId: issues.assigneeAgentId,
        assigneeUserId: issues.assigneeUserId,
        executionRunId: issues.executionRunId,
        checkoutRunId: issues.checkoutRunId,
        executionPolicy: issues.executionPolicy,
        executionState: issues.executionState,
        monitorNextCheckAt: issues.monitorNextCheckAt,
      })
      .from(issues)
      .where(and(eq(issues.id, issueId), eq(issues.companyId, input.companyId)));
    // Locking the row here, only when a caller opened a transaction for the
    // promote-or-cancel write, is what makes that write's decision hold: a
    // concurrent reassignment, pause, or status change blocks on this lock
    // instead of landing between this read and that write.
    const issue = await (tx ? issueQuery.for("update") : issueQuery).then(
      (rows) => rows[0] ?? null,
    );

    facts.issueFound = issue !== null;
    if (!facts.issueFound) return { agentFound: true, facts };

    facts.issueStatus = issue.status;
    facts.issueAssigneeAgentId = issue.assigneeAgentId;
    facts.issueExecutionRunId = issue.executionRunId;
    facts.issueCheckoutRunId = issue.checkoutRunId;
    if (input.conversationContinuation) {
      facts.pendingResponse = await connectionContinuationPendingResponse(dbOrTx as unknown as Db,
        issue, input.responsibleUserId, input.runId);
    }
    facts.reviewParticipant = await readNativeReviewParticipantFacts(dbOrTx, {
      companyId: input.companyId, issueId, agentId: input.agentId,
      contextSnapshot: input.contextSnapshot,
    }) ?? buildReviewParticipantFacts({
      isInReview: issue.status === "in_review",
      executionState: parseIssueExecutionState(issue.executionState),
    });

    // The gate checks a disposition repair's own supersession before it
    // checks ownership or status, so this read must land before the next
    // isBlocked() call — checking isBlocked() first would report the wrong
    // suppression reason for a superseded repair.
    if (retryReasonKind === "disposition_repair") {
      const expectedFingerprint = readNonEmptyString(input.contextSnapshot.dispositionRepairFingerprint);
      const sourceState = await collectDispositionRepairSourceState(dbOrTx, {
        issue,
        excludeRunId: input.runId,
        excludeWakeupRequestId: input.wakeupRequestId,
      });
      let currentFingerprint = sourceState.fingerprint;
      let validSource = true;
      if (readNonEmptyString(parseObject(input.contextSnapshot.legacyDispositionEpisode).id)) {
        // Legacy repair reserves a slot in a persisted episode. Its fingerprint
        // identifies that episode, not the older parked-summary state snapshot.
        // Still recheck every active/wait/ownership gate before promotion.
        const episode = legacyDispositionEpisode({ id: input.runId, contextSnapshot: input.contextSnapshot });
        const sourceId = readNonEmptyString(input.contextSnapshot.dispositionRepairSourceRunId)
          ?? readNonEmptyString(input.contextSnapshot.retryOfRunId);
        const source = sourceId ? await dbOrTx.select().from(heartbeatRuns).where(and(
          eq(heartbeatRuns.id, sourceId), eq(heartbeatRuns.companyId, input.companyId),
        )).limit(1).then(rows => rows[0]) : null;
        validSource = Boolean(source && source.status === "succeeded" && source.agentId === input.agentId
          && (source.contextSnapshot?.issueId ?? source.contextSnapshot?.taskId) === issueId
          && legacyDispositionEpisode(source).id === episode.id
          && episode.attempt >= 1 && episode.attempt <= episode.maxAttempts);
        currentFingerprint = legacyDispositionFingerprint(input.companyId, issueId, input.agentId, episode.id);
      }
      facts.dispositionRepair = {
        expectedFingerprintPresent: expectedFingerprint !== null,
        fingerprintMatches: validSource && currentFingerprint === expectedFingerprint,
        hasActiveExecutionPath: sourceState.hasActiveExecutionPath,
        hasDurableWaitingPath: sourceState.hasDurableWaitingPath,
        expectedFingerprint,
        currentFingerprint,
        durablePathReason: sourceState.durablePathReason,
      };
    }
    if (isBlocked()) return { agentFound: true, facts };

    const activePauseHold = await treeControlForRead.getActivePauseHoldGate(input.companyId, issueId);
    facts.activePauseHold = activePauseHold
      ? { holdId: activePauseHold.holdId, rootIssueId: activePauseHold.rootIssueId }
      : null;
    if (isBlocked()) return { agentFound: true, facts };

    const dependencyReadiness = await issuesSvcForRead.listDependencyReadiness(input.companyId, [issueId]);
    const readiness = dependencyReadiness.get(issueId);
    facts.dependenciesBlocked =
      readiness && !readiness.isDependencyReady
        ? {
            unresolvedBlockerIssueIds: readiness.unresolvedBlockerIssueIds,
            unresolvedBlockerCount: readiness.unresolvedBlockerCount,
          }
        : null;

    return { agentFound: true, facts };
  }

  async function evaluateScheduledRetryGate(input: EvaluateScheduledRetryGateInput) {
    const run = await db
      .select()
      .from(heartbeatRuns)
      .where(and(eq(heartbeatRuns.id, input.runId), eq(heartbeatRuns.companyId, input.companyId)))
      .then((rows) => rows[0] ?? null);
    if (!run) {
      throw new RunDispatchApplicationError(
        "run_not_found",
        `run-dispatch: run ${input.runId} was not found while evaluating retry eligibility`,
      );
    }
    const factsResult = await loadGateFacts(
      {
        runId: run.id,
        companyId: run.companyId,
        agentId: run.agentId,
        conversationContinuation: run.runtimeMode === "legacy" && hasConversationContinuationPolicy(run.resultJson),
        responsibleUserId: run.responsibleUserId,
        contextSnapshot: parseObject(run.contextSnapshot),
        scheduledRetryReason: run.scheduledRetryReason,
        retryReasonOverride: input.retryReasonOverride,
        wakeupRequestId: run.wakeupRequestId,
      },
      input.now,
    );
    if (!factsResult.agentFound) {
      return {
        allowed: false as const,
        reason: "Scheduled retry suppressed because the agent no longer exists",
        errorCode: "agent_not_invokable" as const,
        issueId: factsResult.issueId,
        details: { agentId: run.agentId },
      };
    }
    return decideScheduledRetryGate(factsResult.facts, input.now);
  }

  async function listDueRetries(input: ListDueRetriesInput): Promise<DueRetryRun[]> {
    const rows = await db
      .select()
      .from(heartbeatRuns)
      .where(
        and(
          eq(heartbeatRuns.status, "scheduled_retry"),
          lte(heartbeatRuns.scheduledRetryAt, input.now),
          input.cutoff ? gte(heartbeatRuns.createdAt, input.cutoff) : undefined,
        ),
      )
      .orderBy(
        asc(heartbeatRuns.scheduledRetryAt),
        asc(heartbeatRuns.createdAt),
        asc(heartbeatRuns.id),
      )
      .limit(input.limit);

    return rows.map((row) => ({
      runId: row.id,
      companyId: row.companyId,
    }));
  }

  async function loadStalenessFacts(
    input: LoadStalenessFactsInput,
    _now: Date,
    tx?: unknown,
  ): Promise<QueuedRunFacts> {
    const dbOrTx = (tx as Db | undefined) ?? db;
    const issueId = input.issueId;
    const context = input.contextSnapshot;

    const issueQuery = dbOrTx
      .select({
        id: issues.id,
        companyId: issues.companyId,
        projectId: issues.projectId,
        assigneeUserId: issues.assigneeUserId,
        status: issues.status,
        assigneeAgentId: issues.assigneeAgentId,
        executionRunId: issues.executionRunId,
        checkoutRunId: issues.checkoutRunId,
        executionState: issues.executionState,
      })
      .from(issues)
      .where(and(eq(issues.id, issueId), eq(issues.companyId, input.companyId)));
    const issue = await (tx ? issueQuery.for("update") : issueQuery).then(
      (rows) => rows[0] ?? null,
    );

    const wakeCommentId = deriveCommentId(context);
    const isInteractionWake = allowsIssueInteractionWake(
      context,
      ISSUE_TREE_CONTROL_INTERACTION_WAKE_REASONS,
    );
    const resumeIntent = context.resumeIntent === true || context.followUpRequested === true;
    const wakeReason = readNonEmptyString(context.wakeReason);
    const retryReason =
      readNonEmptyString(context.retryReason) ?? input.scheduledRetryReason ?? null;
    const interactionResolvedAt = readNonEmptyString(context.interactionResolvedAt);
    const hasResolvedInteractionEvidence =
      interactionResolvedAt !== null && !Number.isNaN(Date.parse(interactionResolvedAt));
    const isResolvedInteractionContinuation = isResolvedInteractionContinuationWakeContext(context);

    const continuationParkApplies = Boolean(
      issue &&
        issue.status === "in_progress" &&
        !wakeCommentId &&
        !hasResolvedInteractionEvidence &&
        (wakeReason === "issue_continuation_needed" || retryReason === "issue_continuation_needed"),
    );
    let continuationSummaryBody: string | null = null;
    let continuationParksExecutor = false;
    if (continuationParkApplies) {
      const queuedWake = parseObject(context.paperclipWake);
      const queuedContinuationSummary =
        readNonEmptyString(parseObject(context.paperclipContinuationSummary).body) ??
        readNonEmptyString(parseObject(queuedWake.continuationSummary).body);
      const currentContinuationSummary = queuedContinuationSummary
        ? null
        : await getIssueContinuationSummaryDocument(dbOrTx, issueId);
      continuationSummaryBody = queuedContinuationSummary ?? currentContinuationSummary?.body ?? null;
      continuationParksExecutor = continuationSummaryParksExecutor(continuationSummaryBody);
    }

    const recoveryActionId = readNonEmptyString(context.recoveryActionId);
    const isAuthorizedSourceScopedRecovery =
      issue && wakeReason === "source_scoped_recovery_action" && recoveryActionId
        ? await dbOrTx
            .select({ id: issueRecoveryActions.id })
            .from(issueRecoveryActions)
            .where(
              and(
                eq(issueRecoveryActions.id, recoveryActionId),
                eq(issueRecoveryActions.companyId, input.companyId),
                eq(issueRecoveryActions.sourceIssueId, issue.id),
                eq(issueRecoveryActions.ownerAgentId, input.agentId),
                inArray(issueRecoveryActions.status, ["active", "escalated"]),
              ),
            )
            .limit(1)
            .then((rows) => Boolean(rows[0]))
        : false;

    const retryReasonKind = classifyRetryReasonKind(retryReason);
    // Dependency edges can change after scheduled promotion without changing
    // the displayed status. Read them again under the queued/final issue lock.
    const readiness = issue && retryReasonKind === "native_safe_replacement"
      ? (await issueService(dbOrTx).listDependencyReadiness(input.companyId, [issueId])).get(issueId)
      : null;
    return {
      runId: input.runId,
      runAgentId: input.agentId,
      issueId,
      retryReasonKind,
      dependenciesBlocked: readiness && !readiness.isDependencyReady ? {
        unresolvedBlockerIssueIds: readiness.unresolvedBlockerIssueIds,
        unresolvedBlockerCount: readiness.unresolvedBlockerCount,
      } : null,
      pendingResponse: issue && (input.conversationContinuation || context.connectionIntentResolution === "existing_connection")
        ? await connectionContinuationPendingResponse(dbOrTx as unknown as Db, issue, input.responsibleUserId, input.runId)
        : null,
      issueFound: issue !== null,
      issueStatus: issue?.status ?? null,
      issueAssigneeAgentId: issue?.assigneeAgentId ?? null,
      issueExecutionRunId: issue?.executionRunId ?? null,
      issueCheckoutRunId: issue?.checkoutRunId ?? null,
      isResolvedInteractionContinuation,
      isConnectionContinuation: (isResolvedInteractionContinuation && context.interactionKind === "connection_intent")
        || context.source === "connection_tools.refreshed",
      isInteractionWake,
      isAuthorizedSourceScopedRecovery,
      isNonAssigneeWorkspaceBusyRetry: isNonAssigneeWorkspaceBusyRetry(retryReason, context),
      resumeIntent,
      wakeCommentIdPresent: Boolean(wakeCommentId),
      isCompletedOnboardingHandoffWake: await isCompletedOnboardingHandoffWake(dbOrTx, {
        companyId: input.companyId, issueId, agentId: input.agentId,
        reason: wakeReason, contextSnapshot: context,
      }),
      continuationParkApplies,
      continuationParksExecutor,
      continuationSummaryBody,
      wakeReason,
      retryReason,
      reviewParticipant: issue
        ? await readNativeReviewParticipantFacts(dbOrTx, {
            companyId: input.companyId, issueId, agentId: input.agentId,
            contextSnapshot: context,
          }) ?? buildReviewParticipantFacts({
            isInReview: issue.status === "in_review",
            executionState: issue.status === "in_review" ? parseIssueExecutionState(issue.executionState) : null,
          })
        : NO_REVIEW_PARTICIPANT,
    };
  }

  async function promoteDueRetryInTx(
    tx: Db,
    input: PromoteOrCancelDueRetryInput,
    issueId: string | null,
  ): Promise<
    | { applied: true; run: HeartbeatRun; postCommitEffects: PostCommitEffect[] }
    | { applied: false }
  > {
    await notifyInstructionCollection(tx, { companyId: input.companyId, runId: input.runId });
    await notifyScheduledRetryCancellation(tx, { companyId: input.companyId, runId: input.runId });
    await notifyChatRunMilestones(tx, { companyId: input.companyId, issueId: issueId ?? undefined });
    const [row] = await tx
      .update(heartbeatRuns)
      .set({
        status: "queued",
        updatedAt: input.now,
        resultJson: sql`case when ${heartbeatRuns.resultJson}->'executionWait'->>'cause' = 'execution_owner_active'
          then ${heartbeatRuns.resultJson} - 'executionWait' else ${heartbeatRuns.resultJson} end`,
      })
      .where(
        and(
          eq(heartbeatRuns.id, input.runId),
          eq(heartbeatRuns.companyId, input.companyId),
          eq(heartbeatRuns.status, "scheduled_retry"),
          lte(heartbeatRuns.scheduledRetryAt, input.now),
        ),
      )
      .returning();
    if (!row) return { applied: false };

    await appendHeartbeatRunEvent(tx as unknown as Db, {
      companyId: row.companyId,
      runId: row.id,
      agentId: row.agentId,
      eventType: "lifecycle",
      stream: "system",
      level: "info",
      message: "Scheduled retry became due and was promoted to the queued run pool",
      payload: {
        scheduledRetryAttempt: row.scheduledRetryAttempt,
        scheduledRetryAt: row.scheduledRetryAt ? new Date(row.scheduledRetryAt).toISOString() : null,
        scheduledRetryReason: row.scheduledRetryReason,
      },
    });

    return { applied: true as const, run: row, postCommitEffects: [queuedEffect(row)] };
  }

  async function cancelSuppressedRetryInTx(
    tx: Db,
    input: CancelSuppressedRetryInput,
  ): Promise<CancelSuppressedRetryResult> {
    await notifyInstructionCollection(tx, { companyId: input.companyId, runId: input.runId });
    await notifyScheduledRetryCancellation(tx, { companyId: input.companyId, runId: input.runId });
    await notifyChatRunMilestones(tx, { companyId: input.companyId, issueId: input.issueId ?? undefined });
    const [row] = await tx
      .update(heartbeatRuns)
      .set({
        status: "cancelled",
        finishedAt: input.now,
        error: input.reason,
        errorCode: input.errorCode,
        updatedAt: input.now,
      })
      .where(
        and(
          eq(heartbeatRuns.id, input.runId),
          eq(heartbeatRuns.companyId, input.companyId),
          eq(heartbeatRuns.status, "scheduled_retry"),
          lte(heartbeatRuns.scheduledRetryAt, input.now),
        ),
      )
      .returning();
    if (!row) return { applied: false };

    if (row.wakeupRequestId) {
      await tx
        .update(agentWakeupRequests)
        .set({ status: "cancelled", finishedAt: input.now, error: input.reason, updatedAt: input.now })
        .where(
          and(
            eq(agentWakeupRequests.id, row.wakeupRequestId),
            eq(agentWakeupRequests.companyId, row.companyId),
          ),
        );
    }

    if (input.issueId) {
      await tx
        .update(issues)
        .set({
          executionRunId: null,
          executionAgentNameKey: null,
          executionLockedAt: null,
          updatedAt: input.now,
        })
        .where(
          and(
            eq(issues.companyId, row.companyId),
            eq(issues.id, input.issueId),
            eq(issues.executionRunId, row.id),
          ),
        );
    }

    await appendHeartbeatRunEvent(tx as unknown as Db, {
      companyId: row.companyId,
      runId: row.id,
      agentId: row.agentId,
      eventType: "lifecycle",
      stream: "system",
      level: "warn",
      message: input.reason,
      payload: {
        ...input.details,
        scheduledRetryAttempt: row.scheduledRetryAttempt,
        scheduledRetryAt: row.scheduledRetryAt ? new Date(row.scheduledRetryAt).toISOString() : null,
        scheduledRetryReason: row.scheduledRetryReason,
      },
    });

    return { applied: true, run: row };
  }

  async function promoteOrCancelDueRetry(
    input: PromoteOrCancelDueRetryInput,
  ): Promise<PromoteScheduledRetryOutcome> {
    const now = input.now;

    const promoteLockedRun = async (tx: Db, run: HeartbeatRun, publications: ActivityPublication[]) => {
      if (
        run.status !== "scheduled_retry" ||
        // The locked row is also the cancellation claim. If Stop won first,
        // leave settlement to that owner rather than promote its parked run.
        run.resultJson?.startupCancellation ||
        !run.scheduledRetryAt ||
        new Date(run.scheduledRetryAt).getTime() > now.getTime()
      ) {
        return { outcome: { outcome: "not_promoted" as const }, telemetryRun: null };
      }
      const factsResult = await loadGateFacts(
        {
          runId: run.id,
          companyId: run.companyId,
          agentId: run.agentId,
          conversationContinuation: run.runtimeMode === "legacy" && hasConversationContinuationPolicy(run.resultJson),
          responsibleUserId: run.responsibleUserId,
          contextSnapshot: parseObject(run.contextSnapshot),
          scheduledRetryReason: run.scheduledRetryReason,
          retryReasonOverride: run.scheduledRetryReason,
          wakeupRequestId: run.wakeupRequestId,
        },
        now,
        tx,
        publications,
      );

      if (!factsResult.agentFound) {
        const cancelled = await cancelSuppressedRetryInTx(tx as unknown as Db, {
          runId: input.runId,
          companyId: input.companyId,
          now,
          reason: "Scheduled retry suppressed because the agent no longer exists",
          errorCode: "agent_not_invokable",
          issueId: factsResult.issueId,
          details: { agentId: run.agentId },
        });
        return cancelled.applied
          ? {
              outcome: {
                outcome: "gate_suppressed" as const,
                reason: "Scheduled retry suppressed because the agent no longer exists",
                errorCode: "agent_not_invokable" as const,
              },
              telemetryRun: cancelled.run,
            }
          : { outcome: { outcome: "not_promoted" as const }, telemetryRun: null };
      }

      const gate = decideScheduledRetryGate(factsResult.facts, now);

      // Preserve legacy transient retry behavior for runs that only carry a
      // loose task context rather than a persisted issue row: a missing
      // issue suppresses a max-turn continuation, but every other retry
      // reason proceeds to promotion anyway.
      const isLegacyMissingIssueException =
        !hasConversationContinuationPolicy(run.resultJson) &&
        !gate.allowed &&
        gate.errorCode === "issue_not_found" &&
        factsResult.facts.retryReasonKind !== "max_turn_continuation" &&
        factsResult.facts.retryReasonKind !== "native_safe_replacement";

      if (!gate.allowed && !isLegacyMissingIssueException) {
        const cancelled = await cancelSuppressedRetryInTx(tx as unknown as Db, {
          runId: input.runId,
          companyId: input.companyId,
          now,
          reason: gate.reason,
          errorCode: gate.errorCode,
          issueId: gate.issueId,
          details: gate.details,
        });
        return cancelled.applied
          ? {
              outcome: {
                outcome: "gate_suppressed" as const,
                reason: gate.reason,
                errorCode: gate.errorCode,
              },
              telemetryRun: cancelled.run,
            }
          : { outcome: { outcome: "not_promoted" as const }, telemetryRun: null };
      }

      const issueId = factsResult.facts.issueId;
      if (issueId && (await deferRetryForCleanupInTx(tx, run, issueId, now))) {
        return { outcome: { outcome: "not_promoted" as const }, telemetryRun: null };
      }

      const promoted = await promoteDueRetryInTx(tx as unknown as Db, {
        runId: input.runId,
        companyId: input.companyId,
        now,
      }, issueId);
      return promoted.applied
        ? {
            outcome: {
              outcome: "promoted" as const,
              postCommitEffects: promoted.postCommitEffects,
            },
            telemetryRun: null,
          }
        : { outcome: { outcome: "not_promoted" as const }, telemetryRun: null };
    };
    const transactionResult = await withIssueThenRunLocks(
      input,
      () => ({ outcome: { outcome: "not_promoted" as const }, telemetryRun: null }),
      promoteLockedRun,
    );

    // Telemetry is best-effort background work; fire it only after the
    // transaction above has committed, so a suppressed retry is never
    // published before its cancellation is durable, and never published at
    // all if the transaction rolled back.
    if (transactionResult.telemetryRun) {
      void emitAgentTaskRun(db, transactionResult.telemetryRun);
    }

    return transactionResult.outcome;
  }

  async function cancelStaleRunInTx(
    tx: Db,
    run: HeartbeatRun,
    issueId: string,
    decision: Extract<ReturnType<typeof decideQueuedRunStaleness>, { stale: true }>,
    expectedStatus: "queued" | "running",
    now: Date,
    providerDispatchNotStarted = false,
  ): Promise<CancelStaleQueuedRunOutcome> {
      await notifyInstructionCollection(tx, { companyId: run.companyId, runId: run.id });
      await notifyDeliveryWork(tx, DELIVERY_QUEUES.accounting, run.companyId);
      await notifyChatRunMilestones(tx, { companyId: run.companyId, issueId });
      const [row] = await tx
        .update(heartbeatRuns)
        .set({
          status: "cancelled",
          finishedAt: now,
          error: decision.reason,
          errorCode: decision.errorCode,
          resultJson: {
            ...parseObject(run.resultJson),
            stopReason: decision.errorCode,
            ...(providerDispatchNotStarted && decision.errorCode === "issue_waiting_for_response"
              ? { preDispatchResponseWait: { version: 1, providerWorkStarted: false } }
              : {}),
            ...(decision.errorCode === "execution_reconciliation_required"
              ? { executionWait: decision.details }
              : {}),
            effectiveTimeoutSec: 0,
            timeoutConfigured: false,
            timeoutSource: "stale_queued_run_gate",
            timeoutFired: false,
          },
          updatedAt: now,
        })
        .where(
          and(
            eq(heartbeatRuns.id, run.id),
            eq(heartbeatRuns.companyId, run.companyId),
            eq(heartbeatRuns.status, expectedStatus),
          ),
        )
        .returning();
      // A concurrent claimant or canceller already moved the run off
      // `expectedStatus`: the caller's staleness decision lost the race, so
      // this write must not overwrite whatever status won it.
      if (!row) return { outcome: "lost_race" };

      if (row.wakeupRequestId) {
        await tx
          .update(agentWakeupRequests)
          .set({ status: "skipped", finishedAt: now, error: decision.reason, updatedAt: now })
          .where(
            and(
              eq(agentWakeupRequests.id, row.wakeupRequestId),
              eq(agentWakeupRequests.companyId, row.companyId),
            ),
          );
      }

      const context = parseObject(row.contextSnapshot);
      if (decision.errorCode === "issue_waiting_for_response" && context.connectionIntentResolution === "existing_connection"
        && context.source === "connection_intent.resolved" && context.interactionKind === "connection_intent"
        && typeof context.interactionId === "string") {
        // The partial wake-key uniqueness fence permits another delivery after
        // this skipped receipt. Rearm atomically so restored access or a later
        // answer can resume the untouched request after a restart.
        await tx.update(connectionIntentDeliveries).set({ deliveredAt: null, nextAttemptAt: now }).where(and(
          eq(connectionIntentDeliveries.companyId, row.companyId),
          eq(connectionIntentDeliveries.interactionId, context.interactionId),
        ));
        await notifyDeliveryWork(tx, DELIVERY_QUEUES.connection);
      }

      await tx
        .update(issues)
        .set({
          executionRunId: null,
          executionAgentNameKey: null,
          executionLockedAt: null,
          updatedAt: now,
        })
        .where(
          and(
            eq(issues.companyId, row.companyId),
            eq(issues.id, issueId),
            eq(issues.executionRunId, row.id),
          ),
        );

      await appendHeartbeatRunEvent(tx as unknown as Db, {
        companyId: row.companyId,
        runId: row.id,
        agentId: row.agentId,
        eventType: "lifecycle",
        stream: "system",
        level: "warn",
        message: decision.reason,
        payload: decision.details,
      });

      return {
        outcome: "cancelled",
        reason: decision.reason,
        errorCode: decision.errorCode,
        postCommitEffects: [statusEffect(row, expectedStatus)],
      };
  }

  async function decideCurrentRunStaleness(tx: Db, run: HeartbeatRun, now: Date, publications?: ActivityPublication[]) {
    const contextSnapshot = parseObject(run.contextSnapshot);
    const issueId = readNonEmptyString(contextSnapshot.issueId);
    if (!issueId) return { issueId: null, facts: null, executionBlocker: null, decision: { stale: false as const } };
    if (typeof contextSnapshot.workspaceReconstructionActionId === "string") {
      try {
        await validateReconstructedWorkspaceDispatch(tx, run);
        const current = await loadGateFacts({ runId: run.id, companyId: run.companyId, agentId: run.agentId,
          responsibleUserId: run.responsibleUserId, conversationContinuation: true, contextSnapshot,
          scheduledRetryReason: run.scheduledRetryReason, retryReasonOverride: "native_safe_replacement", wakeupRequestId: run.wakeupRequestId,
        }, now, tx, publications);
        if (!current.agentFound || !decideScheduledRetryGate(current.facts, now).allowed) throw new Error("reconstruction_execution_not_eligible");
      }
      catch {
        return { issueId, facts: null, executionBlocker: null, decision: { stale: true as const,
          errorCode: "execution_reconciliation_required" as const,
          reason: "Workspace reconstruction changed before execution. Inspect the saved sources and current task before continuing.",
          details: { issueId, recoveryActionId: contextSnapshot.workspaceReconstructionActionId },
        } };
      }
    }
    const recovery = await getExecutionBlocker(tx, run.companyId, issueId, { conversationResetCommentId: deriveCommentId(contextSnapshot) });
    if (recovery) return { issueId, facts: null, executionBlocker: recovery, decision: { stale: true as const,
      errorCode: "execution_reconciliation_required" as const, reason: recovery.nextAction,
      details: { issueId, recoveryActionId: recovery.recoveryActionId },
    } };
    const facts = await loadStalenessFacts(
      {
        runId: run.id,
        companyId: run.companyId,
        agentId: run.agentId,
        responsibleUserId: run.responsibleUserId,
        conversationContinuation: run.runtimeMode === "legacy" && hasConversationContinuationPolicy(run.resultJson),
        issueId,
        contextSnapshot,
        scheduledRetryReason: run.scheduledRetryReason,
      },
      now,
      tx,
    );
    return { issueId, facts, executionBlocker: null, decision: decideQueuedRunStaleness(facts, now) };
  }

  /**
   * Keep the existing attempt durable while the previous execution releases
   * ownership. Only an unstarted legacy conversation retry can wait here;
   * reconciliation of uncertain actions and native execution retain their gates.
   * Both callers hold the issue and run locks, in that order.
   */
  async function deferRetryForCleanupInTx(
    tx: Db,
    run: HeartbeatRun,
    issueId: string,
    now: Date,
    observedBlocker?: Awaited<ReturnType<typeof getExecutionBlocker>>,
  ) {
    if (
      run.runtimeMode !== "legacy" || !run.retryOfRunId || run.startedAt ||
      run.processPid || run.processGroupId ||
      !hasConversationContinuationPolicy(run.resultJson) ||
      !["scheduled_retry", "queued"].includes(run.status)
    ) return null;
    // Use the dispatch gate's observation when supplied. A second read could
    // see cleanup finish and accidentally cancel the retry for the old hold.
    const blocker = observedBlocker === undefined
      ? await getExecutionBlocker(tx, run.companyId, issueId)
      : observedBlocker;
    if (blocker?.cause !== "execution_owner_active") return null;

    const previousWait = parseObject(run.resultJson?.executionWait);
    const scheduledRetryAt = new Date(now.getTime() + 30_000);
    const executionWait = { issueId, runId: blocker.runId, cause: blocker.cause };
    await notifyScheduledRetryCancellation(tx, { companyId: run.companyId, runId: run.id });
    const [waiting] = await tx.update(heartbeatRuns)
      .set({
        status: "scheduled_retry",
        scheduledRetryAt,
        updatedAt: now,
        contextSnapshot: { ...parseObject(run.contextSnapshot), scheduledRetryAt: scheduledRetryAt.toISOString() },
        resultJson: { ...parseObject(run.resultJson), executionWait },
      })
      .where(and(
        eq(heartbeatRuns.id, run.id),
        eq(heartbeatRuns.companyId, run.companyId),
        eq(heartbeatRuns.status, run.status),
      ))
      .returning();
    if (!waiting) return null;
    // Repeated sweeps retain one wait diagnostic, not a new attempt or event.
    if (previousWait.cause !== blocker.cause || previousWait.runId !== blocker.runId) {
      await appendHeartbeatRunEvent(tx, {
        companyId: run.companyId,
        runId: run.id,
        agentId: run.agentId,
        eventType: "lifecycle",
        stream: "system",
        level: "info",
        message: "Scheduled retry is waiting for execution cleanup; the same attempt will continue after ownership is released",
        payload: { ...executionWait, scheduledRetryAttempt: run.scheduledRetryAttempt },
      });
    }
    return { outcome: "deferred" as const, postCommitEffects: [statusEffect(waiting, run.status)] };
  }

  async function cancelStaleQueuedRun(
    input: CancelStaleQueuedRunInput,
  ): Promise<CancelStaleQueuedRunOutcome> {
    const cancelLockedRun = async (tx: Db, run: HeartbeatRun, publications: ActivityPublication[]) => {
      if (run.status !== input.expectedStatus) return { outcome: "lost_race" as const };
      const { issueId, facts, decision, executionBlocker } = await decideCurrentRunStaleness(tx, run, input.now, publications);
      if (!decision.stale || !issueId) {
        if (input.expectedStatus === "queued" && facts?.isInteractionWake) {
          // Preserve the authority accepted under the issue/run locks. Later
          // preflight reads can observe a reassignment; they must not turn an
          // assignee comment into a non-assignee subscription-wait exception.
          await tx.update(heartbeatRuns).set({
            runnerProfileJson: {
              ...parseObject(run.runnerProfileJson),
              aiConnectionNonAssigneeCommentWake: facts.issueAssigneeAgentId !== run.agentId,
            },
          }).where(and(eq(heartbeatRuns.id, run.id), eq(heartbeatRuns.companyId, run.companyId)));
        }
        return { outcome: "not_stale" as const };
      }
      if (input.expectedStatus === "queued" && decision.errorCode === "execution_reconciliation_required") {
        const deferred = await deferRetryForCleanupInTx(tx, run, issueId, input.now, executionBlocker);
        if (deferred) return deferred;
      }
      return cancelStaleRunInTx(tx, run, issueId, decision, input.expectedStatus, input.now);
    };

    return withIssueThenRunLocks(
      input,
      () => {
        throw new RunDispatchApplicationError(
          "run_not_found",
          `run-dispatch: run ${input.runId} disappeared during stale-run validation`,
        );
      },
      cancelLockedRun,
    );
  }

  async function dispatchResolvedInteractionIfCurrent<T>(
    input: DispatchResolvedInteractionInput<T>,
  ): Promise<DispatchResolvedInteractionOutcome<T>> {
    const dispatchLockedRun = async (tx: Db, run: HeartbeatRun, publications: ActivityPublication[]) => {
      if (run.status !== input.expectedStatus || run.resultJson?.cancellation || run.resultJson?.startupCancellation) {
        return { dispatched: false as const, cancellation: { outcome: "lost_race" as const } };
      }
      if (input.enforceContinuationOwnership !== false) {
        const { issueId, decision: initialDecision } = await decideCurrentRunStaleness(
          tx,
          run,
          input.now,
          publications,
        );
        const decision =
          !initialDecision.stale && issueId
            ? await tx
                .select({ executionRunId: issues.executionRunId })
                .from(issues)
                .where(and(eq(issues.id, issueId), eq(issues.companyId, run.companyId)))
                .then((rows) => rows[0] ?? null)
                .then((issue) =>
                  issue?.executionRunId === run.id
                    ? initialDecision
                    : {
                        stale: true as const,
                        errorCode: "issue_execution_lock_changed" as const,
                        reason:
                          "Cancelled because continuation no longer owns the issue execution lock before adapter dispatch",
                        details: {
                          issueId,
                          expectedExecutionRunId: run.id,
                          currentExecutionRunId: issue?.executionRunId ?? null,
                        },
                      },
                )
            : initialDecision;

        if (decision.stale && issueId) {
          const cancellation = await cancelStaleRunInTx(
            tx,
            run,
            issueId,
            decision,
            input.expectedStatus,
            input.now,
            true, // This locked gate has not handed off to the provider callback.
          );
          return { dispatched: false as const, cancellation };
        }
      }

      const admissionBlockReason = await recheckRunBudgetReservationInTransaction(
        tx, publications, run, input.reservationId, input.recoveryLeaseOwner,
      );
      // Commit budget-owned hold/enforcement changes before the caller handles
      // denial. Throwing here would roll back the very stop intent we found.
      if (admissionBlockReason) return { dispatched: false as const, admissionBlockReason };

      const priorDispatch = parseObject(parseObject(run.usageJson).budgetDispatch);
      const recoveryLeaseOwner = input.recoveryLeaseOwner ?? null;
      if (priorDispatch.reservationId === input.reservationId && (priorDispatch.recoveryLeaseOwner ?? null) === recoveryLeaseOwner)
        return { dispatched: false as const, admissionBlockReason: "Provider dispatch already admitted this reservation generation" };
      // The committed claim is the dispatch linearization point. A concurrent
      // charge wins before it, or targets already-admitted work afterwards.
      // Preserve usage/cancellation evidence and fence duplicate handoffs even
      // for zero-valued holds. A newly proven native recovery owner has its own
      // generation; its ordinary stopped-execution checks remain upstream.
      const claim = { reservationId: input.reservationId, recoveryLeaseOwner, admittedAt: new Date().toISOString() };
      await tx.update(heartbeatRuns).set({
        usageJson: sql`coalesce(${heartbeatRuns.usageJson}, '{}'::jsonb) || ${JSON.stringify({ budgetDispatch: claim })}::jsonb`,
      }).where(and(eq(heartbeatRuns.id, run.id), eq(heartbeatRuns.companyId, run.companyId)));
      return { dispatched: true as const, claim };
    };

    const admission = await withIssueThenRunLocks(
      input,
      () => {
        throw new RunDispatchApplicationError(
          "run_not_found",
          `run-dispatch: run ${input.runId} disappeared before resolved-interaction dispatch`,
        );
      },
      dispatchLockedRun,
    );
    if (!admission.dispatched) return admission;
    // Accounting has committed. Close the separate issue/run ownership race
    // under short row locks, without reacquiring company accounting or awaiting
    // provider work. Mutating budget evaluation never runs in this second phase.
    return withRunOwnershipLocks<DispatchResolvedInteractionOutcome<T>>(input, () => ({ dispatched: false as const,
      cancellation: { outcome: "lost_race" as const } }), async (tx, run) => {
      const claim = parseObject(parseObject(run.usageJson).budgetDispatch);
      if (run.status !== input.expectedStatus || run.costAccountedAt || run.resultJson?.cancellation || run.resultJson?.startupCancellation
        || claim.reservationId !== admission.claim.reservationId || claim.recoveryLeaseOwner !== admission.claim.recoveryLeaseOwner
        || claim.admittedAt !== admission.claim.admittedAt || claim.handedOffAt)
        return { dispatched: false as const, cancellation: { outcome: "lost_race" as const } };

      const [scope] = await tx.select({ companyStatus: companies.status, agentStatus: agents.status,
        lifecycleState: agents.lifecycleState, reservationId: budgetReservations.id,
        projectId: budgetReservations.projectId, currentProjectId: projects.id, projectPausedAt: projects.pausedAt })
        .from(companies).innerJoin(agents, and(eq(agents.companyId, companies.id), eq(agents.id, run.agentId)))
        .leftJoin(budgetReservations, and(eq(budgetReservations.companyId, companies.id), eq(budgetReservations.runId, run.id),
          eq(budgetReservations.id, input.reservationId), eq(budgetReservations.agentId, run.agentId), eq(budgetReservations.state, "held")))
        .leftJoin(projects, and(eq(projects.companyId, companies.id), eq(projects.id, budgetReservations.projectId)))
        .where(eq(companies.id, run.companyId));
      if (!scope || scope.reservationId !== input.reservationId)
        return { dispatched: false as const, admissionBlockReason: "Provider dispatch no longer owns a held budget reservation" };
      if (scope.projectId && !scope.currentProjectId)
        return { dispatched: false as const, admissionBlockReason: "Reserved project no longer exists" };
      if (scope.companyStatus !== "active" || scope.projectPausedAt || scope.lifecycleState !== "ready"
        || ["paused", "terminated", "pending_approval"].includes(scope.agentStatus))
        return { dispatched: false as const, admissionBlockReason: "Execution scope is paused or no longer ready for work" };

      if (input.enforceContinuationOwnership !== false) {
        const contextSnapshot = parseObject(run.contextSnapshot);
        const issueId = readNonEmptyString(contextSnapshot.issueId);
        if (issueId) {
          // These facts read current issue authority. The reconstruction/source
          // coordinator validation remains in the accounting phase, avoiding a
          // source coordinator lock after issue/run in this final phase.
          const facts = await loadStalenessFacts({ runId: run.id, companyId: run.companyId, agentId: run.agentId,
            responsibleUserId: run.responsibleUserId,
            conversationContinuation: run.runtimeMode === "legacy" && hasConversationContinuationPolicy(run.resultJson),
            issueId, contextSnapshot, scheduledRetryReason: run.scheduledRetryReason }, input.now, tx);
          const semantic = decideQueuedRunStaleness(facts, input.now);
          const decision = semantic.stale || facts.issueExecutionRunId === run.id ? semantic : {
            stale: true as const, errorCode: "issue_execution_lock_changed" as const,
            reason: "Cancelled because continuation no longer owns the issue execution lock before adapter dispatch",
            details: { issueId, expectedExecutionRunId: run.id, currentExecutionRunId: facts.issueExecutionRunId },
          };
          if (decision.stale) return { dispatched: false as const,
            cancellation: await cancelStaleRunInTx(tx, run, issueId, decision, input.expectedStatus, input.now, true) };
        }
      }
      const budgetBlock = await recheckAdmittedRunBudgetReadOnly(tx, { companyId: run.companyId, agentId: run.agentId,
        runId: run.id, projectId: scope.projectId, reservationId: input.reservationId });
      if (budgetBlock) return { dispatched: false as const, admissionBlockReason: budgetBlock };
      if (input.recoveryLeaseOwner) {
        const [owner] = run.runtimeMode === "native" ? await tx.select({ id: nativeRunFinalizations.runId }).from(nativeRunFinalizations).where(and(
          eq(nativeRunFinalizations.companyId, run.companyId), eq(nativeRunFinalizations.runId, run.id),
          eq(nativeRunFinalizations.leaseOwner, input.recoveryLeaseOwner), sql`${nativeRunFinalizations.leaseExpiresAt} > clock_timestamp()`)) : [];
        if (!owner) return { dispatched: false as const, admissionBlockReason: "Native recovery no longer owns provider dispatch" };
      }
      await tx.update(heartbeatRuns).set({ usageJson: sql`coalesce(${heartbeatRuns.usageJson}, '{}'::jsonb)
        || ${JSON.stringify({ budgetDispatch: { ...claim, handedOffAt: new Date().toISOString() } })}::jsonb` })
        .where(and(eq(heartbeatRuns.id, run.id), eq(heartbeatRuns.companyId, run.companyId)));
      let resultPromise: Promise<T>;
      try { resultPromise = Promise.resolve(input.dispatch(() => {})); }
      catch (error) { resultPromise = Promise.reject(error); }
      void resultPromise.catch(() => {});
      return { dispatched: true as const, resultPromise };
    }, "ownership");
  }

  return {
    evaluateScheduledRetryGate,
    listDueRetries,
    cancelStaleQueuedRun,
    dispatchResolvedInteractionIfCurrent,
    promoteOrCancelDueRetry,
  };
}