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{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01JHmUubw5ssv9Mi79To5mrP","type":"tool_result","content":"     1→# Plan: E2E Targeted Workflow — Wait for Result\n     2→\n     3→## Summary\n     4→\n     5→Modify `.github/workflows/e2e-targeted.yml` so the `dispatch-e2e` job polls the dispatched `agent-core-e2e` run to completion and fails the PR check if E2E tests fail. Currently the workflow fires-and-forgets, making the PR check cosmetic.\n     6→\n     7→## Files\n     8→\n     9→| File | Action | Description |\n    10→|------|--------|-------------|\n    11→| `.github/workflows/e2e-targeted.yml` | modify | Add poll-and-wait logic after dispatch; report E2E conclusion as job exit code |\n    12→\n    13→## Steps\n    14→\n    15→1. **Add `statuses: write` permission** to the workflow's `permissions` block — needed to create commit statuses reporting E2E results back to the PR.\n    16→2. **Capture the dispatched run ID** — after `gh workflow run`, use `gh run list --repo AgentSDE/agent-core-e2e --workflow=e2e.yml` filtered by `created` timestamp to identify the specific run triggered by this dispatch. Use a short retry loop (up to ~60s) to handle the delay between dispatch and run creation.\n    17→3. **Poll the run to completion** — use `gh run watch <run-id> --repo AgentSDE/agent-core-e2e --exit-status` to block until the run finishes. Set a `timeout-minutes` on the job (30 min) as a safety cap.\n    18→4. **Fail on non-success conclusion** — `gh run watch --exit-status` exits non-zero if the run fails or is cancelled, which will fail the job automatically. Capture the conclusion for the status message.\n    19→5. **Post commit status to the PR** — use `gh api repos/AgentSDE/agent-core/statuses/${{ github.event.pull_request.head.sha }}` to create a commit status with the E2E conclusion (`success`/`failure`), linking to the dispatched run URL.\n    20→6. **Handle concurrent dispatches** — each dispatch captures its own run ID by filtering on a unique identifier (timestamp window + module list). Each job instance tracks only its own run.\n    21→\n    22→## Verification\n    23→\n    24→- Open a PR touching `src/invoke/**` → workflow dispatches E2E, waits, and reports pass/fail as a commit status on the PR.\n    25→- If E2E fails, the `dispatch-e2e` job shows red — not green.\n    26→- Two concurrent PRs each track their own dispatched run independently.\n    27→\n    28→## Risks\n    29→\n    30→- **Run identification race**: Between dispatch and `gh run list`, another dispatch could create a run. Mitigated by filtering on a narrow timestamp window and the specific workflow.\n    31→- **E2E concurrency queue**: `agent-core-e2e` has `cancel-in-progress: false`, so queued runs may take longer. The 30-min timeout handles this.\n    32→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"5ee9ac9b-7fb0-4779-b204-f2c9e570fd23","uuid":"525a3af4-6666-4448-a2d0-c53de276c080","tool_use_result":{"type":"text","file":{"filePath":"/home/agent/AgentSDE/tasks/production/AgentSDE/agent-core/gh-499/plan/plan.md","content":"# Plan: E2E Targeted Workflow — Wait for Result\n\n## Summary\n\nModify `.github/workflows/e2e-targeted.yml` so the `dispatch-e2e` job polls the dispatched `agent-core-e2e` run to completion and fails the PR check if E2E tests fail. Currently the workflow fires-and-forgets, making the PR check cosmetic.\n\n## Files\n\n| File | Action | Description |\n|------|--------|-------------|\n| `.github/workflows/e2e-targeted.yml` | modify | Add poll-and-wait logic after dispatch; report E2E conclusion as job exit code |\n\n## Steps\n\n1. **Add `statuses: write` permission** to the workflow's `permissions` block — needed to create commit statuses reporting E2E results back to the PR.\n2. **Capture the dispatched run ID** — after `gh workflow run`, use `gh run list --repo AgentSDE/agent-core-e2e --workflow=e2e.yml` filtered by `created` timestamp to identify the specific run triggered by this dispatch. Use a short retry loop (up to ~60s) to handle the delay between dispatch and run creation.\n3. **Poll the run to completion** — use `gh run watch <run-id> --repo AgentSDE/agent-core-e2e --exit-status` to block until the run finishes. Set a `timeout-minutes` on the job (30 min) as a safety cap.\n4. **Fail on non-success conclusion** — `gh run watch --exit-status` exits non-zero if the run fails or is cancelled, which will fail the job automatically. Capture the conclusion for the status message.\n5. **Post commit status to the PR** — use `gh api repos/AgentSDE/agent-core/statuses/${{ github.event.pull_request.head.sha }}` to create a commit status with the E2E conclusion (`success`/`failure`), linking to the dispatched run URL.\n6. **Handle concurrent dispatches** — each dispatch captures its own run ID by filtering on a unique identifier (timestamp window + module list). Each job instance tracks only its own run.\n\n## Verification\n\n- Open a PR touching `src/invoke/**` → workflow dispatches E2E, waits, and reports pass/fail as a commit status on the PR.\n- If E2E fails, the `dispatch-e2e` job shows red — not green.\n- Two concurrent PRs each track their own dispatched run independently.\n\n## Risks\n\n- **Run identification race**: Between dispatch and `gh run list`, another dispatch could create a run. Mitigated by filtering on a narrow timestamp window and the specific workflow.\n- **E2E concurrency queue**: `agent-core-e2e` has `cancel-in-progress: false`, so queued runs may take longer. The 30-min timeout handles this.\n","numLines":32,"startLine":1,"totalLines":32}}}
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{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01BtM3uxStnLdmWGAFr85LdV","type":"tool_result","content":"     1→# Agent Configuration — agent-core\n     2→\n     3→## Purpose\n     4→\n     5→This is the core orchestration server for the AgentSDE pipeline. It is a production NestJS application. Changes here affect the live webhook handler and all downstream agent runs.\n     6→\n     7→## Skills Available\n     8→\n     9→- `/orchestrate` — used for all issue work (plan + implement + PR)\n    10→- `/review-pr` — used when reviewing PRs on this repo\n    11→\n    12→## Workflow\n    13→\n    14→1. Read the issue carefully — understand the impact on the webhook pipeline\n    15→2. Read the relevant source files before making changes\n    16→3. Run `npm run test` locally to verify unit tests pass\n    17→4. Run `npm run lint` — zero warnings are allowed\n    18→5. Create branch: `feat/<issue-number>-<slug>` or `fix/<issue-number>-<slug>`\n    19→6. Commit with message: `feat(<scope>): <what>` or `fix(<scope>): <what>`\n    20→7. Open PR with `Closes #<issue-number>` in the body\n    21→8. Do not merge your own PR — CI must pass first\n    22→9. When adding a new module, env var, or dev command, update CLAUDE.md in the same PR — `.env.example` is the canonical env vars reference; `src/` modules should all appear in the Key modules list\n    23→10. For documentation-only PRs (no TS/JS modified), steps 3–4 (test and lint) may be skipped — state this explicitly in the pre-commit checks comment\n    24→\n    25→## Task Phases\n    26→\n    27→1. `plan` — read the issue and relevant source files, identify the change\n    28→2. `implement` — make the change, write or update unit tests\n    29→3. `test` — run `npm run test` and `npm run lint`, fix any failures\n    30→4. `review` — open PR, wait for human approval gate\n    31→5. `deploy` — handled by CI on merge to master\n    32→\n    33→## Artefacts\n    34→\n    35→Task state is written to `AgentSDE/agent-core-artefacts` repo, branch `AgentSDE/agent-core/<issue-number>`.\n    36→\n    37→## Directive System\n    38→\n    39→- `ALLOWED_DIRECTIVES` in `directive.dto.ts` is the single source of truth — `DirectiveValue` union type auto-derives from it\n    40→- New directives must be wired in **two places**: `DirectiveService.applyDirective()` (internal API path) and `PhaseRouterService.route()` (GitHub webhook path); missing either creates a silent gap\n    41→- Transient directives (`retry`, `restart`) must **not** overwrite `task.directive` — preserve the task's execution directive (`auto`/`careful`/`quick`)\n    42→- Always post a GitHub feedback comment when a directive is rejected (terminal state, live process, unrecognised) — never drop silently\n    43→- When shipping a new directive or pipeline behavior, add its AGENTS.md documentation in the same PR — deferred documentation accumulates as separate cleanup issues\n    44→- Before closing an open PR on replan/restart, always post a \"superseded\" comment explaining the closure — silent PR closes are flagged by reviewers\n    45→- Each directive that resets task state should have its own dedicated reset method (`resetForReplan`, `resetForRestart`) with distinct semantics — avoid sharing or overloading a single method with conditional branching\n    46→- `DirectiveService.applyDirective()` does not enforce actor-level authorization — that responsibility lives at the GitHub webhook layer. In tests, document this boundary with a `TODO` and a reference issue rather than asserting service-level rejection\n    47→\n    48→### `skip-quality-gate` Directive\n    49→- One-time bypass (`/agent skip-quality-gate`) of pre-PR quality gate before deliver phase. Sets `task.qualityGateOverride = true`; consumed atomically at start of next deliver phase (reset to `false` before invocation — cannot carry over). Does not skip code review. Confirmation comment posted on set. **Source:** `directive.service.ts` + `phase-router.service.ts`.\n    50→\n    51→### `refine` Directive\n    52→- Re-runs refine phase on a `gated` task. Rejected with a feedback comment if `task.status` is anything other than `gated` (terminal, active, blocked, paused). **Source:** `directive.service.ts` (`applyDirective`, refine branch).\n    53→\n    54→## Multi-Tenant Consumer Migration (Wave 2+)\n    55→\n    56→When migrating any service from `GitHubService` to an abstract provider (e.g., `PlatformProvider`), update three layers atomically: (1) swap `@Inject(PLATFORM_PROVIDER) platform: PlatformProvider` in the constructor (remove `GitHubService` import), (2) replace `GitHubModule` with `PlatformModule` in the module `imports` array, (3) switch the spec mock from `{ provide: GitHubService, useValue: {...} }` to `{ provide: PLATFORM_PROVIDER, useValue: {...} }` and update the retrieved mock type to `jest.Mocked<PlatformProvider>`. Methods typed as optional on the provider interface (e.g., `setProjectItemStatus`) must use `?.()` — this is correct and intentional, not a typing gap.\n    57→\n    58→- PRs that are part of Wave 2+ multi-tenant migration should target `rc/multi-tenant` as the base branch — PRs targeting `master` will be redirected by reviewers. Check whether this branch exists before opening the PR.\n    59→- PRs that are part of the token usage tracking feature series (TU-*) should target `rc/token-usage` as the base branch, not `master` — same pattern as `rc/multi-tenant` for the multi-tenant wave. Token usage types live in `src/llm/llm-provider.interface.ts` (`UsageEntry`, `UsageData`); both `PhaseResult` and `SignalResult` carry `usage?: UsageData`.\n    60→- PRs that are part of the release strategy feature series (RS-*) should target `rc/release-strategy` as the base branch, not `master` — same pattern as `rc/multi-tenant` and `rc/token-usage`; check whether this branch exists before opening the PR.\n    61→- `PR_BASE_BRANCH` in the Claude invocation env overrides the deliver-phase PR target branch — set by `PhaseRouterService.buildEnv()` via `ReleaseService.findActiveForTask(taskId)`; returns `{ rcBranch, releaseId, baseBranch, key, title, status, directive }` when a task is in an active release, `null` otherwise. `buildEnv()` is async for this reason.\n    62→- When a Wave N dependency module (e.g., `PlatformModule`) is not yet merged, provide a minimal inline provider directly in the consuming module rather than importing the missing module — this unblocks Wave N+1 work without waiting for all dependencies to land; remove the stub once the real module is available.\n    63→- Reuse upstream injection tokens (e.g., `LLM_PROVIDER` from `llm-provider.interface.ts`) rather than defining a local duplicate — token mismatches cause silent DI failures that are hard to diagnose.\n    64→- Claude CLI `result` event has two usage objects with different casing: `modelUsage` (per-model, prefer this) uses camelCase fields (`inputTokens`, `cacheReadInputTokens`, `cacheCreationInputTokens`, `costUSD`); fallback aggregate `usage` uses snake_case (`input_tokens`, `cache_read_input_tokens`). Always prefer `modelUsage` for per-model breakdown.\n    65→- When adding a new field to `SignalResult`, update all four `safeResolve()` call sites in `ClaudeInvocationService` (no-signal, success, error, timeout) — missing any one path causes silent data gaps on that outcome.\n    66→- `TokenUsageService.record(taskId, phase, usage)` is the single write path for token usage — called once after every `this.claude.invoke()` in `PhaseRouterService`; it no-ops gracefully on `undefined`/empty usage so callers need no guard.\n    67→- `TokenUsageService` query methods (`computeSummary`, `computeByTask`, `computeByPhase`, `computeByProvider`, `computeTimeseries`) follow the `MetricsService` pattern — same `sinceExpr` filter, excluded-repos list, and raw SQL aggregation approach.\n    68→\n    69→## Testing Conventions\n    70→\n    71→- Never hardcode production paths (e.g., `/home/agent/AgentSDE/tasks/...`) in test files — CI machines don't have these directories; use `os.tmpdir()` or a `testTmpDir` fixture instead\n    72→- `ClaudeInvocationService` parses stdout as JSON lines (stream-json format); test stubs must wrap signals in JSON objects, not raw strings\n    73→- When multiple services derive the same filesystem path, centralize it in one helper (e.g., `ArtefactsService.buildCentralTaskDir()`) — prevents path drift across services\n    74→- Prefer real temp dirs over filesystem mocks for I/O-heavy services — mocking `fs` in unit tests for services like `ClaudeInvocationService` raises reviewer concerns and can miss real I/O edge cases\n    75→- When injecting a new shared service into multiple existing modules, update all three layers per consumer: (1) constructor injection in the service, (2) the consumer's module `imports` array (e.g., `TenantModule`), and (3) a mock provider in each `.spec.ts` — reviewers flag any missing layer as a DI breakage risk\n    76→- When pre-existing test failures exist on `master` unrelated to the change, call them out explicitly in the PR body (e.g., \"6 pre-existing watchdog failures unchanged\") — reviewers cannot distinguish regressions from known failures without this\n    77→- When adding a new pipeline status or phase transition, always cover three test scenarios: (1) idempotent re-entry (target state already set), (2) happy path, and (3) recovery path where the triggering condition resolves before the threshold — reviewers flag gaps in these as non-obvious but high-value coverage\n    78→- When testing services that read env vars directly, save and restore original values in `beforeEach`/`afterEach` — unrestored env mutations (e.g., `STUCK_THRESHOLD_MS`, `SLOW_THRESHOLD_MS`) silently corrupt other test suites running in the same Jest worker process\n    79→- For directive integration tests, wire `DirectiveService` with real `TaskStateService` + in-memory SQLite and mocked `GitHubService`/`ArtefactsService` — follow the `blocked-persistent-to-refine` pattern; each new directive spec should cover (1) happy path with open PR, (2) no-open-PR variant, and (3) terminal/active task rejection guard\n    80→- A cancelled E2E CI job (step interrupted by infra timeout, not an assertion failure) is not a code regression — re-trigger E2E after the fix; if the timeout recurs, escalate as a CI infra issue rather than treating it as a test failure\n    81→\n    82→## Logging Conventions\n    83→\n    84→- `{taskDir}/meta/` is the canonical per-task log directory — already included in `ARTEFACT_SUBDIRS`; files written there are synced to `agent-core-artefacts` automatically without further config changes\n    85→- When piping spawned-process stdout/stderr to a file write stream, open in append mode (`flags: 'a'`) and close the stream in both the `close` and `error` event handlers to avoid resource leaks\n    86→- In cleanup methods that `unlink` files in a loop, only swallow `ENOENT` errors; re-throw or log all other errors — broad `catch` blocks in cleanup paths are reviewers' top flag for silent data-loss risk\n    87→\n    88→## Adding a New Pipeline Phase\n    89→\n    90→When adding a new SDLC phase, all of the following must be updated in the same PR:\n    91→- `PHASE_ORDER` array and `phaseColumn()` map in `InternalAdapterService`\n    92→- `PHASE_TO_SKILL` map in `ClaudeInvocationService`\n    93→- New `phase<Name>` column on `TaskEntity` (with `DEFAULT 'pending'` for safe migration)\n    94→- `phaseName: 'pending'` in `createTask()` defaults in `TaskStateService`\n    95→- `onPhaseSkip` / `onPhaseComplete` hooks in `PhaseHooksService` if the phase needs lifecycle handling\n    96→- New skill files under `.claude/skills/<phase>/` (SKILL.md + role.md)\n    97→\n    98→**PR sizing:** Even though all these files change together, consider splitting DB schema changes (migration + entity) into a separate PR from routing and skill logic — reviewers flag large pipeline changes as high-risk.\n    99→- `phaseKey()` static map in `TaskStateService` — do NOT rely on dynamic camelCase derivation; it produces `phaseAddress_review` instead of `phaseAddressReview` for underscore-named phases; add an explicit entry to the static map for every new phase\n   100→- `setPhaseStatus(task, phase, status)` only mutates the in-memory entity — it does not persist to DB; to save the change, pass the field explicitly in the `updateTaskStatus()` call (e.g., `{ phaseReview: 'skipped' }`); entity mutation alone is silently discarded and will not survive the next DB read\n   101→\n   102→## Worktree Management\n   103→\n   104→- Use idempotent `getOrCreateWorktree()` instead of per-phase create/destroy: check if worktree is registered via `git worktree list --porcelain`, attach an existing branch without `-b`, or fresh-create — avoids `git branch -D` failures on checked-out branches that cause permanent stuck loops\n   105→- Move worktree cleanup to terminal state (`complete`) in `InternalAdapterService`, not in `finally` blocks inside `PhaseRouterService` — per-phase cleanup destroys worktrees still needed by subsequent phases\n   106→- Tasks that never reach `complete` (permanently blocked or abandoned) accumulate worktrees indefinitely — any cancellation or watchdog path that abandons a task must also call `cleanupWorktree()`\n   107→- On worktree reuse, run only `git fetch origin` to update remote-tracking refs — never `git reset --hard origin/master`; the branch already holds agent commits from prior phases, and a hard reset silently destroys them\n   108→\n   109→## Gate & Merge\n   110→\n   111→- Use an explicit `GATE_BYPASS_EVENT_TYPES = new Set(['directive', 'review_approved', 'ci_passed', 'ci_failure'])` in `PhaseRouterService` — replacing a bare `event.type !== 'directive'` check prevents `review_approved` and CI events from re-gating an already-approved task\n   112→- When a `review_approved` event arrives and the deliver phase is already complete, call `mergeIfReady()` directly — extract merge logic into a shared public method so both `onDeliverComplete` and the `review_approved` path reuse it without duplication\n   113→- Every phase-completion code path must call `phaseHooks.onPhaseComplete(task, phase)` explicitly — hooks inside `executePhase` do not fire on alternative paths (e.g., `review_approved` clearing the gate); a missing call silently skips lifecycle effects such as auto-merge even when the phase status is correctly written\n   114→\n   115→## Release Strategy\n   116→\n   117→A release is a configuration override that groups tasks and routes their PRs to an RC branch instead of master.\n   118→\n   119→### Data Model\n   120→\n   121→3 tables: `releases`, `release_tasks`, `release_repo_prs`.\n   122→\n   123→### Pipeline Integration\n   124→\n   125→When a task belongs to an active release:\n   126→- `PhaseRouterService.buildEnv()` sets `PR_BASE_BRANCH` to the RC branch\n   127→- The deliver skill creates PRs targeting the RC branch (not master)\n   128→- `findActiveForTask(taskId)` is the key lookup — queries `release_tasks` → `releases`\n   129→\n   130→- When a task belongs to an active release, pass `rcBranch` as `baseBranch` to `getOrCreateWorktree()` (default `'master'`) — omitting it creates worktrees from master, not the RC branch; fetch the release config once in `executePhase()` and thread it through to both `getOrCreateWorktree()` and `buildEnv()` to avoid a duplicate `findActiveForTask()` call.\n   131→- `GitHubService.findCommentByPrefix(owner, repo, issueNumber, prefix)` paginates issue comments (`per_page=100`) and returns `{ id, body } | null` — use it to locate a specific comment (e.g. `## Agent Plan`) before editing it.\n   132→- `PhaseHooksService.onPlanComplete()` appends a `## Release Context` section (human-readable + collapsed JSON metadata) to the existing plan comment when the task has an active release; falls back to posting a standalone comment if the plan comment is not found (handles GitHub API propagation lag).\n   133→\n   134→### Status Lifecycle\n   135→\n   136→`draft` → `active` → `staging` → `validating` → `validated` → `shipping` → `shipped`\n   137→(`failed` can transition back to `active` for retry)\n   138→\n   139→## Watchdog\n   140→\n   141→- Query `['active', 'gated']` statuses in `WatchdogService` — tasks waiting indefinitely for deliver-gate approval are invisible with `active`-only queries and accumulate as silent stuck issues\n   142→- Expose `POST /internal/watchdog/run` (returns `{ stuck, slow }`) for on-demand detection — avoids E2E tests waiting 5 minutes for the cron cycle; `runCheck()` should be a public method on the service\n   143→\n   144→## Test Environment\n   145→\n   146→A test instance of agent-core runs alongside production for E2E verification before merging to master.\n   147→\n   148→- **Test clone:** `/home/agent/AgentSDE/testing/agent-core` (branch: `testing`)\n   149→- **Port:** 8777, managed by pm2 as `agent-core-test`\n   150→- **Database:** `agent-core-test.db` (configured via `DB_NAME` env var, separate from production `agent-core.db`)\n   151→- **Nginx:** `wh.kontashera.com/test/*` proxies to `localhost:8777`\n   152→- **Webhook:** Repo-level webhook on `AgentSDE/agent-core-e2e` delivers to `wh.kontashera.com/test/webhooks/github`\n   153→- Never modify the test instance while production E2E or nightly runs are in progress\n   154→- Always restore `agent-core-e2e/.env` `AGENT_CORE_URL` back to `http://localhost:3000` after testing\n   155→- The `testing` branch can be force-pushed freely — it is not protected\n   156→\n   157→## Database Entities\n   158→\n   159→When adding a new TypeORM entity, update four locations atomically:\n   160→1. Create entity file under `src/database/entities/<name>.entity.ts`\n   161→2. Export from `src/database/entities/index.ts` barrel\n   162→3. Add to the `forRoot` entities array in `DatabaseModule`\n   163→4. Add to the `forFeature` array in `DatabaseModule`\n   164→\n   165→For SQLite: use `type: 'integer'`/`type: 'real'` for numeric columns (TypeORM defaults don't map correctly); use `@Column({ name: 'snake_case_name' })` for consistent snake_case DB column naming.\n   166→- When a service needs entities from another domain (e.g., `TaskEntity` in `ReleaseModule`), add them to the local `TypeOrmModule.forFeature()` array — do NOT import the owning module; avoids circular dependency risks.\n   167→- When removing a TypeORM entity, mirror the four-location add pattern in reverse: delete the entity file, remove its export from `entities/index.ts`, remove it from the `forRoot` entities array in `DatabaseModule`, and remove `forFeature` references in all consumer modules (e.g., `OperationalModule`, `ControlApiModule`) and their spec files.\n   168→- Before inserting into a join/relation table, always query existing rows and filter them out — silently inserting duplicates breaks unique constraints and is hard to diagnose at runtime.\n   169→\n   170→## REST Controllers\n   171→\n   172→- Throw HTTP exceptions (`NotFoundException`, etc.) in the controller layer, not in the service — services should return `null`/`undefined` for \"not found\" cases; the controller converts these to the appropriate HTTP status using NestJS built-in exceptions.\n   173→- Register new controllers in their owning module and import that module into `AppModule` in the same PR — a controller not imported into `AppModule` is silently unreachable.\n   174→\n   175→## Redis / BullMQ\n   176→\n   177→- Use a dedicated `ioredis` instance (`lazyConnect: true`) in `HealthModule` for `/health` Redis probes — never share BullMQ's internal connection; health checks coupled to queue lifecycle report misleading states during degraded scenarios\n   178→- Register queues via `BullModule.forRootAsync()` (ConfigService-driven) + `BullModule.registerQueue()` in `AppModule` — this is the established queue registration pattern\n   179→- Redis pub/sub requires two separate ioredis clients — one dedicated to publish (`pub`), one to subscribe (`sub`); a client in subscribe mode cannot also publish. Follow the `EventBusModule` factory pattern. `emit()` must swallow Redis errors; per-handler error isolation in `on()` prevents one failing handler from blocking others — event delivery must never block pipeline advancement\n   180→- If the BullMQ class manages its own `IORedis` connections directly, do NOT also register `BullModule.forRootAsync` in the same feature module — it conflicts with `InvokeModule`'s existing registration; use direct `IORedis` instances instead.\n   181→- **BullMQ stall-retry idempotency**: Wrap `createTask()` in `route()` with try/catch; on unique-constraint error fall back to `findByIssueAndRepo()` — concurrent deliveries share the existing row. Guard phase hooks (`onPhaseBlocked`, `onCompoundComplete`) with per-phase event records before posting comments; skip if already recorded. Add early-return in `executePhase()` if phase is already `'active'`. Extend phase-event dedup guard to skip when `phaseStatus === 'failed' && task.status === 'gated'` — persistent-block stalls differ from transient retries (which keep `status === 'active'`).\n   182→\n   183→## Important constraints\n   184→\n   185→- This service runs live on the VPS via pm2 (`pm2 restart agent-core` to reload)\n   186→- Port `3000` is proxied through nginx — do not change the port without updating nginx config\n   187→- `GITHUB_WEBHOOK_SECRET` must match the secret configured in the GitHub org webhook\n   188→- The WAL file path (`agent-core-artefacts/watchdog/wal.jsonl`) is shared with the watchdog — do not change its location without updating both services\n   189→- `ClaudeInvocationService.invoke()` is now the primary entry point for agent runs; `dispatch-v2.sh`/`DispatchService` is legacy and being superseded by the `invoke` module\n   190→- `GITHUB_WEBHOOK_SECRET` must be read with `get()` (not `getOrThrow()`) and verification skipped when unset — E2E environments deliberately omit the secret; `getOrThrow()` returns HTTP 500 instead of gracefully ignoring the event\n   191→- `TASK_DIR` is resolved by `ArtefactsService.buildCentralTaskDir()` and set in the Claude invocation env by `PhaseRouterService` — do not construct it independently in other services\n   192→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"5ee9ac9b-7fb0-4779-b204-f2c9e570fd23","uuid":"35513536-c340-4ee6-b073-d08fa8ac74e3","tool_use_result":{"type":"text","file":{"filePath":"/home/agent/ai-agents-sde/.claude/worktrees/agent-core/issue-499-agents-md/AGENTS.md","content":"# Agent Configuration — agent-core\n\n## Purpose\n\nThis is the core orchestration server for the AgentSDE pipeline. It is a production NestJS application. Changes here affect the live webhook handler and all downstream agent runs.\n\n## Skills Available\n\n- `/orchestrate` — used for all issue work (plan + implement + PR)\n- `/review-pr` — used when reviewing PRs on this repo\n\n## Workflow\n\n1. Read the issue carefully — understand the impact on the webhook pipeline\n2. Read the relevant source files before making changes\n3. Run `npm run test` locally to verify unit tests pass\n4. Run `npm run lint` — zero warnings are allowed\n5. Create branch: `feat/<issue-number>-<slug>` or `fix/<issue-number>-<slug>`\n6. Commit with message: `feat(<scope>): <what>` or `fix(<scope>): <what>`\n7. Open PR with `Closes #<issue-number>` in the body\n8. Do not merge your own PR — CI must pass first\n9. When adding a new module, env var, or dev command, update CLAUDE.md in the same PR — `.env.example` is the canonical env vars reference; `src/` modules should all appear in the Key modules list\n10. For documentation-only PRs (no TS/JS modified), steps 3–4 (test and lint) may be skipped — state this explicitly in the pre-commit checks comment\n\n## Task Phases\n\n1. `plan` — read the issue and relevant source files, identify the change\n2. `implement` — make the change, write or update unit tests\n3. `test` — run `npm run test` and `npm run lint`, fix any failures\n4. `review` — open PR, wait for human approval gate\n5. `deploy` — handled by CI on merge to master\n\n## Artefacts\n\nTask state is written to `AgentSDE/agent-core-artefacts` repo, branch `AgentSDE/agent-core/<issue-number>`.\n\n## Directive System\n\n- `ALLOWED_DIRECTIVES` in `directive.dto.ts` is the single source of truth — `DirectiveValue` union type auto-derives from it\n- New directives must be wired in **two places**: `DirectiveService.applyDirective()` (internal API path) and `PhaseRouterService.route()` (GitHub webhook path); missing either creates a silent gap\n- Transient directives (`retry`, `restart`) must **not** overwrite `task.directive` — preserve the task's execution directive (`auto`/`careful`/`quick`)\n- Always post a GitHub feedback comment when a directive is rejected (terminal state, live process, unrecognised) — never drop silently\n- When shipping a new directive or pipeline behavior, add its AGENTS.md documentation in the same PR — deferred documentation accumulates as separate cleanup issues\n- Before closing an open PR on replan/restart, always post a \"superseded\" comment explaining the closure — silent PR closes are flagged by reviewers\n- Each directive that resets task state should have its own dedicated reset method (`resetForReplan`, `resetForRestart`) with distinct semantics — avoid sharing or overloading a single method with conditional branching\n- `DirectiveService.applyDirective()` does not enforce actor-level authorization — that responsibility lives at the GitHub webhook layer. In tests, document this boundary with a `TODO` and a reference issue rather than asserting service-level rejection\n\n### `skip-quality-gate` Directive\n- One-time bypass (`/agent skip-quality-gate`) of pre-PR quality gate before deliver phase. Sets `task.qualityGateOverride = true`; consumed atomically at start of next deliver phase (reset to `false` before invocation — cannot carry over). Does not skip code review. Confirmation comment posted on set. **Source:** `directive.service.ts` + `phase-router.service.ts`.\n\n### `refine` Directive\n- Re-runs refine phase on a `gated` task. Rejected with a feedback comment if `task.status` is anything other than `gated` (terminal, active, blocked, paused). **Source:** `directive.service.ts` (`applyDirective`, refine branch).\n\n## Multi-Tenant Consumer Migration (Wave 2+)\n\nWhen migrating any service from `GitHubService` to an abstract provider (e.g., `PlatformProvider`), update three layers atomically: (1) swap `@Inject(PLATFORM_PROVIDER) platform: PlatformProvider` in the constructor (remove `GitHubService` import), (2) replace `GitHubModule` with `PlatformModule` in the module `imports` array, (3) switch the spec mock from `{ provide: GitHubService, useValue: {...} }` to `{ provide: PLATFORM_PROVIDER, useValue: {...} }` and update the retrieved mock type to `jest.Mocked<PlatformProvider>`. Methods typed as optional on the provider interface (e.g., `setProjectItemStatus`) must use `?.()` — this is correct and intentional, not a typing gap.\n\n- PRs that are part of Wave 2+ multi-tenant migration should target `rc/multi-tenant` as the base branch — PRs targeting `master` will be redirected by reviewers. Check whether this branch exists before opening the PR.\n- PRs that are part of the token usage tracking feature series (TU-*) should target `rc/token-usage` as the base branch, not `master` — same pattern as `rc/multi-tenant` for the multi-tenant wave. Token usage types live in `src/llm/llm-provider.interface.ts` (`UsageEntry`, `UsageData`); both `PhaseResult` and `SignalResult` carry `usage?: UsageData`.\n- PRs that are part of the release strategy feature series (RS-*) should target `rc/release-strategy` as the base branch, not `master` — same pattern as `rc/multi-tenant` and `rc/token-usage`; check whether this branch exists before opening the PR.\n- `PR_BASE_BRANCH` in the Claude invocation env overrides the deliver-phase PR target branch — set by `PhaseRouterService.buildEnv()` via `ReleaseService.findActiveForTask(taskId)`; returns `{ rcBranch, releaseId, baseBranch, key, title, status, directive }` when a task is in an active release, `null` otherwise. `buildEnv()` is async for this reason.\n- When a Wave N dependency module (e.g., `PlatformModule`) is not yet merged, provide a minimal inline provider directly in the consuming module rather than importing the missing module — this unblocks Wave N+1 work without waiting for all dependencies to land; remove the stub once the real module is available.\n- Reuse upstream injection tokens (e.g., `LLM_PROVIDER` from `llm-provider.interface.ts`) rather than defining a local duplicate — token mismatches cause silent DI failures that are hard to diagnose.\n- Claude CLI `result` event has two usage objects with different casing: `modelUsage` (per-model, prefer this) uses camelCase fields (`inputTokens`, `cacheReadInputTokens`, `cacheCreationInputTokens`, `costUSD`); fallback aggregate `usage` uses snake_case (`input_tokens`, `cache_read_input_tokens`). Always prefer `modelUsage` for per-model breakdown.\n- When adding a new field to `SignalResult`, update all four `safeResolve()` call sites in `ClaudeInvocationService` (no-signal, success, error, timeout) — missing any one path causes silent data gaps on that outcome.\n- `TokenUsageService.record(taskId, phase, usage)` is the single write path for token usage — called once after every `this.claude.invoke()` in `PhaseRouterService`; it no-ops gracefully on `undefined`/empty usage so callers need no guard.\n- `TokenUsageService` query methods (`computeSummary`, `computeByTask`, `computeByPhase`, `computeByProvider`, `computeTimeseries`) follow the `MetricsService` pattern — same `sinceExpr` filter, excluded-repos list, and raw SQL aggregation approach.\n\n## Testing Conventions\n\n- Never hardcode production paths (e.g., `/home/agent/AgentSDE/tasks/...`) in test files — CI machines don't have these directories; use `os.tmpdir()` or a `testTmpDir` fixture instead\n- `ClaudeInvocationService` parses stdout as JSON lines (stream-json format); test stubs must wrap signals in JSON objects, not raw strings\n- When multiple services derive the same filesystem path, centralize it in one helper (e.g., `ArtefactsService.buildCentralTaskDir()`) — prevents path drift across services\n- Prefer real temp dirs over filesystem mocks for I/O-heavy services — mocking `fs` in unit tests for services like `ClaudeInvocationService` raises reviewer concerns and can miss real I/O edge cases\n- When injecting a new shared service into multiple existing modules, update all three layers per consumer: (1) constructor injection in the service, (2) the consumer's module `imports` array (e.g., `TenantModule`), and (3) a mock provider in each `.spec.ts` — reviewers flag any missing layer as a DI breakage risk\n- When pre-existing test failures exist on `master` unrelated to the change, call them out explicitly in the PR body (e.g., \"6 pre-existing watchdog failures unchanged\") — reviewers cannot distinguish regressions from known failures without this\n- When adding a new pipeline status or phase transition, always cover three test scenarios: (1) idempotent re-entry (target state already set), (2) happy path, and (3) recovery path where the triggering condition resolves before the threshold — reviewers flag gaps in these as non-obvious but high-value coverage\n- When testing services that read env vars directly, save and restore original values in `beforeEach`/`afterEach` — unrestored env mutations (e.g., `STUCK_THRESHOLD_MS`, `SLOW_THRESHOLD_MS`) silently corrupt other test suites running in the same Jest worker process\n- For directive integration tests, wire `DirectiveService` with real `TaskStateService` + in-memory SQLite and mocked `GitHubService`/`ArtefactsService` — follow the `blocked-persistent-to-refine` pattern; each new directive spec should cover (1) happy path with open PR, (2) no-open-PR variant, and (3) terminal/active task rejection guard\n- A cancelled E2E CI job (step interrupted by infra timeout, not an assertion failure) is not a code regression — re-trigger E2E after the fix; if the timeout recurs, escalate as a CI infra issue rather than treating it as a test failure\n\n## Logging Conventions\n\n- `{taskDir}/meta/` is the canonical per-task log directory — already included in `ARTEFACT_SUBDIRS`; files written there are synced to `agent-core-artefacts` automatically without further config changes\n- When piping spawned-process stdout/stderr to a file write stream, open in append mode (`flags: 'a'`) and close the stream in both the `close` and `error` event handlers to avoid resource leaks\n- In cleanup methods that `unlink` files in a loop, only swallow `ENOENT` errors; re-throw or log all other errors — broad `catch` blocks in cleanup paths are reviewers' top flag for silent data-loss risk\n\n## Adding a New Pipeline Phase\n\nWhen adding a new SDLC phase, all of the following must be updated in the same PR:\n- `PHASE_ORDER` array and `phaseColumn()` map in `InternalAdapterService`\n- `PHASE_TO_SKILL` map in `ClaudeInvocationService`\n- New `phase<Name>` column on `TaskEntity` (with `DEFAULT 'pending'` for safe migration)\n- `phaseName: 'pending'` in `createTask()` defaults in `TaskStateService`\n- `onPhaseSkip` / `onPhaseComplete` hooks in `PhaseHooksService` if the phase needs lifecycle handling\n- New skill files under `.claude/skills/<phase>/` (SKILL.md + role.md)\n\n**PR sizing:** Even though all these files change together, consider splitting DB schema changes (migration + entity) into a separate PR from routing and skill logic — reviewers flag large pipeline changes as high-risk.\n- `phaseKey()` static map in `TaskStateService` — do NOT rely on dynamic camelCase derivation; it produces `phaseAddress_review` instead of `phaseAddressReview` for underscore-named phases; add an explicit entry to the static map for every new phase\n- `setPhaseStatus(task, phase, status)` only mutates the in-memory entity — it does not persist to DB; to save the change, pass the field explicitly in the `updateTaskStatus()` call (e.g., `{ phaseReview: 'skipped' }`); entity mutation alone is silently discarded and will not survive the next DB read\n\n## Worktree Management\n\n- Use idempotent `getOrCreateWorktree()` instead of per-phase create/destroy: check if worktree is registered via `git worktree list --porcelain`, attach an existing branch without `-b`, or fresh-create — avoids `git branch -D` failures on checked-out branches that cause permanent stuck loops\n- Move worktree cleanup to terminal state (`complete`) in `InternalAdapterService`, not in `finally` blocks inside `PhaseRouterService` — per-phase cleanup destroys worktrees still needed by subsequent phases\n- Tasks that never reach `complete` (permanently blocked or abandoned) accumulate worktrees indefinitely — any cancellation or watchdog path that abandons a task must also call `cleanupWorktree()`\n- On worktree reuse, run only `git fetch origin` to update remote-tracking refs — never `git reset --hard origin/master`; the branch already holds agent commits from prior phases, and a hard reset silently destroys them\n\n## Gate & Merge\n\n- Use an explicit `GATE_BYPASS_EVENT_TYPES = new Set(['directive', 'review_approved', 'ci_passed', 'ci_failure'])` in `PhaseRouterService` — replacing a bare `event.type !== 'directive'` check prevents `review_approved` and CI events from re-gating an already-approved task\n- When a `review_approved` event arrives and the deliver phase is already complete, call `mergeIfReady()` directly — extract merge logic into a shared public method so both `onDeliverComplete` and the `review_approved` path reuse it without duplication\n- Every phase-completion code path must call `phaseHooks.onPhaseComplete(task, phase)` explicitly — hooks inside `executePhase` do not fire on alternative paths (e.g., `review_approved` clearing the gate); a missing call silently skips lifecycle effects such as auto-merge even when the phase status is correctly written\n\n## Release Strategy\n\nA release is a configuration override that groups tasks and routes their PRs to an RC branch instead of master.\n\n### Data Model\n\n3 tables: `releases`, `release_tasks`, `release_repo_prs`.\n\n### Pipeline Integration\n\nWhen a task belongs to an active release:\n- `PhaseRouterService.buildEnv()` sets `PR_BASE_BRANCH` to the RC branch\n- The deliver skill creates PRs targeting the RC branch (not master)\n- `findActiveForTask(taskId)` is the key lookup — queries `release_tasks` → `releases`\n\n- When a task belongs to an active release, pass `rcBranch` as `baseBranch` to `getOrCreateWorktree()` (default `'master'`) — omitting it creates worktrees from master, not the RC branch; fetch the release config once in `executePhase()` and thread it through to both `getOrCreateWorktree()` and `buildEnv()` to avoid a duplicate `findActiveForTask()` call.\n- `GitHubService.findCommentByPrefix(owner, repo, issueNumber, prefix)` paginates issue comments (`per_page=100`) and returns `{ id, body } | null` — use it to locate a specific comment (e.g. `## Agent Plan`) before editing it.\n- `PhaseHooksService.onPlanComplete()` appends a `## Release Context` section (human-readable + collapsed JSON metadata) to the existing plan comment when the task has an active release; falls back to posting a standalone comment if the plan comment is not found (handles GitHub API propagation lag).\n\n### Status Lifecycle\n\n`draft` → `active` → `staging` → `validating` → `validated` → `shipping` → `shipped`\n(`failed` can transition back to `active` for retry)\n\n## Watchdog\n\n- Query `['active', 'gated']` statuses in `WatchdogService` — tasks waiting indefinitely for deliver-gate approval are invisible with `active`-only queries and accumulate as silent stuck issues\n- Expose `POST /internal/watchdog/run` (returns `{ stuck, slow }`) for on-demand detection — avoids E2E tests waiting 5 minutes for the cron cycle; `runCheck()` should be a public method on the service\n\n## Test Environment\n\nA test instance of agent-core runs alongside production for E2E verification before merging to master.\n\n- **Test clone:** `/home/agent/AgentSDE/testing/agent-core` (branch: `testing`)\n- **Port:** 8777, managed by pm2 as `agent-core-test`\n- **Database:** `agent-core-test.db` (configured via `DB_NAME` env var, separate from production `agent-core.db`)\n- **Nginx:** `wh.kontashera.com/test/*` proxies to `localhost:8777`\n- **Webhook:** Repo-level webhook on `AgentSDE/agent-core-e2e` delivers to `wh.kontashera.com/test/webhooks/github`\n- Never modify the test instance while production E2E or nightly runs are in progress\n- Always restore `agent-core-e2e/.env` `AGENT_CORE_URL` back to `http://localhost:3000` after testing\n- The `testing` branch can be force-pushed freely — it is not protected\n\n## Database Entities\n\nWhen adding a new TypeORM entity, update four locations atomically:\n1. Create entity file under `src/database/entities/<name>.entity.ts`\n2. Export from `src/database/entities/index.ts` barrel\n3. Add to the `forRoot` entities array in `DatabaseModule`\n4. Add to the `forFeature` array in `DatabaseModule`\n\nFor SQLite: use `type: 'integer'`/`type: 'real'` for numeric columns (TypeORM defaults don't map correctly); use `@Column({ name: 'snake_case_name' })` for consistent snake_case DB column naming.\n- When a service needs entities from another domain (e.g., `TaskEntity` in `ReleaseModule`), add them to the local `TypeOrmModule.forFeature()` array — do NOT import the owning module; avoids circular dependency risks.\n- When removing a TypeORM entity, mirror the four-location add pattern in reverse: delete the entity file, remove its export from `entities/index.ts`, remove it from the `forRoot` entities array in `DatabaseModule`, and remove `forFeature` references in all consumer modules (e.g., `OperationalModule`, `ControlApiModule`) and their spec files.\n- Before inserting into a join/relation table, always query existing rows and filter them out — silently inserting duplicates breaks unique constraints and is hard to diagnose at runtime.\n\n## REST Controllers\n\n- Throw HTTP exceptions (`NotFoundException`, etc.) in the controller layer, not in the service — services should return `null`/`undefined` for \"not found\" cases; the controller converts these to the appropriate HTTP status using NestJS built-in exceptions.\n- Register new controllers in their owning module and import that module into `AppModule` in the same PR — a controller not imported into `AppModule` is silently unreachable.\n\n## Redis / BullMQ\n\n- Use a dedicated `ioredis` instance (`lazyConnect: true`) in `HealthModule` for `/health` Redis probes — never share BullMQ's internal connection; health checks coupled to queue lifecycle report misleading states during degraded scenarios\n- Register queues via `BullModule.forRootAsync()` (ConfigService-driven) + `BullModule.registerQueue()` in `AppModule` — this is the established queue registration pattern\n- Redis pub/sub requires two separate ioredis clients — one dedicated to publish (`pub`), one to subscribe (`sub`); a client in subscribe mode cannot also publish. Follow the `EventBusModule` factory pattern. `emit()` must swallow Redis errors; per-handler error isolation in `on()` prevents one failing handler from blocking others — event delivery must never block pipeline advancement\n- If the BullMQ class manages its own `IORedis` connections directly, do NOT also register `BullModule.forRootAsync` in the same feature module — it conflicts with `InvokeModule`'s existing registration; use direct `IORedis` instances instead.\n- **BullMQ stall-retry idempotency**: Wrap `createTask()` in `route()` with try/catch; on unique-constraint error fall back to `findByIssueAndRepo()` — concurrent deliveries share the existing row. Guard phase hooks (`onPhaseBlocked`, `onCompoundComplete`) with per-phase event records before posting comments; skip if already recorded. Add early-return in `executePhase()` if phase is already `'active'`. Extend phase-event dedup guard to skip when `phaseStatus === 'failed' && task.status === 'gated'` — persistent-block stalls differ from transient retries (which keep `status === 'active'`).\n\n## Important constraints\n\n- This service runs live on the VPS via pm2 (`pm2 restart agent-core` to reload)\n- Port `3000` is proxied through nginx — do not change the port without updating nginx config\n- `GITHUB_WEBHOOK_SECRET` must match the secret configured in the GitHub org webhook\n- The WAL file path (`agent-core-artefacts/watchdog/wal.jsonl`) is shared with the watchdog — do not change its location without updating both services\n- `ClaudeInvocationService.invoke()` is now the primary entry point for agent runs; `dispatch-v2.sh`/`DispatchService` is legacy and being superseded by the `invoke` module\n- `GITHUB_WEBHOOK_SECRET` must be read with `get()` (not `getOrThrow()`) and verification skipped when unset — E2E environments deliberately omit the secret; `getOrThrow()` returns HTTP 500 instead of gracefully ignoring the event\n- `TASK_DIR` is resolved by `ArtefactsService.buildCentralTaskDir()` and set in the Claude invocation env by `PhaseRouterService` — do not construct it independently in other services\n","numLines":192,"startLine":1,"totalLines":192}}}
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{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_014AgPYVaA5CFRubYJStwebJ","type":"tool_result","content":"     1→{\n     2→  \"meta\": {\n     3→    \"agent\": \"planner\",\n     4→    \"task_id\": \"499\",\n     5→    \"title\": \"E2E targeted workflow — wait for dispatched run result\",\n     6→    \"created_at\": \"2026-04-14T12:00:00Z\"\n     7→  },\n     8→  \"inputs\": [\n     9→    { \"name\": \"issue-499\", \"type\": \"context\", \"ref\": \"https://github.com/AgentSDE/agent-core/issues/499\", \"notes\": \"Fire-and-forget dispatch must block on E2E result\" },\n    10→    { \"name\": \"e2e-targeted.yml\", \"type\": \"file\", \"ref\": \".github/workflows/e2e-targeted.yml\", \"notes\": \"Current workflow — dispatch-e2e job exits immediately after gh workflow run\" },\n    11→    { \"name\": \"e2e.yml (agent-core-e2e)\", \"type\": \"file\", \"ref\": \"AgentSDE/agent-core-e2e/.github/workflows/e2e.yml\", \"notes\": \"Target workflow — accepts modules input, has concurrency group\" }\n    12→  ],\n    13→  \"outputs\": [\n    14→    { \"name\": \"plan\", \"type\": \"plan\", \"format\": \"md\", \"content\": \"plan.md\" }\n    15→  ],\n    16→  \"files\": [\n    17→    { \"path\": \".github/workflows/e2e-targeted.yml\", \"action\": \"modify\", \"reason\": \"Add run identification, polling, timeout, and commit status reporting to dispatch-e2e job\" }\n    18→  ],\n    19→  \"steps\": [\n    20→    {\n    21→      \"id\": \"S1\",\n    22→      \"summary\": \"Add poll-and-wait logic to dispatch-e2e job: capture run ID after dispatch, poll with gh run watch --exit-status, add timeout-minutes, post commit status with E2E conclusion, add statuses:write permission\",\n    23→      \"acceptance\": [\n    24→        \"dispatch-e2e job does not complete until the dispatched agent-core-e2e run finishes\",\n    25→        \"Job exits non-zero if E2E run fails or is cancelled\",\n    26→        \"Commit status is posted to the PR head SHA with the E2E conclusion and a link to the run\",\n    27→        \"timeout-minutes is set on the job (30 min)\",\n    28→        \"Concurrent PR dispatches each identify and track their own run independently\"\n    29→      ],\n    30→      \"depends_on\": []\n    31→    }\n    32→  ],\n    33→  \"risks\": [\n    34→    { \"risk\": \"Run identification race between dispatch and listing\", \"mitigation\": \"Filter by narrow timestamp window and retry loop for up to 60s\" },\n    35→    { \"risk\": \"E2E concurrency queue delays\", \"mitigation\": \"30-min job timeout as safety cap\" }\n    36→  ],\n    37→  \"assumptions\": [\n    38→    \"PAT_CROSS_REPO secret has sufficient permissions to list and watch runs on agent-core-e2e\",\n    39→    \"gh run watch --exit-status is available on the self-hosted runner\"\n    40→  ],\n    41→  \"open_questions\": []\n    42→}\n    43→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"5ee9ac9b-7fb0-4779-b204-f2c9e570fd23","uuid":"80d4fa7c-9da9-4047-a6a8-fa0de6205488","tool_use_result":{"type":"text","file":{"filePath":"/home/agent/AgentSDE/tasks/production/AgentSDE/agent-core/gh-499/plan/context.json","content":"{\n  \"meta\": {\n    \"agent\": \"planner\",\n    \"task_id\": \"499\",\n    \"title\": \"E2E targeted workflow — wait for dispatched run result\",\n    \"created_at\": \"2026-04-14T12:00:00Z\"\n  },\n  \"inputs\": [\n    { \"name\": \"issue-499\", \"type\": \"context\", \"ref\": \"https://github.com/AgentSDE/agent-core/issues/499\", \"notes\": \"Fire-and-forget dispatch must block on E2E result\" },\n    { \"name\": \"e2e-targeted.yml\", \"type\": \"file\", \"ref\": \".github/workflows/e2e-targeted.yml\", \"notes\": \"Current workflow — dispatch-e2e job exits immediately after gh workflow run\" },\n    { \"name\": \"e2e.yml (agent-core-e2e)\", \"type\": \"file\", \"ref\": \"AgentSDE/agent-core-e2e/.github/workflows/e2e.yml\", \"notes\": \"Target workflow — accepts modules input, has concurrency group\" }\n  ],\n  \"outputs\": [\n    { \"name\": \"plan\", \"type\": \"plan\", \"format\": \"md\", \"content\": \"plan.md\" }\n  ],\n  \"files\": [\n    { \"path\": \".github/workflows/e2e-targeted.yml\", \"action\": \"modify\", \"reason\": \"Add run identification, polling, timeout, and commit status reporting to dispatch-e2e job\" }\n  ],\n  \"steps\": [\n    {\n      \"id\": \"S1\",\n      \"summary\": \"Add poll-and-wait logic to dispatch-e2e job: capture run ID after dispatch, poll with gh run watch --exit-status, add timeout-minutes, post commit status with E2E conclusion, add statuses:write permission\",\n      \"acceptance\": [\n        \"dispatch-e2e job does not complete until the dispatched agent-core-e2e run finishes\",\n        \"Job exits non-zero if E2E run fails or is cancelled\",\n        \"Commit status is posted to the PR head SHA with the E2E conclusion and a link to the run\",\n        \"timeout-minutes is set on the job (30 min)\",\n        \"Concurrent PR dispatches each identify and track their own run independently\"\n      ],\n      \"depends_on\": []\n    }\n  ],\n  \"risks\": [\n    { \"risk\": \"Run identification race between dispatch and listing\", \"mitigation\": \"Filter by narrow timestamp window and retry loop for up to 60s\" },\n    { \"risk\": \"E2E concurrency queue delays\", \"mitigation\": \"30-min job timeout as safety cap\" }\n  ],\n  \"assumptions\": [\n    \"PAT_CROSS_REPO secret has sufficient permissions to list and watch runs on agent-core-e2e\",\n    \"gh run watch --exit-status is available on the self-hosted runner\"\n  ],\n  \"open_questions\": []\n}\n","numLines":43,"startLine":1,"totalLines":43}}}
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{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_012A8bHe9axcsQHMdYMok4a6","type":"tool_result","content":"{\"body\":\"## Title\\nfeat: make E2E targeted workflow wait for dispatched run result\\n\\n## Problem\\nThe `dispatch-e2e` job fired-and-forgot after dispatching to `agent-core-e2e`, making the PR check cosmetic — it always went green regardless of whether E2E tests actually passed.\\n\\n## Task / Link\\nCloses #499\\n\\n## Changes\\n- Added `statuses: write` permission to the workflow\\n- Added `timeout-minutes: 30` to the `dispatch-e2e` job\\n- Record dispatch timestamp and capture the dispatched run ID via retry loop (up to 60s)\\n- Poll the run to completion with `gh run watch --exit-status` — job now fails if E2E fails\\n- Post a commit status to the PR head SHA with the E2E conclusion and a direct link to the run\\n\\n## Notes\\n- Run identification filters by `--created \\\">=$DISPATCH_TIME\\\"` to avoid picking up a concurrent dispatch's run; the 5s×12 retry loop handles the typical 5–15s delay between dispatch and run creation\\n- `Post commit status` step uses `if: always()` so the status is reported even on failure or cancellation\\n\\n## Testing\\n- Verified workflow YAML is syntactically valid\\n- Logic verified by code review against plan acceptance criteria\\n\",\"files\":[{\"path\":\".github/workflows/e2e-targeted.yml\",\"additions\":55,\"deletions\":0}],\"title\":\"feat: implement #499 — E2E targeted workflow is fire-and-forget — never blocks PRs\"}\nShell cwd was reset to /home/agent/AgentSDE/agent-core","is_error":false}]},"parent_tool_use_id":null,"session_id":"5ee9ac9b-7fb0-4779-b204-f2c9e570fd23","uuid":"007985da-3cf5-4374-b455-fc5a976f2543","tool_use_result":{"stdout":"{\"body\":\"## Title\\nfeat: make E2E targeted workflow wait for dispatched run result\\n\\n## Problem\\nThe `dispatch-e2e` job fired-and-forgot after dispatching to `agent-core-e2e`, making the PR check cosmetic — it always went green regardless of whether E2E tests actually passed.\\n\\n## Task / Link\\nCloses #499\\n\\n## Changes\\n- Added `statuses: write` permission to the workflow\\n- Added `timeout-minutes: 30` to the `dispatch-e2e` job\\n- Record dispatch timestamp and capture the dispatched run ID via retry loop (up to 60s)\\n- Poll the run to completion with `gh run watch --exit-status` — job now fails if E2E fails\\n- Post a commit status to the PR head SHA with the E2E conclusion and a direct link to the run\\n\\n## Notes\\n- Run identification filters by `--created \\\">=$DISPATCH_TIME\\\"` to avoid picking up a concurrent dispatch's run; the 5s×12 retry loop handles the typical 5–15s delay between dispatch and run creation\\n- `Post commit status` step uses `if: always()` so the status is reported even on failure or cancellation\\n\\n## Testing\\n- Verified workflow YAML is syntactically valid\\n- Logic verified by code review against plan acceptance criteria\\n\",\"files\":[{\"path\":\".github/workflows/e2e-targeted.yml\",\"additions\":55,\"deletions\":0}],\"title\":\"feat: implement #499 — E2E targeted workflow is fire-and-forget — never blocks PRs\"}","stderr":"\nShell cwd was reset to /home/agent/AgentSDE/agent-core","interrupted":false,"isImage":false,"noOutputExpected":false}}
{"type":"assistant","message":{"model":"claude-sonnet-4-6","id":"msg_01T6y25HThU6nBLmFwMzjT5C","type":"message","role":"assistant","content":[{"type":"thinking","thinking":"Now I have enough context. Let me analyze what learnings come from issue #499.\n\nThe key task was: Making the E2E targeted workflow wait for a dispatched run result instead of fire-and-forget. The implementation involved:\n\n1. Adding `statuses: write` permission to workflow\n2. Adding `timeout-minutes: 30` \n3. Capturing the dispatched run ID via retry loop (up to 60s)\n4. Polling with `gh run watch --exit-status`\n5. Posting commit status to PR head SHA\n\nHowever, based on the next commit (1ad730c) which \"removed the execute phase\" and \"aligned CC APIs\", and commit 6c4fcc2 \"E2E targeted workflow is fire-and-forget — never blocks PRs\", it seems that the change was actually reversed! The commit message for PR #500 says \"E2E targeted workflow is fire-and-forget — never blocks PRs\" — which is the opposite of what the plan intended.\n\n\nLooking at the commit history more carefully, it appears the original issue asked for the workflow to wait, but the actual implementation in PR #500 went the opposite direction and kept it fire-and-forget instead. The commit message says \"fire-and-forget\" but the PR body describes polling and wait logic, which suggests the approach shifted toward deliberately not blocking PRs. Looking at what's actually documented, I don't see GitHub Actions cross-repo dispatch patterns in AGENTS.md yet, even though the implementation captures run IDs via timestamp-filtered retry loops and polls with status checks before posting commit status. Since this was purely a YAML workflow change with no code modifications, there's nothing new to document in AGENTS.md—the existing guidance on documentation-only PRs already covers skipping lint and test steps. The execution was straightforward with no retries or architectural discoveries worth capturing. I'm second-guessing myself though — the PR does document a useful cross-repo dispatch pattern with timestamp-based run identification and retry logic that could be relevant for future workflow work. But AGENTS.md focuses on NestJS patterns, not CI/CD, so adding a GitHub Actions note might feel out of place. Plus, the latest commit message suggests the design stayed fire-and-forget rather than blocking, which means some of that polling code may not have actually shipped. Given the uncertainty and no visible retry logic in the codebase, I'll stick with 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"}],"stop_reason":null,"stop_sequence":null,"stop_details":null,"usage":{"input_tokens":1,"cache_creation_input_tokens":1624,"cache_read_input_tokens":27658,"cache_creation":{"ephemeral_5m_input_tokens":0,"ephemeral_1h_input_tokens":1624},"output_tokens":30,"service_tier":"standard","inference_geo":"not_available"},"context_management":null},"parent_tool_use_id":null,"session_id":"5ee9ac9b-7fb0-4779-b204-f2c9e570fd23","uuid":"86520f3b-650f-4740-9e7d-15011b1f2b9e"}
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