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Author SHA1 Message Date
Randall Stillwell
7c00b5bb58 feat(agents): install L2 role files referenced by .agent-context-manifest.yml
Adds the 9 subagent role definitions from agent-pipeline v0.5.0 that
.agent-context-manifest.yml already tracks by sha256. Files were installed
by bootstrap-agent-context during Phase 0 but missed in the preceding
bridge commit.

All 9 hashes verified against the manifest. Pipeline-version drift against
agent-pipeline's freshly-landed Phase 1a slim versions of the 3 audit roles
+ Phase 2a MCP-patched conductor/architect will be detected by the
agent-context-drift workflow on the next scheduled run — that's the intended
sync-agent-context loop, not a regression.

Co-authored-by: Cursor <cursoragent@cursor.com>
2026-06-05 21:00:30 -05:00
Randall Stillwell
dab939bcd5 feat(mcp): agent-pipeline bridge — 6 lifecycle tools + convoy_events + L1/L3 scaffolding
Implements the Phase 2a Echodo bridge described in agent-pipeline's
v0.4 plan (.cursor/plans/pipeline_v0.4_design_+_echodo_54a3bdb7). Echodo
becomes the projection layer over the local .convoys/ tree; local files
remain source of truth per the local-first contract.

MCP lifecycle tools (apps/mcp-server/src/tools/):
- create-convoy.ts: registers create_convoy. Creates a Drizzle `project`
  object with status="draft" + appends initial "## Status log" to the
  description. Takes workspace_slug + slug + title + classification +
  skip_flags + success_metric + idea_markdown + repo.
- create-brief.ts: registers create_brief. Creates a `task` child of the
  convoy project. Takes convoyId + briefNumber + title + files_allowlist
  + depends_on + acceptance_criteria + brief_markdown.
- transition-convoy-status.ts: registers transition_convoy_status. Enforces
  the 9-status state machine from plan §7.3 with valid transitions +
  actor-permission gates. Appends an audit entry to the description's
  ## Status log per transition.
- log-convoy-event.ts: registers log_convoy_event. Inserts events into the
  new convoy_events table (one row per role hand-off, with classification,
  skip-flags, duration, stack-class, outcome, multitask-group metadata).
- query-manifest-status.ts: registers query_manifest_status (stub —
  depends on the Phase 4 pipeline_drift_reports table; documented).
- reconcile-from-files.ts: registers reconcile_from_files implementing the
  local-first recovery path. Reads .convoys/.pending-mcp-sync.jsonl from
  the given repoPath, replays queued log_convoy_event + transition_convoy_status
  calls, updates the outbox file on success/failure. Resolves the SPOF risk:
  failed MCP calls during offline windows reconcile when the bridge returns.

Database (packages/database/):
- src/schema/convoy_events.ts: new Drizzle schema. Columns: id, workspaceId,
  convoyId, convoySlug, role, brief, classification, skipFlags, durationS,
  stackClass, repo, outcome, multitaskGroup, metadata, ts. 4 indexes for
  per-workspace + per-convoy + role-filtered reads.
- src/schema/index.ts: re-exports the new table.
- migrations/0010_wandering_the_professor.sql + meta snapshot: generated
  via drizzle-kit generate. Pure-additive (CREATE TABLE + indexes + FKs).
- package.json: db:migrate / db:push / db:studio now use node --env-file
  to load ../../.env (consistent with the existing mcp-server tsx pattern).
  db:generate stays as-is (offline operation, no env needed).

L1 + L3 agent-pipeline scaffolding installed per
agent-pipeline/skills/bootstrap-agent-context v0.5.0:
- .agent-context-manifest.yml: tracks 17 artifacts at pipeline version
  0.5.0 with sha256 hashes. 4 artifacts flagged customized:true (no-go-zones,
  CODEOWNERS, pr-health-rollup.yml, echodo.config.json) — adapted from
  templates for Echodo's monorepo + Drizzle + Coolify + workspace_slug.
- .convoys/README.md: explains convoy file convention.
- .cursor/agents/echodo.config.json: workspace_slug=convoys-tasks (the
  workspace created in Echodo UI). Fallback policy: local-only.
- .cursor/rules/no-go-zones.mdc: adapted for Drizzle migrations, Coolify
  deploy infra, mcp-server boundaries.
- .github/CODEOWNERS: @rstillw as sole maintainer; targeted rules for
  apps/, packages/, auth, deploy infra, DB schema, MCP server, agent
  context.
- .github/PULL_REQUEST_TEMPLATE.md: pipeline PR template.
- .github/workflows/agent-context-drift.yml: drift monitor against upstream
  agent-pipeline.
- .github/workflows/pr-health-rollup.yml: adapted for tasks' pnpm monorepo
  + Coolify deploy (no per-PR preview by default).
- scripts/log-convoy-event.sh: convoy event logger shim.
- scripts/wt.sh: worktree helper stub (deprecated — points at Cursor 3.2
  native worktrees).
- .gitignore: excludes .convoys/.metrics.jsonl + .convoys/.pending-mcp-sync.jsonl
  (local agent analytics + MCP outbox).

Co-authored-by: Cursor <cursoragent@cursor.com>
2026-06-05 20:59:45 -05:00
33 changed files with 5997 additions and 3 deletions

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# .agent-context-manifest.yml
#
# Generated by agent-pipeline bootstrap-agent-context skill (manual run; 2026-06-05).
# Tracks which artifacts the bootstrap installed in this repo, where they
# came from, and what pipeline version they correspond to.
#
# Read by the `sync-agent-context` skill to detect drift and propose updates.
# Don't edit by hand — use the bootstrap or sync skill in Cursor.
#
# Schema: https://github.com/varutasu/agent-pipeline/blob/main/docs/manifest-schema.md
#
# Notes for `tasks` specifically:
# - AGENTS.md is hand-curated (161 lines, pre-dates pipeline install) — NOT tracked
# - 4 stack rules (database.mdc, markdown-backlog.mdc, repo-overview.mdc, web-app.mdc)
# pre-date the pipeline and are hand-curated — NOT tracked
# - .cursor/mcp.json is per-repo MCP config — NOT tracked
# - .github/workflows/ci.yml was kept (better than template — pnpm + monorepo +
# concurrency + branches:[main]). NOT tracked (so sync won't suggest replacing it
# with the upstream template, which is npm-based and worse for this repo).
# - 3 artifacts are adapted (locally customized at install time) — flagged below.
# - L3 variant gap: no `nextjs-coolify/` template exists in the pipeline yet.
# pr-health-rollup.yml was adapted from `nextjs-prisma-coolify/`; CODEOWNERS from
# `nextjs/`. Filed as an open question in agent-pipeline/docs/CONSUMERS.md.
schema_version: 1
pipeline_version: "0.5.0"
pipeline_source: "https://github.com/varutasu/agent-pipeline"
installed_at: "2026-06-05T21:51:00Z"
last_synced_at: "2026-06-05T21:51:00Z"
layers:
- L1
- L2
- L3
artifacts:
# L1 — only the always-apply no-go-zones rule is pipeline-managed.
# AGENTS.md and the 4 stack rules in .cursor/rules/ are hand-curated.
- path: ".cursor/agents/echodo.config.json"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/_common/echodo-config.json.template"
version: "0.5.0"
installed_hash: "sha256:68207b3fc05d266a55fb2056610d2db94d5a2d083d360f6811786476451ae01c"
customized: true # filled in with workspace_slug=convoys-tasks + tasks-specific transport reference
- path: ".cursor/rules/no-go-zones.mdc"
source: "skills/bootstrap-agent-context/templates/L1-context/no-go-zones.mdc"
version: "0.5.0"
installed_hash: "sha256:e042bfbb6a26806118e684b684fb6223b4c2fc19309ae9daafaa4fffe1680db3"
customized: true # adapted at install time for Echodo's monorepo + Drizzle + Coolify
# L2 — 9 roles, copied verbatim.
- path: ".cursor/agents/role-a11y-auditor.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-a11y-auditor.md"
version: "0.5.0"
installed_hash: "sha256:a59938deceb0246ebd7e477f1f9a442102f9fcbb81b0364f0ddc5f86e95a7930"
- path: ".cursor/agents/role-architect.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-architect.md"
version: "0.5.0"
installed_hash: "sha256:269bd62af1557c5d353a9f95a613960e3434be4ec6e0c0b5f6b099adf6872044"
- path: ".cursor/agents/role-conductor.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-conductor.md"
version: "0.5.0"
installed_hash: "sha256:bc75a3e6646217a015f7bb60c3610afd9b57ae91c7d2fc7a7971f4709b19368a"
- path: ".cursor/agents/role-design-system-auditor.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-design-system-auditor.md"
version: "0.5.0"
installed_hash: "sha256:d214cecb1e8482fc24f2815c8220c860191f08526614f89cf9a5797e4ee9110a"
- path: ".cursor/agents/role-doc-writer.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-doc-writer.md"
version: "0.5.0"
installed_hash: "sha256:d4e8bf8cee93153506b7b742848462422dbe5cc7fd012c62f6ffd50460e344d4"
- path: ".cursor/agents/role-ia-architect.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-ia-architect.md"
version: "0.5.0"
installed_hash: "sha256:69685a3a407c4ee25e2606d426c3107d6b917abee80f907e16ade4a16b439839"
- path: ".cursor/agents/role-implementer.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-implementer.md"
version: "0.5.0"
installed_hash: "sha256:b4f4d8596068679b90ffc3a2b6d2e1b6548caf8c68a50f7ed640ba8f638c1c4c"
- path: ".cursor/agents/role-reviewer.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-reviewer.md"
version: "0.5.0"
installed_hash: "sha256:1ff38349321402a0ac2be37878dc2c0bcab62e54caf74c422b919aa6d75f9b67"
- path: ".cursor/agents/role-ux-reviewer.md"
source: "skills/bootstrap-agent-context/templates/L2-roles/role-ux-reviewer.md"
version: "0.5.0"
installed_hash: "sha256:3a1d4b66981f469b15e23a1cd34ab41352759966179e126b3d56ddc1eca4a03e"
# L3 — pipeline scaffolding. NOT included: .github/workflows/ci.yml (kept the
# repo's own, which is better than the template), tests/smoke (Echodo uses
# vitest), lib/flags/index.ts (not used yet).
- path: ".convoys/README.md"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/_common/convoys-readme.md.template"
version: "0.5.0"
installed_hash: "sha256:a48548cd3f5d0c40fc179106890661c3be5fcdc13eb705af7cfe9233e0b8b209"
- path: ".github/CODEOWNERS"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/nextjs/CODEOWNERS.template"
version: "0.5.0"
installed_hash: "sha256:8d7d3388f61cbfe2cdc6ae759ea944a4b60cf896f0b6e11c6946dc84ee3f1bf9"
customized: true # adapted for Echodo's apps/packages monorepo layout
- path: ".github/PULL_REQUEST_TEMPLATE.md"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/_common/PULL_REQUEST_TEMPLATE.md.template"
version: "0.5.0"
installed_hash: "sha256:89863e58b9ec194aef1c94d3596e892467833e8bc880a28994acca401b6d9635"
- path: ".github/workflows/agent-context-drift.yml"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/_common/agent-context-drift.yml.template"
version: "0.5.0"
installed_hash: "sha256:5505c296c1b61d023ee2aca222103097e2b5ed2e0e38da3679cc4f9754457785"
- path: ".github/workflows/pr-health-rollup.yml"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/nextjs-prisma-coolify/pr-health-rollup.yml.template"
version: "0.5.0"
installed_hash: "sha256:91472074a0906270f0cfaa7caa6fa2d4812de9281c0d35aa3f5ed368d6d0a72e"
customized: true # adapted for one-job CI (vs two-job template) and branches:[main]
- path: "scripts/log-convoy-event.sh"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/_common/log-convoy-event.sh"
version: "0.5.0"
installed_hash: "sha256:cd0413691066a177b6b4e6164a9a0978c20a853ad60222ae833b5d53b255818d"
- path: "scripts/wt.sh"
source: "skills/bootstrap-agent-context/templates/L3-pipeline/_common/wt.sh"
version: "0.5.0"
installed_hash: "sha256:2a4f44a159f80a8ea6fe53ac507c01a2f91a4e2118d997a98b051808ac35e9a5"

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# Convoys
A **convoy** is a multi-PR work-stream coordinated by an agent pipeline. One convoy = one feature, bug fix, or epic. Each convoy is a Markdown file in this directory plus an optional sub-directory of implementer briefs.
## File layout
```
.convoys/
├── README.md (this file)
├── <slug>.md (the convoy file — written by role-conductor)
└── <slug>/
├── brief-1-<kebab-title>.md (written by role-architect)
├── brief-2-<kebab-title>.md
└── ...
```
## Convoy file format
Frontmatter (set by `role-conductor`, then appended-to by other roles):
```yaml
---
name: <kebab-slug>
classification: feature | hotfix | docs-only | infra-only | server-only | config-only
success_metric: <one sentence>
skip:
- <flag1>
status: open | in-progress | merged | shipped | abandoned
created: <YYYY-MM-DD>
---
```
Body sections (added in order by the pipeline roles):
1. `## Why` (Conductor)
2. `## Scope` (Conductor)
3. `## Roles invoked` (Conductor)
4. `## Todos` (Conductor → refined by Architect)
5. `## IA` (IA Architect)
6. `## UX` (UX Reviewer)
7. `## Architecture` (Architect)
After Architect, briefs live in `.convoys/<slug>/brief-N-*.md`. Implementers read only their brief, not the whole convoy.
## Skip flags
The Conductor sets `skip:` based on classification. These flags map to pipeline stages that no-op when set:
| Flag | Skips |
| --- | --- |
| `ia` | IA Architect |
| `ux` | UX Reviewer |
| `arch` | Architect |
| `test` | Component tests |
| `review` | Reviewer |
| `visual` | Visual diff |
| `a11y` | A11y auditor |
| `design` | Design-system auditor |
| `smoke` | Staging smoke |
| `qa` | Manual QA |
| `docs` | Doc Writer |
| `flag` | Flag rollout |
Never skipped (mandatory human gates): `plan-approval`, `pr-merge`, `prod-promote`.
## Status lifecycle
- `open` — Conductor created the convoy; no work started.
- `in-progress` — At least one brief has an open or merged PR.
- `merged` — All briefs merged to umbrella; release PR to develop pending.
- `shipped` — Release to main complete; flag rollout (if any) underway.
- `abandoned` — Convoy closed without shipping; reason in convoy body.
Update status by editing the convoy frontmatter as you progress.
## Adding a new convoy
1. Open Cursor in this repo.
2. Prompt: *"Start a new convoy: <one-paragraph idea>. Success = <metric>."*
3. The `role-conductor` subagent writes `.convoys/<slug>.md`.
4. Run subsequent roles in order per the convoy's `Roles invoked` list.
See `.cursor/agents/role-conductor.md` for the Conductor's full spec.
## Multitask + worktrees (Cursor 3.2+)
[Cursor 3.2 (Apr 24, 2026)](https://cursor.com/changelog/04-24-26) added `/multitask` async subagents and native worktree management in the Agents Window. The pipeline uses both:
**Audit fan-out** — after an implementer ships a PR draft:
```
/multitask role-reviewer + role-design-system-auditor + role-a11y-auditor
```
All three read the same diff and emit independent comments. Use group id `audit-<convoy>-<pr>` so analytics can compute wall-clock savings.
**Implementer fleet** — after architect's plan is approved (gate 1), if `slice_dependencies:` declares parallel-safe briefs (`depends_on: []`, disjoint `files:`):
```
/multitask role-implementer briefs 1, 2, 3
```
Use Cursor's Agents Window to create a worktree per brief — one click each. The legacy `scripts/wt.sh` is now a deprecation stub.
See the [multitask playbook](https://github.com/varutasu/agent-pipeline/blob/main/docs/multitask-playbook.md) for the full guardrail set.
## Self-analytics
Each L2 role appends one event to `.convoys/.metrics.jsonl` via `scripts/log-convoy-event.sh`. The file is gitignored by default — events stay local. To opt-in to commit team-shared metrics, remove `.convoys/.metrics.jsonl` from `.gitignore`.
Aggregate across repos and render a dashboard with the [agent-pipeline analytics scripts](https://github.com/varutasu/agent-pipeline/tree/main/analytics):
```bash
cd ~/code/agent-pipeline/analytics
npx tsx analyze-convoys.ts <repo-path> [<repo-path>...]
npx tsx render-dashboard.ts
open ~/agent-pipeline-data/dashboard.html
```
Schema: [`analytics/schemas/convoy-event.json`](https://github.com/varutasu/agent-pipeline/blob/main/analytics/schemas/convoy-event.json).

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{
"$schema": "https://agent-pipeline.varutasu.dev/schemas/echodo-config.v1.json",
"_comment": "Per-repo Echodo bridge config for the tasks repo (Echodo's own dogfood). Read by L2 role files to know which Echodo workspace this repo's convoys live in and how to behave when MCP is unreachable. The MCP server registration itself lives in .cursor/mcp.json (already configured for stdio + pnpm-filter dev path).",
"workspace_slug": "convoys-tasks",
"_workspace_note": "This is the workspace you created in Echodo at echodo.stillwell.cloud as part of Action 1 (Phase 0). Roles call create_convoy / create_brief / transition_convoy_status against this workspace.",
"fallback": {
"on_unreachable": "local-only",
"on_error": "local-only-with-warning"
},
"_fallback_semantics": [
"If MCP is unreachable when a role attempts create_convoy / create_brief / transition_convoy_status:",
" - The role still writes .convoys/<slug>.md and brief files locally (files are source of truth — see §7.6 of the v0.4 plan).",
" - The failed call is appended to .convoys/.pending-mcp-sync.jsonl as one JSON line.",
" - On the next reachable session, calling the MCP tool reconcile_from_files drains the outbox."
],
"mcp_transport_reference": {
"_note": "Informational only — Cursor reads .cursor/mcp.json, not this block. Kept here so a future MCP host (Phase 4 workers, CI runners) has a single source of truth for transport config.",
"transport": "stdio",
"command": "pnpm",
"args": ["-s", "--filter", "@tasks/mcp-server", "mcp"],
"env": {
"DATABASE_URL": "${ECHODO_DATABASE_URL}"
}
}
}

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---
name: role-a11y-auditor
description: >-
Accessibility audit on a UI diff. Checks for missing labels, keyboard
navigation, focus management, color contrast, semantic HTML, and ARIA
correctness. Read-only. Use after the implementer's PR draft on PRs that
touch UI files. Does not require a browser MCP — works from the diff +
static analysis. Safe to run in parallel with role-reviewer +
role-design-system-auditor via Cursor 3.2 /multitask.
multitask: audit-fanout
tools: [Read, Grep, Glob, Shell]
---
# Role: A11y Auditor
## Trigger
After `role-design-system-auditor` on UI-touching PRs. Skip when convoy frontmatter has `skip: a11y`.
## Inputs
- The PR diff (UI files only).
- The convoy's UX section (which already lists a11y constraints — verify the implementer satisfied them).
- Existing accessible patterns in the repo (look at existing `Dialog`, `Form`, `Button` primitives).
## Outputs
A structured comment for the PR Health rollup:
```markdown
## A11y Audit
| Check | Status | Count |
| --- | --- | --- |
| Labels | ✅ / ❌ | <N> |
| Keyboard nav | ✅ / ❌ | <N> |
| Focus management | ✅ / ❌ | <N> |
| Color contrast | ✅ / ⚠️ | <N> |
| Semantic HTML | ✅ / ❌ | <N> |
| ARIA correctness | ✅ / ⚠️ | <N> |
| UX constraint match | ✅ / ❌ | <N> |
### Critical (must fix)
- <file:line><issue><fix>
...
### Warnings (recommended)
- <file:line><issue><fix>
...
### Notes
- ...
```
## Checklist (apply per file)
1. **Labels**: every `<input>`, `<select>`, `<textarea>`, `<button>` has either visible text, `aria-label`, or an associated `<label htmlFor=...>`.
2. **Icon-only buttons**: have `aria-label` or visually-hidden text.
3. **Keyboard navigation**: any `onClick` on a non-button/anchor element has `onKeyDown` (Enter + Space) and `tabIndex={0}` and `role="button"` (or be a real button).
4. **Focus management**: dialogs trap focus; modals return focus on close; route changes move focus to the heading.
5. **Color contrast**: text on backgrounds meets 4.5:1 (large text 3:1). Hardcoded colors that we can't measure → ⚠️.
6. **Semantic HTML**: use `<button>` not `<div onClick>`, `<nav>` for navigation, `<main>` for primary content, heading hierarchy `<h1>``<h2>``<h3>` (no skipping).
7. **ARIA correctness**: `aria-expanded` on toggles, `aria-current="page"` on active nav items, `aria-live` on async-updating regions, `role="alert"` on error messages.
8. **UX constraint match**: cross-reference the UX section's a11y constraints — did the implementer satisfy each one?
## Severity
- **Critical**: missing labels on form inputs, no keyboard handler on click-only div, missing focus trap on modal, missing alt text on informative images.
- **Warning**: heading hierarchy skip, missing `aria-current`, color-contrast that requires runtime measurement, missing live region on async updates.
## Steps
1. Get UI diff.
2. Read the convoy's UX section once to know what was promised.
3. For each changed UI file: read the current state of the file (post-diff), then walk the checklist.
4. Build the comment. Cap at 8 critical + 8 warnings.
5. If clean: ✅ across the board with a one-line note.
## What this role does NOT do
- Run axe-core in a browser (that's a CI job, see `.github/workflows/preview-smoke.yml` if present).
- Test screen readers manually — beyond static analysis scope.
- Audit non-UI changes — server / API / config diffs are out of scope.
## Multitask (audit fan-out)
Part of the **audit fan-out cohort** (reviewer + design-system-auditor + a11y-auditor). All three read the same diff and emit independent comments — none modify code or the convoy. Safe to run in parallel via Cursor 3.2 `/multitask`.
When invoked as part of a cohort, pass the shared `multitask_group` id in metrics. Convention: `audit-<convoy>-<pr>`. See [`docs/multitask-playbook.md`](../../../../docs/multitask-playbook.md) Pattern A.
## Metrics
After publishing the audit comment, emit one event:
```bash
bash scripts/log-convoy-event.sh role=role-a11y-auditor convoy=<slug> duration_s=<seconds> [multitask_group=audit-<convoy>-<pr>]
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Demanding ARIA on already-semantic HTML (e.g. `aria-label` on a `<button>` that has visible text) → wrong, that's redundant.
- Flagging missing labels on hidden inputs → wrong, hidden inputs don't need labels.
- Vague feedback ("improve a11y") → wrong, every finding needs a file:line and a specific fix.

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---
name: role-architect
description: >-
Technical plan + decomposition. Reads the convoy file (IA + UX sections),
produces a file-level plan, schema diff, API surface, test plan, and N
implementer briefs scoped to one PR each. Read + Glob + Grep, no edits.
Use after UX Reviewer (or after Conductor for skip-heavy classifications).
Must run sequentially — decomposition output enables downstream
implementer fan-out via Cursor 3.2 /multitask.
multitask: single
tools: [Read, Grep, Glob, Shell]
---
# Role: Architect
## Trigger
After `role-ux-reviewer`, or directly after Conductor when `skip: ux` is set. The architect runs once per convoy and outputs the plan that feeds N parallel implementers.
## Inputs
- The convoy file with IA + UX sections.
- AGENTS.md and `.cursor/rules/*.mdc` for the convention contract.
- Schema map at `docs/SCHEMA_MAP.md` (Prisma repos only).
- Existing similar code identified by IA / UX sections.
## Outputs
Append a `## Architecture` section to the convoy file with:
1. **File plan** — table of `File | Action (new/modified) | Purpose`. One row per file the change touches.
2. **API surface** — for each new or modified route: method, path, request shape (Zod schema name), response shape, auth requirement, rate-limit consideration.
3. **Schema diff** — if Prisma: explicit list of new fields, new models, new indexes, new migrations. If no schema change: state that explicitly.
4. **Test plan** — what unit, integration, smoke tests are needed. Link existing test files for examples.
5. **Risk list** — what could go wrong, what backward-compatibility concerns exist, what data migration is needed.
6. **Decomposition** — table of `Brief # | Title | Files | Depends on | Estimated PR size`. One row per implementer brief.
7. **Slice dependencies (multitask-ready)** — explicit YAML block summarizing the parallelization graph. The conductor uses this to decide whether to dispatch parallel implementers via `/multitask`:
```yaml
slice_dependencies:
- brief: 1
depends_on: []
files: [<exact list>]
- brief: 2
depends_on: []
files: [<exact list>]
- brief: 3
depends_on: [1]
files: [<exact list>]
```
Any brief whose `files:` set overlaps with a sibling's MUST be sequenced via `depends_on` — never two parallel writers on the same file.
Then create one **implementer brief** per row of the decomposition, as a separate file: `.convoys/<slug>/brief-<N>-<kebab-title>.md`. Each brief is self-contained — an Implementer reads only its brief, not the whole convoy.
## Implementer brief format
```markdown
---
convoy: <slug>
brief_number: <N>
depends_on: [<other brief numbers>]
files:
- <path/to/file1>
- <path/to/file2>
# Optional: declare files this brief deletes.
deletes:
- <path/to/file3>
# Optional: cross-brief commitments. See "Cross-brief commitments" below.
cross_brief_commitments:
- brief: <other-brief>
description: |
<one-paragraph description of the commitment>
---
# Brief <N>: <Title>
## Goal (1 sentence)
## Files in scope (do not edit anything else)
- ...
## Conventions to follow
- (cite rules + examples)
## Acceptance criteria
- [ ] ...
- [ ] tests added
- [ ] no scope expansion (do not edit files outside `files:` above)
## Rationale (≤3 sentences)
```
## Steps
1. Read the convoy file in full (frontmatter + IA + UX).
2. Read AGENTS.md and any rule with globs that match the change's file patterns.
3. If Prisma: read `docs/SCHEMA_MAP.md` for the relevant model group.
4. Build the file plan. For each file, decide new vs modified.
5. Map out the API surface (if any).
6. Compute schema diff (if any).
7. Build the test plan, linking existing test files as examples.
8. Identify risks. Be specific (e.g. *"Existing `getBookmarks()` query joins `_count`; adding to the page query may cause N+1 if not memoized"*).
9. Decompose into briefs. Aim for **<400 LOC per brief** and **independent files per brief** (parallelizable). Sequence dependencies explicitly.
10. Write each brief file.
11. **Boot the brief** (see [Boot-the-brief check](#boot-the-brief-check) below) — verify each brief's verbatim code shapes against reality before declaring the architecture complete.
12. Append the Architecture section to the convoy file.
13. Print: *"Architecture complete. <N> briefs created. Estimated PRs: <N>. Awaiting human gate 1 (plan approval) before implementers run."*
## Hand-off
Stop. **Human gate 1.** User reviews the plan + briefs, edits if needed, then explicitly says *"approved, run implementers"*. Architect does not auto-spawn implementers.
## Boot-the-brief check
Adopted from a real production retro (`scaffold-nextjs-app`, recommendation #1) — a convoy lost ~1 hour to a Brief that paired HeroUI v3 + Tailwind 3 + a JS plugin recipe; the combination was specified plausibly but didn't actually compose. Briefs that *look* compileable rarely are without a verified-against-reality pass.
Before declaring the architecture complete, the Architect must verify each brief's verbatim code shapes against a fresh checkout. This is read-only verification — the Architect does not commit code:
1. **Dep set check.** For every package added in `files:` lists or implied by code shapes, run `pnpm view <pkg> peerDependencies` (or check `package.json` if it already exists). Confirm pinned versions resolve as a coherent dependency graph: no peer-dep conflicts, no transitive `client-only` imports landing in server-component pages, no missing peer deps. If any package was released in the last ~6 months, also read its CHANGELOG / migration guide for breaking changes from the prior major version (e.g. HeroUI v2 → v3 was a Tailwind-4 rewrite that dropped the JS plugin and `<HeroUIProvider>`; the migration guide called this out and would have been free to skim).
2. **Verbatim code shape check.** For each brief whose `files:` list includes more than 1 file with verbatim code shapes, identify any of the following that's present and verify it:
- **Middleware matchers** — Next.js route groups (`(auth)`, `(workspace)`) do NOT appear in URL paths; `'/(workspace)/(.*)'` matches zero real URLs. Negative matchers excluding the public surface area are the App-Router-idiomatic pattern.
- **Prisma schema directives**`extensions = [...]`, `previewFeatures = [...]`, and other recently-added datasource flags often need both the preview-feature opt-in and a Prisma version that supports them.
- **Server-component / client-component boundaries** — any rich-a11y library (HeroUI, Mantine, Chakra, MUI) hits the `client-only` import boundary because it builds on React Aria. The pattern is `'use client'` wrapper components, not server-component imports.
- **Plugin / framework wrappers**`next-intl` requires `createNextIntlPlugin('./i18n.ts')` wrapping the `next.config.ts` export. `prisma generate` requires `previewFeatures` opt-ins for any `Unsupported` types. These are easy to miss.
3. **Cross-brief commitments check.** For each brief that lands a stub or forward declaration that another brief will resolve (e.g. Brief 4's `types/auth.d.ts` ambient declaration of `@/auth` resolved by Brief 5; Brief 5's `app/layout.tsx` stub replaced by Brief 6), document the commitment in **both** briefs' frontmatter (see [Cross-brief commitments](#cross-brief-commitments) below). Implementers reading just the depended-on brief should know the commitment exists.
If any check surfaces a problem, **revise the brief in place** before declaring the architecture complete. Do not push the verification cost down to implementers.
## Cross-brief commitments
When Brief N ships a stub, forward declaration, or temporary placeholder that Brief M (M > N) is expected to resolve, both briefs must declare the commitment in their frontmatter so future agents reading either one in isolation can see it:
```markdown
---
convoy: <slug>
brief_number: 4
depends_on: [3]
files:
- lib/auth/require-auth.ts
- types/auth.d.ts
cross_brief_commitments:
- brief: 5
description: |
`types/auth.d.ts` is a temporary ambient declaration of `@/auth`
so `tsc --noEmit` passes before Brief 5 ships `auth.ts`. Brief 5
MUST delete this file when shipping the real `auth.ts`.
---
```
```markdown
---
convoy: <slug>
brief_number: 5
depends_on: [4]
files:
- auth.ts
- lib/auth-options.ts
deletes:
- types/auth.d.ts
cross_brief_commitments:
- brief: 4
description: |
Deletes `types/auth.d.ts` (Brief 4's temporary ambient declaration
of `@/auth`). The `lib/auth/require-auth.ts` stub comment block
is also removed in this brief.
---
```
Implementer prompts can then automatically include the commitment text so the implementer knows what cross-brief debt is being paid off.
## Mid-convoy scope expansion
If the convoy's plan needs to change after `role-architect` has run (e.g. a user decision adds a new feature requirement, an implementer surfaces an inconsistency that requires re-planning), the scope-expansion PR must include:
1. The change to whichever brief(s) it affects (verbatim code shapes, `files:` list, acceptance criteria).
2. **An updated row in the convoy file's `### Decomposition` table** for every brief whose file list, LOC estimate, or dependency graph changed. Stale Decomposition tables are a documented retro finding (`scaffold-nextjs-app` retro recommendation #6) — they're how mid-convoy expansions become invisible.
3. A new dated entry in the `## Decisions (post-IA round)` section recording the user decision that drove the expansion (continue the A, B, C, ... letter sequence; reference the dated Decision in the matching `docs/04-architecture/*.md` file as the canonical authority).
## Metrics
After writing the brief files, emit one event. Shell access is restricted to this single command.
```bash
bash scripts/log-convoy-event.sh role=role-architect convoy=<slug> duration_s=<seconds>
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Briefs >400 LOC → too big; decompose further.
- Briefs that share files → not parallelizable; serialize via `depends_on:` or merge them.
- Vague acceptance criteria ("looks right") → wrong, must be checkable.
- No risk list → wrong, every plan has risks; if you can't think of any, you didn't think hard enough.
- Auto-running implementers → forbidden, human gate is mandatory.
- Missing `slice_dependencies:` block → wrong, the conductor needs it to decide on `/multitask` fan-out vs serial dispatch.
- Skipping the Boot-the-brief check because the briefs "look obvious" → wrong, that's exactly when the dep-set or code-shape mismatches slip through.
- Cross-brief commitments declared in only one brief → wrong, the dependent brief MUST also declare it; otherwise an implementer reading the depended-on brief in isolation has no visibility into the commitment.

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---
name: role-conductor
description: >-
Routes a new idea through the agent-context pipeline. Owns the convoy file,
classifies the work (feature / hotfix / docs / infra / server / config), sets
skip flags for stages that don't apply, recommends multitask dispatch points
for downstream roles, and hands off to the next role. Use when a new feature,
bug fix, or epic is being kicked off and the work has not yet been scoped.
multitask: single
tools: [Read, Grep, Glob, Write, Shell]
---
# Role: Conductor
The Conductor is the entry point for every convoy. It does not write code. It writes one file (`.convoys/<slug>.md`) and hands off to the IA Architect (or directly to Architect for skip-heavy classifications).
## Trigger
User says any of:
- *"Start a new convoy for ..."*
- *"Run the pipeline on ..."*
- *"Scope this idea: ..."*
Or any one-paragraph problem statement that doesn't yet have a convoy file.
## Inputs
1. **Idea**: one-paragraph problem statement.
2. **Success metric**: how we'll know it worked (Conductor must ask for this if the user didn't supply it — one round trip, not five).
## Outputs
A single file at `.convoys/<slug>.md` with this exact frontmatter:
```yaml
---
name: <kebab-slug>
classification: feature | hotfix | docs-only | infra-only | server-only | config-only
success_metric: <one sentence>
skip:
- <flag1>
- <flag2>
status: open
created: <YYYY-MM-DD>
---
```
Below the frontmatter, four sections (each a short paragraph or todo list):
1. `## Why` — the problem, in user-impact terms.
2. `## Scope` — what's in, what's out.
3. `## Roles invoked` — which roles will run, in order.
4. `## Todos` — high-level checkboxes the next role will refine.
## Classification → skip flags (defaults)
Use these as starting points; trust the obvious cases:
| Classification | Default skip flags | Reasoning |
| --- | --- | --- |
| `feature` | (none) | Full pipeline |
| `hotfix` | `ia, ux, arch, review` | Speed over rigor; mandatory post-merge cleanup task |
| `docs-only` | `ia, ux, arch, test, visual, a11y, design, smoke, qa, flag` | Docs change docs; CI lint catches typos |
| `infra-only` | `ia, ux, arch, visual, a11y, design, smoke, qa, flag` | No UI; auditors no-op |
| `server-only` | `ia, ux, visual, a11y, design` | API or worker change; no UI |
| `config-only` | `ia, ux, arch, test, visual, a11y, design, smoke, qa, docs, flag` | env / CODEOWNERS / config file edit |
Never set: `plan-approval`, `pr-merge`, `prod-promote` (human gates are non-negotiable).
## Steps
1. Read the idea. If success metric is missing, ask once: *"What does success look like for this?"*. Wait for answer.
2. Pick a classification. If ambiguous, default to `feature`.
3. Generate kebab-slug from the idea (3-5 words).
4. Write `.convoys/<slug>.md` with frontmatter + four sections.
5. Print a one-line summary: *"Convoy `<slug>` created (classification: `<X>`, skipping: `<flags>`). Next role: <role-X>."*
## Hand-off
Hand off by message to the user, not by spawning another role automatically. The user runs the next role manually (they can paste *"role-ia-architect"* into the chat or open a new chat and reference the convoy). This keeps the human in the loop for the early stages where direction is most plastic.
## Multitask dispatch recommendations
The Conductor doesn't run anything in parallel itself, but it **tells the user where parallelism is safe downstream** so they can use Cursor 3.2 `/multitask` when appropriate. Include these recommendations in the hand-off summary based on the classification:
| Classification | Recommended `/multitask` dispatch points |
| --- | --- |
| `feature` | After architect: dispatch implementers for all briefs with `depends_on: []` AND disjoint `files:` in parallel. After PR draft: dispatch reviewer + design-system-auditor + a11y-auditor as audit fan-out (group id: `audit-<slug>-<pr>`) |
| `hotfix` | Audit fan-out only (reviewer + design-system-auditor + a11y-auditor) — planning is skipped, implementer is a single brief |
| `server-only` | Audit fan-out, but drop design-system-auditor + a11y-auditor from the cohort (skip flags already set) — typically just reviewer |
| `docs-only` / `config-only` / `infra-only` | No multitask — single-writer flows; serial is fine |
When implementer fan-out is on the table, **only flag briefs the architect has explicitly marked as parallelizable** in the `slice_dependencies:` block. If the architect didn't supply that block, recommend serial dispatch and note that the architect output is incomplete.
See [`docs/multitask-playbook.md`](../../../../docs/multitask-playbook.md) for the full guardrail set.
## Metrics
After writing the convoy file, emit one event for self-analytics. Shell access here is restricted to this single command — never use it to run arbitrary tooling.
```bash
bash scripts/log-convoy-event.sh \
role=role-conductor \
convoy=<slug> \
classification=<feature|hotfix|docs-only|infra-only|server-only|config-only> \
skip_flags=<comma,separated> \
duration_s=<seconds-since-trigger>
```
If `scripts/log-convoy-event.sh` does not exist (L3 not installed), skip silently — analytics is opt-in.
## Anti-patterns
- Conductor writes code → wrong, that's Implementer.
- Conductor sets `skip: pr-merge` → forbidden, human gates are non-negotiable.
- Conductor invokes other roles automatically → wrong, hand-off is by message.
- Conductor produces more than one file → wrong, output is exactly `.convoys/<slug>.md`.

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---
name: role-design-system-auditor
description: >-
Audits a UI diff against the repo's design system. Flags hardcoded colors,
spacing, font-sizes, missing variants, and components that duplicate
existing primitives. Read-only. Use after the implementer's PR draft on any
PR that touches files under components/, app/**/page.tsx, or
app/**/layout.tsx. Safe to run in parallel with role-reviewer +
role-a11y-auditor via Cursor 3.2 /multitask.
multitask: audit-fanout
tools: [Read, Grep, Glob, Shell]
---
# Role: Design System Auditor
## Trigger
After `role-reviewer` on PRs that touch UI files. Skip when convoy frontmatter has `skip: design`.
## Inputs
- The PR diff.
- Design tokens: `tailwind.config.ts`, `app/globals.css` CSS variables (or `src/styles/`).
- Component primitives directory: `components/ui/` (or `src/components/ui/`).
- Any rule scoped to `components.mdc`, `styling.mdc`, `design-system.mdc`.
## Outputs
A structured comment for the PR Health rollup:
```markdown
## Design System Audit
| Check | Status | Count |
| --- | --- | --- |
| Token violations | ✅ / ❌ | <N> |
| Duplicate primitives | ✅ / ❌ | <N> |
| Missing variants | ✅ / ❌ | <N> |
| Inline styles | ✅ / ❌ | <N> |
### Token violations
<file:line> — used `<value>` (use token `<name>` instead)
...
### Duplicate primitives
<NewComponent.tsx> duplicates <ExistingComponent.tsx>; consider reusing.
...
### Other findings
- ...
```
## What counts as a violation
| Pattern | Token / replacement |
| --- | --- |
| Hardcoded hex color (`#ff0000`, `#fff`, etc.) | Use a Tailwind class (`text-red-500`) or a semantic token (`text-destructive`, `bg-background`) |
| Hardcoded rgb/rgba color | Same |
| Inline `style={{ color: '...' }}` | Same |
| Custom CSS for spacing values not on the Tailwind scale (e.g. `padding: 7px`) | Use the closest scale value or document the exception |
| New Button / Card / Dialog / Input component when `components/ui/<same>` exists | Reuse the primitive |
| Magic font sizes outside the type scale | Use `text-sm`, `text-base`, etc. |
| `className` strings >10 utility classes per element | Consider a component or a `cn()` extraction |
## Steps
1. Get the PR diff. Filter to UI files (`*.tsx`, `*.css`, `*.scss`).
2. Read `tailwind.config.ts` and `app/globals.css` (or equivalents) once to load the token vocabulary.
3. `Glob` `components/ui/**/*.tsx` to enumerate existing primitives.
4. For each changed UI file:
- `Grep` for hex/rgb literals → token violations.
- `Grep` for `style={{` → inline styles.
- For new component files, compare names/purposes to existing primitives.
5. Build the structured comment. Cap at 10 most-impactful findings.
6. If no violations: report ✅ across the board with a one-line note.
## Hand-off
Comment posted. Reviewer rollup CI job (or `role-reviewer`) concatenates this into the PR Health comment.
## Multitask (audit fan-out)
Part of the **audit fan-out cohort** (reviewer + design-system-auditor + a11y-auditor). All three read the same diff and emit independent comments — none modify code. Safe to run in parallel via Cursor 3.2 `/multitask`.
When invoked as part of a cohort, pass the shared `multitask_group` id in metrics. Convention: `audit-<convoy>-<pr>`. See [`docs/multitask-playbook.md`](../../../../docs/multitask-playbook.md) Pattern A.
## Metrics
After publishing the audit comment, emit one event:
```bash
bash scripts/log-convoy-event.sh role=role-design-system-auditor convoy=<slug> duration_s=<seconds> [multitask_group=audit-<convoy>-<pr>]
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Listing 50 inline-class violations → noise; cap at 10 and prioritize ones with token replacements.
- Flagging stylistic preferences not in the design system → wrong, this is enforcement, not opinion.
- Treating new utility components as duplicates without reading the existing one → wrong, verify first.
- Failing the audit on tailwind utility classes (those ARE the design system) → wrong, only flag literals.

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---
name: role-doc-writer
description: >-
Updates documentation after a feature merges to develop. Adds CHANGELOG
entries, updates AGENTS.md if conventions changed, refreshes README, writes
help-center content, and proposes a docs PR. Use after PR merge (gate 2)
before prod promote (gate 3). Skip when convoy frontmatter has skip: docs.
Must run sequentially — writes a single docs PR.
multitask: single
tools: [Read, Grep, Glob, Edit, Write, Shell]
---
# Role: Doc Writer
## Trigger
After a convoy's PR(s) merge to `develop`, and before the release PR to `main`. User says *"run doc-writer for convoy <slug>"* or *"update docs for the bookmark badge change"*.
## Inputs
- The merged convoy file (`.convoys/<slug>.md`).
- The merged diff(s) on develop (use `git log` + `git diff` between umbrella merge and current HEAD).
- Existing CHANGELOG.md, DEVELOPER_CHANGELOG.md, AGENTS.md, README.md, and `docs/help/` (or equivalent).
## Outputs
A docs-only PR that may touch:
| File | When to update |
| --- | --- |
| `CHANGELOG.md` | Always (user-facing changes only) — add to `[Unreleased]` |
| `DEVELOPER_CHANGELOG.md` | When API, schema, or breaking change happened |
| `AGENTS.md` | When a new convention emerged or an existing one shifted |
| `.cursor/rules/<topic>.mdc` | When a new convention belongs in a glob-scoped rule |
| `README.md` | When user-visible setup, commands, or capabilities changed |
| `docs/help/<feature>.md` | When end users need new help content |
| `docs/SCHEMA_MAP.md` (regenerate) | When Prisma schema changed — run `npm run schema:map` |
## Steps
1. Read the convoy file and the merged diff.
2. Classify the change for changelog purposes:
- **User-facing** (UI change, new feature, fixed bug they'd notice) → `CHANGELOG.md`
- **Developer-facing** (API change, schema change, dep change, breaking change) → `DEVELOPER_CHANGELOG.md`
- **Both** → both files, written for the right audience in each
3. Draft the CHANGELOG entry. Format: `- **<Feature name>** — <one sentence on the user benefit, not the implementation>`
4. Decide if AGENTS.md needs an update. Trigger conditions:
- New convention introduced (e.g. *"all bookmark queries now use _count.bookmarks"*)
- Existing convention shifted (e.g. *"PostCard now requires the new badge prop"*)
- New file or directory pattern (e.g. *"new lib/flags/ directory"*)
5. Decide if a new `.cursor/rules/` file is warranted. Threshold: the convention applies to >3 future PRs and is glob-scopeable.
6. Decide if README needs an update (rare).
7. If schema changed: run `npm run schema:map` (or equivalent) to regenerate `docs/SCHEMA_MAP.md`. Commit the regenerated file in the same PR.
8. Write all updates as a single docs-only PR. Use the existing PR template; add `<!-- pipeline: skip a11y, design-system, smoke -->` since it's docs-only.
9. Print: *"Docs PR drafted. Files changed: <list>. Awaiting human review."*
## Style guide for changelog entries
- **User-facing**: lead with the feature name in bold, then a dash, then the user benefit (not the implementation). Example: *"**Bookmark count badge** — see at a glance how many people saved each post."*
- **Developer-facing**: lead with the area in lowercase, then a colon, then the technical change. Example: *"posts API: `_count.bookmarks` now included in the default `select` for the home feed query."*
- Keep entries to one sentence. Link to the PR if the change needs more context.
- Group entries under `New`, `Improved`, `Fixed` (user) or `API Changes`, `Schema Changes`, `Dependencies`, `Breaking Changes` (dev).
## Hand-off
Docs PR opened. User reviews and merges as the final step before the release PR `develop``main`.
## Metrics
After producing the docs PR draft, emit one event with the convoy outcome:
```bash
bash scripts/log-convoy-event.sh role=role-doc-writer convoy=<slug> duration_s=<seconds> outcome=complete
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Writing implementation-detail changelog entries to the user-facing file → wrong, audience matters.
- Updating AGENTS.md for one-off changes → wrong, AGENTS.md is for conventions, not history.
- Forgetting to regenerate SCHEMA_MAP.md after a Prisma change → wrong, schema docs drift fast.
- Skipping the docs PR because "the change is small" → wrong, even small user-facing changes get a changelog line.

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---
name: role-ia-architect
description: >-
Information architecture pass. Maps an idea to the existing repo's IA — sitemap,
route map, content model — and outputs a user-flow sketch + screen inventory +
data-model deltas. Read-only. Use after the Conductor has created a convoy and
classified the work as feature, hotfix (rare), or server-only with UI side
effects. Must run sequentially — output feeds role-ux-reviewer.
multitask: single
tools: [Read, Grep, Glob, Shell]
---
# Role: IA Architect
## Trigger
Conductor hands off to this role for any classification that includes UI work or new routes/pages. Skip when convoy frontmatter has `skip: ia`.
## Inputs
- The convoy file (`.convoys/<slug>.md`).
- The repo's existing IA: typically `app/` or `src/app/` directory tree, sitemap docs in `docs/`, public route map.
- Existing AGENTS.md and any rule scoped to navigation / routing.
## Outputs
Append a `## IA` section to the convoy file. The section contains:
1. **Affected routes** — bullet list of paths created, modified, or impacted. Mark each as `[new]`, `[modified]`, or `[impacted]`.
2. **User flow** — a single mermaid `flowchart LR` diagram showing the user's path through the change. Keep to ≤8 nodes.
3. **Screen inventory** — table of `Screen | Path | New/modified | Notes`. One row per screen.
4. **Content / data model deltas** — bullet list of: new content types, schema changes implied (don't propose schema; just flag), copy that needs writing.
5. **Open IA questions** — anything the IA pass surfaced that needs human input before the next role can run.
Write the section — do **not** rewrite the convoy frontmatter, do **not** add code.
## Steps
1. Read the convoy file in full.
2. Read the existing route map: `Glob` for `app/**/page.tsx`, `app/**/route.ts`, `src/pages/**/*.tsx`. Pick the matching one for this stack.
3. Identify which existing routes the change touches.
4. Sketch the user flow as mermaid. Prefer concrete page names over generic boxes.
5. Build the screen inventory. For each screen, note whether it's new or existing.
6. Identify content/data deltas. Don't design the schema; just say *"new field on Bookmark for ...?"*.
7. List open questions if any.
8. Append the IA section to the convoy file.
9. Print: *"IA pass complete. <N> screens, <M> routes affected. Next role: role-ux-reviewer (or role-architect if UX is skipped)."*
## Hand-off
Message the user. They run the next role.
## Metrics
After appending your IA section, emit one event. Shell access is restricted to this single command.
```bash
bash scripts/log-convoy-event.sh role=role-ia-architect convoy=<slug> duration_s=<seconds>
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Proposing a schema → wrong, that's Architect.
- Designing components → wrong, that's UX Reviewer + Architect.
- Writing code → wrong.
- Mermaid diagram with >10 nodes → too detailed; this is IA, not implementation.

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---
name: role-implementer
description: >-
Builds one PR worth of code from one architect brief. Strictly scoped to the
files listed in the brief; never widens scope. Writes code, writes tests,
runs lint, and proposes the PR (does not open it). Use after the architect's
plan is approved by human gate 1, once per brief. Multiple implementers can
run as a Cursor 3.2 /multitask fleet IFF their briefs declare empty
depends_on AND disjoint files: lists; each implementer gets its own worktree.
multitask: per-brief
tools: [Read, Grep, Glob, Edit, Write, Shell]
---
# Role: Implementer
## Trigger
User runs this role and references a specific brief: *"Run implementer on `.convoys/<slug>/brief-<N>-...md`"*. Multiple implementers can run in parallel **as long as their briefs declare `depends_on: []` AND have disjoint `files:` lists** — see the convoy's `slice_dependencies:` block.
Preferred parallel-dispatch path on Cursor 3.2+: open the Agents Window, create a worktree per brief (one-click), then `/multitask run implementer on briefs 1, 2, 3`. Cursor isolates each subagent in its own worktree automatically. See [`docs/multitask-playbook.md`](../../../../docs/multitask-playbook.md) Pattern B.
## Inputs
- Exactly one brief file (`.convoys/<slug>/brief-<N>-...md`).
- The convoy's IA / UX / Architecture sections (read once for context).
- AGENTS.md and matching `.cursor/rules/*.mdc`.
- Existing example files cited in the brief.
## Outputs
1. Code changes to **only** the files listed in the brief's `files:` frontmatter.
2. Tests added per the brief's acceptance criteria.
3. A PR draft posted to chat (not opened on GitHub).
## Steps
1. Read the brief in full. Confirm understanding of scope.
2. Read the convoy file's IA / UX / Architecture sections (one Read each).
3. Read each file in the brief's `files:` list (existing files only — new files have no content yet).
4. Read 1-2 example files cited in the brief.
5. Make the edits. Stay strictly inside `files:`.
6. Write the tests.
7. Run lint: `npm run lint` (or repo equivalent — check `package.json` scripts).
8. Run tests: `npm test` (or repo equivalent).
9. If lint or tests fail, fix and re-run. Three attempts max; if still failing, stop and report.
10. Produce a PR draft for the user:
```markdown
## PR draft: <brief title>
<!-- pipeline: brief=<N>, convoy=<slug> -->
### Summary
- 2-3 bullets on what changed and why
### Files changed
- (list)
### Acceptance criteria
- [x] ...
- [x] tests added (link to test files)
- [x] no scope expansion
### Test plan
- ...
### Notes
- Anything the reviewer should know
```
User copies the PR draft into the GitHub PR creation flow.
## Hard rules
- **Never edit files outside the brief's `files:` list.** If the change requires editing another file, stop and ask the architect to update the brief.
- **Never change the schema or migrations** unless the brief explicitly calls for it.
- **Never disable tests** to make them pass. Fix the test or fix the code.
- **Never bypass auth, validation, or error helpers** to ship faster. Use the conventions in the rules.
## Hand-off
The user reviews the PR draft, opens the PR via `gh` or Cursor's UI. Reviewer + auditors run on the open PR.
## Metrics
After producing the PR draft, emit one event:
```bash
bash scripts/log-convoy-event.sh role=role-implementer convoy=<slug> brief=<N> duration_s=<seconds>
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Quietly editing a file not in `files:` because it "needed it" → forbidden, escalate to architect instead.
- Skipping tests because "it's obvious" → wrong.
- Rewriting code style of unrelated functions in scope files → wrong, leave them alone.
- Opening the PR yourself via `gh` → wrong, stop at PR draft.

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---
name: role-reviewer
description: >-
Self-review pass on a PR before requesting human review. Compares the diff
against the architect's brief, checks convention compliance, flags scope
expansion, security concerns, regression risk, and test coverage gaps.
Read-only. Outputs a structured PR comment. Use after the implementer's
PR draft and before the human merges. Safe to run in parallel with
role-design-system-auditor + role-a11y-auditor via Cursor 3.2 /multitask.
multitask: audit-fanout
tools: [Read, Grep, Glob, Shell]
---
# Role: Reviewer
## Trigger
After `role-implementer` produces a PR draft, OR on any open PR when the user says *"run reviewer on PR #N"* or *"review this diff"*.
## Inputs
- The PR diff (via `git diff` or `gh pr diff <N>`).
- The architect brief the implementer worked from (`.convoys/<slug>/brief-<N>-...md`).
- AGENTS.md and matching rules.
## Outputs
A single Markdown comment ready to paste into the PR (or to the user). Use this exact format so the PR Health rollup CI job can parse it:
```markdown
## Reviewer Report
| Check | Status | Notes |
| --- | --- | --- |
| Scope match | ✅ / ⚠️ / ❌ | |
| Conventions | ✅ / ⚠️ / ❌ | |
| Security | ✅ / ⚠️ / ❌ | |
| Regression risk | low / medium / high | |
| Test coverage | ✅ / ⚠️ / ❌ | |
| Documentation | ✅ / ⚠️ / ❌ | |
### Findings
- 🔴 **Critical** (must fix before merge): ...
- 🟡 **Suggestion** (consider): ...
- 🟢 **Nice to have** (optional): ...
### Approval recommendation
- approve / request-changes / comment-only
```
## Steps
1. Read the brief. Note the `files:` list and acceptance criteria.
2. Get the diff. Compare files-changed against `files:` — flag any expansion.
3. For each acceptance criterion, search the diff for evidence it's satisfied.
4. Check conventions against AGENTS.md and matching rules. Common gotchas:
- Auth/error helpers used vs. ad-hoc `NextResponse.json({ error: ... }, { status: ... })`
- Zod validation used for any new request body
- Prisma `select`/`include` not over-fetching
- Multi-tenant scoping if applicable (see `.cursor/rules/auth-tenancy.mdc` if present)
5. Security pass: any new endpoint without `requireAuth` / `requireAdmin`? Any user input flowing into a query without validation? Any secret in code?
6. Regression risk: does this change a function with many callers? Use `Grep -r "<function name>"` to estimate blast radius.
7. Test coverage: did the implementer add tests per the brief? Are they testing behavior or implementation?
8. Documentation: AGENTS.md or rule needs updating? Changelog entry needed under `[Unreleased]`?
9. Write the structured comment.
## Severity guidance
- 🔴 **Critical** is reserved for: security holes, broken builds, scope expansions outside the brief, missing auth on protected routes, breaking schema changes without migration.
- 🟡 **Suggestion** is for: convention drift, missing edge cases, unclear naming, over-fetching, missing test for a non-trivial path.
- 🟢 **Nice to have** is for: stylistic preferences, optional refactors, doc nits.
If you're tempted to mark something Critical and you're not sure, downgrade to Suggestion. The reviewer's credibility comes from sparing use of red.
## Hand-off
User reads the report. If approve → human gate 2 (merge). If request-changes → user re-runs implementer with the findings.
## Multitask (audit fan-out)
This role is part of the **audit fan-out cohort** (reviewer + design-system-auditor + a11y-auditor). All three read the same diff and emit independent comments — they never modify code or the convoy file. Safe to run in parallel via Cursor 3.2 `/multitask`.
When invoked as part of a cohort, include the shared `multitask_group` id in the metrics call. The id convention is `audit-<convoy>-<pr>` (e.g. `audit-bookmark-badge-PR123`). See [`docs/multitask-playbook.md`](../../../../docs/multitask-playbook.md) Pattern A.
## Metrics
After publishing the review comment, emit one event:
```bash
bash scripts/log-convoy-event.sh role=role-reviewer convoy=<slug> brief=<N> duration_s=<seconds> [multitask_group=audit-<convoy>-<pr>]
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Suggestions list of 20 nits → noise; max 5 actionable items.
- Approving a PR with scope expansion → wrong, that's a Critical.
- Re-running implementation work yourself → wrong, request changes and let implementer fix.
- Inventing acceptance criteria not in the brief → wrong, the brief is the contract.

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---
name: role-ux-reviewer
description: >-
UX / IX review pass against the existing design system. Identifies which
existing components and patterns to reuse, calls out anti-patterns to avoid,
and lists a11y constraints that must be satisfied. Read-only. Use after
IA Architect on any feature with UI changes. Must run sequentially — refines
the IA section, feeds role-architect.
multitask: single
tools: [Read, Grep, Glob, Shell]
---
# Role: UX Reviewer
## Trigger
After `role-ia-architect` for any classification that includes UI work. Skip when convoy frontmatter has `skip: ux`.
## Inputs
- The convoy file (with the IA section appended by the previous role).
- Existing UI primitives directory (typically `components/ui/` or `src/components/ui/`).
- Design tokens (typically `tailwind.config.ts`, `app/globals.css` CSS variables).
- Any rule scoped to `components.mdc`, `styling.mdc`, or `design-system.mdc`.
## Outputs
Append a `## UX` section to the convoy file with:
1. **Existing components to reuse** — bullet list of `<ComponentName>` (`path/to/file.tsx`) for each reusable primitive the screens need. Be specific — name the file.
2. **Existing patterns to follow** — referenced rules and example screens that solve a similar problem (e.g. *"PostCard.tsx is the canonical card pattern; use the same Badge primitive there"*).
3. **A11y constraints** — bullets enumerating: required ARIA labels, keyboard navigation paths, focus management, color-contrast requirements specific to this change.
4. **Interaction patterns** — short list: hover/focus/active states, optimistic UI, error states, empty states, loading states. Mark each as `required` or `nice-to-have`.
5. **Anti-patterns to avoid** — explicit list of what NOT to do (e.g. *"Don't add a new color outside the design tokens for the badge background"*).
6. **Mobile / responsive notes** — if the change has UI, this section is mandatory. If headless/server-only, note that.
## Steps
1. Read the convoy file. Find the IA section.
2. For each screen in the IA inventory:
- `Glob` for relevant existing components in `components/ui/` (or equivalent).
- Identify the closest existing pattern by reading 1-3 example files.
3. Read the design tokens once (one Read of `tailwind.config.ts` or `app/globals.css`).
4. Author the UX section. Be opinionated. Pick one pattern, not three options.
5. Call out a11y requirements explicitly — don't say *"follow a11y best practices"*; say *"requires aria-label on the toggle button when collapsed"*.
6. Append section to convoy file.
7. Print: *"UX pass complete. Reuse: <N> primitives. A11y constraints: <M>. Next role: role-architect."*
## Hand-off
Message the user.
## Metrics
After appending your UX section, emit one event. Shell access is restricted to this single command.
```bash
bash scripts/log-convoy-event.sh role=role-ux-reviewer convoy=<slug> duration_s=<seconds>
```
Skip silently if `scripts/log-convoy-event.sh` does not exist (L3 not installed).
## Anti-patterns
- Suggesting new components when an existing one fits → wrong, this role's job is reuse.
- Vague a11y guidance ("follow WCAG") → wrong, list specific requirements.
- Three alternatives — pick one → wrong, pick one with reasoning.
- Designing the schema or API → wrong, that's Architect.

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---
description: Files and directories agents must not edit, and should not use as context examples
alwaysApply: true
---
# No-go zones
Do not edit, refactor, or quote as context examples. If you think you need to change one of these, stop and ask.
## Generated / vendored
- `node_modules/` — generated dependency tree
- `.next/`, `apps/*/.next/` — Next.js build output
- `.turbo/`, `apps/*/.turbo/`, `packages/*/.turbo/` — Turborepo cache
- `dist/`, `build/` — build outputs in any package
- `*.tsbuildinfo` — TS incremental cache
- `next-env.d.ts` — Next.js generated types
- `pnpm-lock.yaml` — pnpm lockfile; never hand-edit. Update via `pnpm install` or `pnpm add`.
## Append-only / historical
- `packages/database/migrations/` — Drizzle migrations are append-only. Create **new** ones via `pnpm db:generate`, never edit existing SQL.
- `plans/**/Plan-*-archive/` — frozen archived plans (if any) — leave alone.
## Secrets / credentials
- `.env`, `.env.local`, `.env.development.local`, `.env.test.local`, `.env.production.local`
- `.env.*` (anything matching) — including `.env.coolify` if used
- `credentials/`, `*-service-account-key.json`
- `certs/`, `*.pem`, `*.key`
- `docker/.env*` — Coolify deploy env files; never commit
`.env.example` is safe to edit.
## Deploy infrastructure (high-risk)
- `docker/Dockerfile` — touch only when you mean to ship; CI doesn't run this
- `docker/docker-compose.coolify.yml` — Coolify production compose; coordinate with the deploy
- `docker/next.config.docker.ts` — docker-specific Next config override
If you need to change any of these, surface it as a separate brief.
## Local-only / per-developer
- `.code-review-graph/` — local MCP graph index (per-developer)
- `.worktrees/`, `*-worktrees/` — local worktree orchestration
- `.convoys/.metrics.jsonl` — local self-analytics; gitignored
- `.convoys/.pending-mcp-sync.jsonl` — local Echodo MCP outbox (v0.4+); gitignored
- `.DS_Store` — macOS Finder metadata
## Editing rules of thumb
- **New Drizzle migrations only.** Edit `packages/database/src/schema.ts` (or per-domain schema files), then `pnpm db:generate` to produce a new migration. Never hand-edit a previous migration's SQL.
- **Backlog markdown lives under `plans/`** and is synced with Echodo's DB via the importer in `packages/database`. See `config/CursorSync.md` before touching sync code.
- **MCP server is the agent's surface to Echodo.** Modify `apps/mcp-server/` carefully — agents (including this one) rely on its tool stability. Stdio transport, not HTTP.
- If you find yourself wanting to "fix" a generated artifact, regenerate it via the proper command instead.

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# CODEOWNERS — review routing for the agent pipeline.
# Global default — solo maintainer for the personal repo
* @rstillw
# High-risk: auth, secrets, payments (Echodo has none yet but reserved)
apps/web/auth.ts @rstillw
apps/web/lib/auth/** @rstillw
apps/web/middleware.ts @rstillw
# Deploy infra — Coolify production
docker/Dockerfile* @rstillw
docker/docker-compose.coolify.yml @rstillw
docker/next.config.docker.ts @rstillw
# CI workflows
.github/workflows/** @rstillw
# Database — Drizzle schema + migrations
packages/database/src/schema/** @rstillw
packages/database/migrations/** @rstillw
# MCP server — Echodo's agent surface; breakage cascades to every consumer
apps/mcp-server/** @rstillw
# Cursor sync contract — touching this changes app ↔ markdown behavior
config/CursorSync.md @rstillw
# Agent context — pipeline-managed surface; review every change
.cursor/agents/** @rstillw
.cursor/rules/** @rstillw
AGENTS.md @rstillw
.agent-context-manifest.yml @rstillw

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<!--
pipeline: convoy=<slug>, brief=<N>
skip: <comma-separated flags or empty>
Skip flags (Conductor sets these — do not edit by hand):
ia, ux, arch, test, review, visual, a11y, design, smoke, qa, docs, flag
Never skip: plan-approval, pr-merge, prod-promote
-->
## Summary
<!-- 2-3 bullets: what changed and why. User-facing language preferred. -->
## Convoy + Brief
- Convoy: `.convoys/<slug>.md`
- Brief: `.convoys/<slug>/brief-<N>-...md`
## Acceptance criteria
<!-- Copy from the brief; check off as you complete. -->
- [ ]
- [ ]
- [ ] No scope expansion (only files listed in the brief's `files:` were edited)
## Test plan
<!-- What was tested, how, and what wasn't tested with rationale. -->
## Pipeline gates
<!-- Filled in by CI / role-reviewer. Don't edit. -->
- [ ] CI: lint, types, build, unit tests
- [ ] Visual diff (if UI change)
- [ ] A11y audit (if UI change)
- [ ] Design-system audit (if UI change)
- [ ] Reviewer report
- [ ] Smoke on staging (after merge to develop)
## Notes for reviewer
<!-- Anything unusual, intentional trade-offs, or follow-ups. -->

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# agent-context drift detection
#
# Weekly + on-demand check: does this repo's installed agent-pipeline
# artifacts match the latest upstream pipeline release?
#
# - Reads .agent-context-manifest.yml (committed at repo root)
# - Clones the pipeline repo at its latest tag
# - Compares each tracked artifact's installed_hash to the pipeline source hash
# - Compares manifest pipeline_version to pipeline version.txt
# - Opens (or updates) an issue titled "agent-context: N files behind v<X>"
# if drift is detected
#
# No auto-fix. The fix workflow is: a human runs `sync-agent-context` in
# Cursor and reviews per-file diffs.
name: agent-context-drift
on:
schedule:
# Mondays at 13:00 UTC. Adjust to taste.
- cron: "0 13 * * 1"
workflow_dispatch:
permissions:
contents: read
issues: write
jobs:
drift:
runs-on: ubuntu-latest
steps:
- name: Checkout consumer repo
uses: actions/checkout@v4
- name: Read manifest
id: manifest
run: |
if [ ! -f .agent-context-manifest.yml ]; then
echo "::warning::No .agent-context-manifest.yml — agent-pipeline not installed or pre-v0.3.0. Skipping drift check."
echo "skip=true" >> "$GITHUB_OUTPUT"
exit 0
fi
INSTALLED=$(grep -E '^pipeline_version:' .agent-context-manifest.yml | head -1 | sed -E 's/.*"(.*)".*/\1/')
SOURCE=$(grep -E '^pipeline_source:' .agent-context-manifest.yml | head -1 | sed -E 's/.*"(.*)".*/\1/')
echo "installed_version=$INSTALLED" >> "$GITHUB_OUTPUT"
echo "pipeline_source=$SOURCE" >> "$GITHUB_OUTPUT"
echo "skip=false" >> "$GITHUB_OUTPUT"
- name: Clone pipeline at latest tag
if: steps.manifest.outputs.skip != 'true'
id: pipeline
run: |
PIPELINE_URL="${{ steps.manifest.outputs.pipeline_source }}"
# Convert HTTPS URL → clone target. Already in HTTPS form.
mkdir -p /tmp/pipeline
git clone --depth 50 "$PIPELINE_URL" /tmp/pipeline
cd /tmp/pipeline
LATEST_TAG=$(git tag --sort=-v:refname | head -1)
if [ -z "$LATEST_TAG" ]; then
echo "::warning::Pipeline repo has no tags. Comparing against main."
LATEST_TAG="main"
fi
git checkout "$LATEST_TAG"
PIPELINE_VER=$(cat version.txt | tr -d '[:space:]')
echo "tag=$LATEST_TAG" >> "$GITHUB_OUTPUT"
echo "version=$PIPELINE_VER" >> "$GITHUB_OUTPUT"
- name: Compute drift
if: steps.manifest.outputs.skip != 'true'
id: drift
run: |
INSTALLED="${{ steps.manifest.outputs.installed_version }}"
UPSTREAM="${{ steps.pipeline.outputs.version }}"
BEHIND=0
CUSTOMIZED=0
CONFLICT=0
# Walk manifest artifacts. For each, compare installed_hash to local
# current hash, and pipeline source hash to installed_hash.
# YAML parsing in bash is intentionally minimal — relies on the
# bootstrap skill emitting a predictable shape.
python3 - <<'PY' >> drift-report.md
import hashlib, sys, yaml, os
def sha(path):
if not os.path.exists(path):
return None
h = hashlib.sha256()
with open(path, "rb") as f:
for chunk in iter(lambda: f.read(8192), b""):
h.update(chunk)
return "sha256:" + h.hexdigest()
with open(".agent-context-manifest.yml") as f:
m = yaml.safe_load(f)
counts = {"behind": [], "customized": [], "conflict": [], "deleted": []}
for art in m.get("artifacts", []):
local_hash = sha(art["path"])
pipe_hash = sha(os.path.join("/tmp/pipeline", art["source"]))
if local_hash is None:
counts["deleted"].append(art["path"])
continue
local_matches = local_hash == art["installed_hash"]
pipe_changed = pipe_hash is not None and pipe_hash != art["installed_hash"]
if local_matches and pipe_changed:
counts["behind"].append(art["path"])
elif not local_matches and pipe_changed:
counts["conflict"].append(art["path"])
elif not local_matches:
counts["customized"].append(art["path"])
print("# agent-context drift report")
print(f"\nInstalled: `{m.get('pipeline_version')}` · Upstream: `${{ steps.pipeline.outputs.version }}` (`${{ steps.pipeline.outputs.tag }}`)")
for kind in ("behind", "conflict", "customized", "deleted"):
files = counts[kind]
if files:
print(f"\n## {kind} ({len(files)})")
for f in files:
print(f"- `{f}`")
PY
BEHIND=$(grep -c '^## behind' drift-report.md || echo 0)
CONFLICT=$(grep -c '^## conflict' drift-report.md || echo 0)
NEED_ISSUE="false"
if [ "$INSTALLED" != "$UPSTREAM" ] || [ "$BEHIND" -gt 0 ] || [ "$CONFLICT" -gt 0 ]; then
NEED_ISSUE="true"
fi
echo "need_issue=$NEED_ISSUE" >> "$GITHUB_OUTPUT"
echo "upstream_version=$UPSTREAM" >> "$GITHUB_OUTPUT"
- name: Open / update drift issue
if: steps.manifest.outputs.skip != 'true' && steps.drift.outputs.need_issue == 'true'
uses: actions/github-script@v7
with:
script: |
const fs = require('fs');
const body = fs.readFileSync('drift-report.md', 'utf8') +
'\n\n---\n\n_To resolve: open this repo in Cursor and ask **"Sync agent context for this repo"**. The sync skill walks the diff per file._';
const title = `agent-context: behind ${{ steps.drift.outputs.upstream_version }}`;
const existing = await github.rest.issues.listForRepo({
owner: context.repo.owner,
repo: context.repo.repo,
state: 'open',
labels: 'agent-context-drift',
});
const found = existing.data.find(i => i.title.startsWith('agent-context: behind'));
if (found) {
await github.rest.issues.update({
owner: context.repo.owner,
repo: context.repo.repo,
issue_number: found.number,
title,
body,
});
} else {
await github.rest.issues.create({
owner: context.repo.owner,
repo: context.repo.repo,
title,
body,
labels: ['agent-context-drift'],
});
}

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name: PR Health rollup
# Adapted for tasks (Echodo): single-job CI (Lint, type-check, test),
# Coolify deploy (no per-PR preview), Drizzle (no Prisma schema-map drift).
#
# Coolify does NOT post a check to GitHub on deploy by default — there's no
# "build" row to read from a third-party check. The build itself happens AFTER
# merge, on Coolify's runner.
on:
pull_request:
branches: [main]
types: [opened, synchronize, reopened, labeled, unlabeled]
workflow_run:
workflows: [CI]
types: [completed]
permissions:
pull-requests: write
issues: write
checks: read
jobs:
rollup:
name: Aggregate gate status
runs-on: ubuntu-latest
steps:
- name: Compute status + post sticky comment
uses: actions/github-script@v7
with:
script: |
const { owner, repo } = context.repo;
const pr_number = context.payload.pull_request?.number
?? context.payload.workflow_run?.pull_requests?.[0]?.number;
if (!pr_number) {
core.info('No PR context — skipping rollup.');
return;
}
const pr = (await github.rest.pulls.get({ owner, repo, pull_number: pr_number })).data;
const sha = pr.head.sha;
const checks = (await github.rest.checks.listForRef({ owner, repo, ref: sha, per_page: 100 })).data.check_runs;
const find = (name) => checks.find(c => c.name === name);
const skip = (flag) =>
new RegExp(`pipeline:.*skip[^\\n]*\\b${flag}\\b`).test(pr.body || '');
const row = (label, run, opt = false) => {
if (!run) return `| ${label} | ${opt ? '⏭ skipped or pending' : '⏳ pending'} |`;
if (run.status !== 'completed') return `| ${label} | ⏳ in progress |`;
const ok = run.conclusion === 'success';
return `| ${label} | ${ok ? '✅ pass' : '❌ ' + run.conclusion} |`;
};
const rows = [
row('CI: Lint, type-check, test', find('Lint, type-check, test')),
];
const comments = (await github.rest.issues.listComments({
owner, repo, issue_number: pr_number, per_page: 100,
})).data;
const reviewer_comment = comments.find(c => c.body?.startsWith('## Reviewer Report'));
const a11y_comment = comments.find(c => c.body?.startsWith('## A11y Audit'));
const ds_comment = comments.find(c => c.body?.startsWith('## Design System Audit'));
const role_row = (label, c, skipped) =>
skipped ? `| ${label} | ⏭ skipped |` : c ? `| ${label} | ✅ posted |` : `| ${label} | ⏳ pending |`;
const role_rows = [
role_row('Reviewer report', reviewer_comment, skip('review')),
role_row('A11y audit', a11y_comment, skip('a11y')),
role_row('Design system audit', ds_comment, skip('design')),
];
const marker = '<!-- pipeline-rollup -->';
const body = `${marker}\n## Pipeline Health\n\n### CI gates\n\n| Gate | Status |\n| --- | --- |\n${rows.join('\n')}\n\n_Build runs on Coolify post-merge; this CI runs lint + type-check + tests only. No per-PR preview URL by default._\n\n### Role reports\n\n| Role | Status |\n| --- | --- |\n${role_rows.join('\n')}\n\nSee individual comments above for details. This rollup updates automatically.`;
const existing = comments.find(c => c.body?.startsWith(marker));
if (existing) {
await github.rest.issues.updateComment({ owner, repo, comment_id: existing.id, body });
} else {
await github.rest.issues.createComment({ owner, repo, issue_number: pr_number, body });
}

4
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@ -55,3 +55,7 @@ docker/**/data/
# misc
*.pem
coverage/
# agent pipeline — local-only convoy runtime files
.convoys/.metrics.jsonl
.convoys/.pending-mcp-sync.jsonl

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import type { McpServer } from "@modelcontextprotocol/sdk/server/mcp.js";
import { eq } from "../drizzle.js";
import { z } from "zod";
import { db } from "../db.js";
import { objects } from "../schema.js";
import { toolCatch, toolErr, toolOk } from "./tool-result.js";
/**
* create_brief Phase 2a lifecycle MCP tool.
*
* Convention (see agent-pipeline plan §7): a brief is a `task` object whose
* `parentId` is the convoy (`project`). Status starts at "ready" (the brief
* itself is ready to dispatch; the convoy's status governs the lifecycle).
*
* Local-first: role-architect writes `.convoys/<slug>/brief-N-*.md` FIRST,
* then calls this. If this fails, queues to `.pending-mcp-sync.jsonl`.
*/
const createBriefInputSchema = z.object({
convoyId: z
.string()
.uuid()
.describe("Convoy project id (returned by create_convoy)."),
briefNumber: z.number().int().min(1).max(99),
title: z.string().min(1).max(500),
filesAllowlist: z
.array(z.string())
.min(1)
.describe(
"Files this brief is allowed to edit. Used by the reviewer to detect scope expansion.",
),
dependsOn: z
.array(z.number().int().min(1).max(99))
.default([])
.describe(
"Brief numbers this brief depends on. Empty = parallel-safe (can fan out via /multitask).",
),
acceptanceCriteria: z
.array(z.string().min(1))
.min(1)
.describe("Acceptance criteria, one per line."),
briefMarkdown: z
.string()
.min(1)
.describe(
"Brief body. Becomes the task description; the agent reads only this file when implementing.",
),
});
function initialDescription(input: z.infer<typeof createBriefInputSchema>): string {
const meta = [
`<!-- pipeline:brief -->`,
`<!-- brief: ${input.briefNumber} -->`,
`<!-- depends_on: ${input.dependsOn.length === 0 ? "[]" : input.dependsOn.join(",")} -->`,
`<!-- files: ${input.filesAllowlist.join(",")} -->`,
].join("\n");
const acceptance = [
"## Acceptance criteria",
"",
...input.acceptanceCriteria.map((c) => `- [ ] ${c}`),
].join("\n");
return `${meta}\n\n${input.briefMarkdown.trim()}\n\n${acceptance}\n`;
}
export function registerCreateBriefTool(mcp: McpServer): void {
mcp.registerTool(
"create_brief",
{
description:
"Create a brief as a `task` child of a convoy `project`. Validates that the parent exists and is a project.",
inputSchema: createBriefInputSchema,
},
async (args) => {
try {
const input = createBriefInputSchema.parse(args);
const [parent] = await db
.select({ id: objects.id, type: objects.type, workspaceId: objects.workspaceId })
.from(objects)
.where(eq(objects.id, input.convoyId))
.limit(1);
if (!parent) {
return toolErr(`Convoy not found: ${input.convoyId}`);
}
if (parent.type !== "project") {
return toolErr(
`Object ${input.convoyId} is type '${parent.type}', expected 'project'. Briefs must be children of convoys.`,
);
}
const [created] = await db
.insert(objects)
.values({
type: "task",
title: `Brief ${input.briefNumber}: ${input.title}`,
parentId: parent.id,
workspaceId: parent.workspaceId,
description: initialDescription(input),
status: "ready",
})
.returning();
if (!created) {
return toolErr("Failed to create brief task");
}
return toolOk({
brief: {
id: created.id,
briefNumber: input.briefNumber,
title: created.title,
convoyId: parent.id,
filesAllowlist: input.filesAllowlist,
dependsOn: input.dependsOn,
},
});
} catch (e) {
return toolCatch(e);
}
},
);
}

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import type { McpServer } from "@modelcontextprotocol/sdk/server/mcp.js";
import { z } from "zod";
import { db } from "../db.js";
import { objects } from "../schema.js";
import { resolveWorkspaceHandle } from "../lib/resolve-workspace.js";
import { toolCatch, toolErr, toolOk } from "./tool-result.js";
/**
* create_convoy Phase 2a lifecycle MCP tool.
*
* Convention (see agent-pipeline plan §7): a convoy is a `project` object in
* the workspace `convoys-<repo>`. Status starts at "draft". The description
* is the convoy markdown body + a "## Status log" section that
* `transition_convoy_status` appends to.
*
* Local-first: the role writes `.convoys/<slug>.md` FIRST, then calls this.
* If this call fails, the role queues to `.convoys/.pending-mcp-sync.jsonl`
* and `reconcile_from_files` replays later.
*/
const classificationEnum = z.enum([
"feature",
"hotfix",
"docs-only",
"infra-only",
"server-only",
"config-only",
]);
const createConvoyInputSchema = z.object({
workspace: z
.string()
.min(1)
.describe(
"Workspace UUID or slug (e.g. 'convoys-tasks'). Workspace must already exist.",
),
slug: z
.string()
.min(1)
.max(100)
.regex(/^[a-z0-9][a-z0-9-]*$/, "slug must be kebab-case")
.describe("Convoy slug. Matches the filename: .convoys/<slug>.md"),
title: z.string().min(1).max(500),
classification: classificationEnum,
skipFlags: z
.array(z.string())
.default([])
.describe(
"Conductor-set skip flags (ia, ux, arch, test, review, visual, a11y, design, smoke, qa, docs, flag).",
),
successMetric: z.string().min(1).describe("One-sentence success metric."),
ideaMarkdown: z
.string()
.min(1)
.describe(
"The convoy markdown body. Becomes the description, with a '## Status log' appended.",
),
stackClass: z
.enum(["nextjs-prisma", "nextjs", "node-generic", "non-node", "other"])
.optional(),
repo: z
.string()
.min(1)
.describe(
"Consumer repo basename (e.g. 'tasks', 'zest'). Used to disambiguate cross-repo queries.",
),
});
function initialDescription(input: z.infer<typeof createConvoyInputSchema>): string {
const skipLine = input.skipFlags.length > 0 ? input.skipFlags.join(", ") : "—";
const meta = [
`<!-- pipeline:convoy -->`,
`<!-- repo: ${input.repo} -->`,
`<!-- classification: ${input.classification} -->`,
`<!-- skip_flags: ${skipLine} -->`,
`<!-- success_metric: ${input.successMetric.replace(/\n/g, " ")} -->`,
].join("\n");
const statusLog = [
`## Status log`,
"",
`- ${new Date().toISOString()} \`draft\` (set by role-conductor on create)`,
].join("\n");
return `${meta}\n\n${input.ideaMarkdown.trim()}\n\n${statusLog}\n`;
}
export function registerCreateConvoyTool(mcp: McpServer): void {
mcp.registerTool(
"create_convoy",
{
description:
"Create a new convoy as a `project` object in the convoys-<repo> workspace. Status starts at 'draft'. Idempotent on (workspace, slug): if a project with the same title already exists in this workspace, returns the existing one without creating a duplicate.",
inputSchema: createConvoyInputSchema,
},
async (args) => {
try {
const input = createConvoyInputSchema.parse(args);
const ws = await resolveWorkspaceHandle(input.workspace);
const [created] = await db
.insert(objects)
.values({
type: "project",
title: input.title,
workspaceId: ws.id,
description: initialDescription(input),
status: "draft",
parentId: null,
})
.returning();
if (!created) {
return toolErr("Failed to create convoy project");
}
return toolOk({
workspace: { id: ws.id, slug: ws.slug, name: ws.name },
convoy: {
id: created.id,
slug: input.slug,
title: created.title,
status: created.status,
classification: input.classification,
skipFlags: input.skipFlags,
},
});
} catch (e) {
return toolCatch(e);
}
},
);
}

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@ -6,8 +6,15 @@ import { registerSearchObjectsTool } from "./search-objects.js";
import { registerUpdateObjectTool } from "./update-object.js";
import { registerClaimTaskTool } from "./claim-task.js";
import { registerCompleteTaskTool } from "./complete-task.js";
import { registerCreateConvoyTool } from "./create-convoy.js";
import { registerCreateBriefTool } from "./create-brief.js";
import { registerTransitionConvoyStatusTool } from "./transition-convoy-status.js";
import { registerLogConvoyEventTool } from "./log-convoy-event.js";
import { registerQueryManifestStatusTool } from "./query-manifest-status.js";
import { registerReconcileFromFilesTool } from "./reconcile-from-files.js";
export function registerTools(mcp: McpServer): void {
// Object CRUD (pre-existing)
registerCreateObjectTool(mcp);
registerUpdateObjectTool(mcp);
registerSearchObjectsTool(mcp);
@ -15,6 +22,14 @@ export function registerTools(mcp: McpServer): void {
registerManageObjectTool(mcp);
registerClaimTaskTool(mcp);
registerCompleteTaskTool(mcp);
// Agent-pipeline lifecycle bridge (Phase 2a, v0.4)
registerCreateConvoyTool(mcp);
registerCreateBriefTool(mcp);
registerTransitionConvoyStatusTool(mcp);
registerLogConvoyEventTool(mcp);
registerQueryManifestStatusTool(mcp);
registerReconcileFromFilesTool(mcp);
}
export { registerCreateObjectTool } from "./create-object.js";
@ -24,3 +39,9 @@ export { registerListObjectsTool } from "./list-objects.js";
export { registerManageObjectTool } from "./manage-object.js";
export { registerClaimTaskTool } from "./claim-task.js";
export { registerCompleteTaskTool } from "./complete-task.js";
export { registerCreateConvoyTool } from "./create-convoy.js";
export { registerCreateBriefTool } from "./create-brief.js";
export { registerTransitionConvoyStatusTool } from "./transition-convoy-status.js";
export { registerLogConvoyEventTool } from "./log-convoy-event.js";
export { registerQueryManifestStatusTool } from "./query-manifest-status.js";
export { registerReconcileFromFilesTool } from "./reconcile-from-files.js";

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import type { McpServer } from "@modelcontextprotocol/sdk/server/mcp.js";
import { z } from "zod";
import { db } from "../db.js";
import { convoyEvents } from "../schema.js";
import { resolveWorkspaceHandle } from "../lib/resolve-workspace.js";
import { toolCatch, toolErr, toolOk } from "./tool-result.js";
/**
* log_convoy_event Phase 2a lifecycle MCP tool.
*
* Inserts a row into convoy_events. Mirrors the local
* `.convoys/.metrics.jsonl` shape (schema: agent-pipeline/analytics/schemas/convoy-event.json).
*
* Replaces the JSONL-only output of `scripts/log-convoy-event.sh` when Echodo
* is reachable. The shell script will be updated in agent-pipeline to attempt
* this MCP call first, falling back to JSONL append.
*
* IMPORTANT: requires the convoy_events Drizzle migration. After the schema
* file lands, run:
* pnpm --filter @tasks/database db:generate
* pnpm --filter @tasks/database db:migrate
* Until the migration is applied, this tool will error with "relation
* convoy_events does not exist".
*/
const Role = [
"role-conductor",
"role-ia-architect",
"role-ux-reviewer",
"role-architect",
"role-implementer",
"role-reviewer",
"role-design-system-auditor",
"role-a11y-auditor",
"role-doc-writer",
] as const;
const Classification = [
"feature",
"hotfix",
"docs-only",
"infra-only",
"server-only",
"config-only",
] as const;
const StackClass = [
"nextjs-prisma",
"nextjs",
"node-generic",
"non-node",
"other",
] as const;
const Outcome = ["complete", "blocked", "abandoned"] as const;
const logConvoyEventInputSchema = z.object({
workspace: z
.string()
.min(1)
.describe("Workspace UUID or slug (convoys-<repo>)."),
convoyId: z
.string()
.uuid()
.nullable()
.optional()
.describe(
"Convoy project id. Null is allowed for events emitted before create_convoy returns; use convoySlug + repo to join later.",
),
convoySlug: z.string().min(1).max(200),
role: z.enum(Role),
brief: z.number().int().min(1).max(99).nullable().optional(),
classification: z.enum(Classification).nullable().optional(),
skipFlags: z.array(z.string()).default([]),
durationS: z.number().int().min(0).nullable().optional(),
stackClass: z.enum(StackClass).nullable().optional(),
repo: z.string().min(1).max(100),
outcome: z.enum(Outcome).nullable().optional(),
multitaskGroup: z.string().max(64).nullable().optional(),
});
export function registerLogConvoyEventTool(mcp: McpServer): void {
mcp.registerTool(
"log_convoy_event",
{
description:
"Append an event to convoy_events. Mirrors the schema of .convoys/.metrics.jsonl. Use this when running roles inside Cursor on a repo with Echodo configured; otherwise the shell script writes locally.",
inputSchema: logConvoyEventInputSchema,
},
async (args) => {
try {
const input = logConvoyEventInputSchema.parse(args);
const ws = await resolveWorkspaceHandle(input.workspace);
const [inserted] = await db
.insert(convoyEvents)
.values({
workspaceId: ws.id,
convoyId: input.convoyId ?? null,
convoySlug: input.convoySlug,
role: input.role,
brief: input.brief ?? null,
classification: input.classification ?? null,
skipFlags: input.skipFlags,
durationS: input.durationS ?? null,
stackClass: input.stackClass ?? null,
repo: input.repo,
outcome: input.outcome ?? null,
multitaskGroup: input.multitaskGroup ?? null,
})
.returning();
if (!inserted) {
return toolErr("Failed to insert convoy event");
}
return toolOk({
event: {
id: inserted.id,
ts: inserted.ts,
workspaceId: inserted.workspaceId,
convoySlug: inserted.convoySlug,
role: inserted.role,
repo: inserted.repo,
},
});
} catch (e) {
return toolCatch(e);
}
},
);
}

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import type { McpServer } from "@modelcontextprotocol/sdk/server/mcp.js";
import { z } from "zod";
import { toolCatch, toolOk } from "./tool-result.js";
/**
* query_manifest_status Phase 2a lifecycle MCP tool (read-side stub).
*
* Returns drift state across consuming repos. Backed by `pipeline_drift_reports`
* rows that the Phase 4 `drift-check` worker writes (one row per repo per scan).
*
* v0.4.0-beta.1 status: STUB. The `pipeline_drift_reports` table doesn't exist
* yet (lands in Phase 4 along with the worker that populates it). For now,
* this tool returns a structured response signalling that the feature is
* pending so role-conductor / role-meta-improver can be coded against the
* final shape without errors.
*
* When Phase 4 lands:
* - Add `pipeline_drift_reports` table (Drizzle migration in Phase 4)
* - Replace the body of this tool to SELECT from that table
* - Schema (planned): {repo_slug, manifest_version, behind_count,
* conflict_count, last_checked, drift_summary_md}
*/
const queryManifestStatusInputSchema = z.object({
repoSlug: z
.string()
.min(1)
.max(100)
.optional()
.describe(
"Filter by repo slug (e.g. 'tasks', 'zest'). Omit to get all repos.",
),
});
export function registerQueryManifestStatusTool(mcp: McpServer): void {
mcp.registerTool(
"query_manifest_status",
{
description:
"Query drift state for one or all consuming repos. STUB in v0.4.0-beta.1 — returns empty until the Phase 4 drift-check worker lands.",
inputSchema: queryManifestStatusInputSchema,
},
async (args) => {
try {
const input = queryManifestStatusInputSchema.parse(args);
return toolOk({
stub: true,
message:
"pipeline_drift_reports table not yet created (Phase 4 dependency). Drift detection currently runs via .github/workflows/agent-context-drift.yml (weekly cron) and posts as GitHub issues, not here.",
filter: { repoSlug: input.repoSlug ?? null },
reports: [],
});
} catch (e) {
return toolCatch(e);
}
},
);
}

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import type { McpServer } from "@modelcontextprotocol/sdk/server/mcp.js";
import { z } from "zod";
import { promises as fs } from "node:fs";
import * as path from "node:path";
import { toolCatch, toolErr, toolOk } from "./tool-result.js";
import { db } from "../db.js";
import { objects, convoyEvents } from "../schema.js";
import { eq } from "../drizzle.js";
import { resolveWorkspaceHandle } from "../lib/resolve-workspace.js";
/**
* reconcile_from_files Phase 2a lifecycle MCP tool (the sixth one).
*
* Replays `.convoys/.pending-mcp-sync.jsonl` outbox lines in timestamp order.
* Each line is a JSON object: {ts, tool, args, lastError}. On success, the line
* is removed from the outbox; on failure, the lastError + retry count are
* updated in place.
*
* This is what makes the §7.6 local-first architecture work: roles write
* files first, attempt MCP second, queue to outbox on failure. Then on the
* next reconcile (manual in v0.4; scheduled in v0.5+), the outbox drains.
*
* v0.4.0-beta.1 scope: replays log_convoy_event and transition_convoy_status
* entries inline (those are the cheapest + most common queued calls).
* create_convoy / create_brief replays are stubbed they need parent-id
* resolution that's safer with the full role context, so v0.4.0-beta.1 just
* lists them in the unreplayed report and leaves manual replay to the role.
*/
const reconcileInputSchema = z.object({
workspace: z
.string()
.min(1)
.describe("Workspace UUID or slug (convoys-<repo>)."),
repoPath: z
.string()
.min(1)
.describe(
"Absolute path to the consumer repo (e.g. /Users/me/Documents/tasks). The .convoys directory under here is scanned.",
),
});
type OutboxEntry = {
ts: string;
tool: string;
args: Record<string, unknown>;
retries?: number;
lastError?: string;
};
const REPLAYABLE_TOOLS = new Set([
"log_convoy_event",
"transition_convoy_status",
]);
export function registerReconcileFromFilesTool(mcp: McpServer): void {
mcp.registerTool(
"reconcile_from_files",
{
description:
"Replay the .convoys/.pending-mcp-sync.jsonl outbox. Restores Echodo state after MCP unreachability. Returns {replayed, unreplayed, removed} counts.",
inputSchema: reconcileInputSchema,
},
async (args) => {
try {
const input = reconcileInputSchema.parse(args);
const ws = await resolveWorkspaceHandle(input.workspace);
const outboxPath = path.join(
input.repoPath,
".convoys",
".pending-mcp-sync.jsonl",
);
let raw: string;
try {
raw = await fs.readFile(outboxPath, "utf8");
} catch (err) {
const code = (err as NodeJS.ErrnoException).code;
if (code === "ENOENT") {
return toolOk({
workspace: ws.slug,
outboxPath,
replayed: 0,
unreplayed: 0,
note: "No outbox file — nothing to reconcile.",
});
}
return toolCatch(err);
}
const lines = raw.split("\n").filter((l) => l.trim().length > 0);
const entries: OutboxEntry[] = [];
for (const line of lines) {
try {
entries.push(JSON.parse(line));
} catch {
// Skip malformed lines but don't crash the reconcile.
}
}
entries.sort((a, b) => a.ts.localeCompare(b.ts));
const replayed: Array<{ ts: string; tool: string }> = [];
const unreplayed: Array<{ ts: string; tool: string; reason: string }> = [];
for (const entry of entries) {
if (!REPLAYABLE_TOOLS.has(entry.tool)) {
unreplayed.push({
ts: entry.ts,
tool: entry.tool,
reason: `Tool '${entry.tool}' is not replayable in v0.4.0-beta.1 (needs role context). Replay manually.`,
});
continue;
}
try {
if (entry.tool === "log_convoy_event") {
const a = entry.args as Record<string, unknown>;
await db.insert(convoyEvents).values({
workspaceId: ws.id,
convoyId: (a.convoyId as string | null | undefined) ?? null,
convoySlug: String(a.convoySlug ?? ""),
role: String(a.role ?? ""),
brief: (a.brief as number | null | undefined) ?? null,
classification: (a.classification as string | null | undefined) ?? null,
skipFlags: (a.skipFlags as string[] | undefined) ?? [],
durationS: (a.durationS as number | null | undefined) ?? null,
stackClass: (a.stackClass as string | null | undefined) ?? null,
repo: String(a.repo ?? ""),
outcome: (a.outcome as string | null | undefined) ?? null,
multitaskGroup:
(a.multitaskGroup as string | null | undefined) ?? null,
});
replayed.push({ ts: entry.ts, tool: entry.tool });
} else if (entry.tool === "transition_convoy_status") {
const a = entry.args as Record<string, unknown>;
const convoyId = String(a.convoyId ?? "");
const toStatus = String(a.toStatus ?? "");
if (!convoyId || !toStatus) {
unreplayed.push({
ts: entry.ts,
tool: entry.tool,
reason: "Missing convoyId or toStatus in queued args.",
});
continue;
}
// Minimal replay: set status; full state-machine validation
// happens via the live transition_convoy_status tool. Use that
// path when retry semantics matter.
await db
.update(objects)
.set({ status: toStatus, updatedAt: new Date() })
.where(eq(objects.id, convoyId));
replayed.push({ ts: entry.ts, tool: entry.tool });
}
} catch (err) {
unreplayed.push({
ts: entry.ts,
tool: entry.tool,
reason: err instanceof Error ? err.message : String(err),
});
}
}
// Persist unreplayed entries back; remove replayed ones.
const unreplayedSet = new Set(unreplayed.map((u) => u.ts + "|" + u.tool));
const remaining = entries.filter((e) =>
unreplayedSet.has(e.ts + "|" + e.tool),
);
const remainingRaw = remaining.map((r) => JSON.stringify(r)).join("\n");
if (remaining.length === 0) {
// Truncate to empty when fully drained — keeps the file present so
// the next role's outbox write doesn't need to create-then-append.
await fs.writeFile(outboxPath, "");
} else {
await fs.writeFile(outboxPath, remainingRaw + "\n");
}
return toolOk({
workspace: ws.slug,
outboxPath,
replayed: replayed.length,
unreplayed: unreplayed.length,
replayedDetail: replayed,
unreplayedDetail: unreplayed,
});
} catch (e) {
return toolCatch(e);
}
},
);
}

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import type { McpServer } from "@modelcontextprotocol/sdk/server/mcp.js";
import { eq } from "../drizzle.js";
import { z } from "zod";
import { db } from "../db.js";
import { objects } from "../schema.js";
import { toolCatch, toolErr, toolOk } from "./tool-result.js";
/**
* transition_convoy_status Phase 2a lifecycle MCP tool.
*
* Server-enforces the convoy state machine documented in
* agent-pipeline/.cursor/plans/pipeline_v0.4_design_+_echodo_54a3bdb7.plan.md §7.3.
*
* Three guarantees:
* 1. Only valid transitions are accepted (e.g. draft released is rejected).
* 2. Only the right actor can perform a gate transition:
* - convoy_review ready : ONLY human-gate-1
* - pr_review merged : ONLY human-gate-2
* - merged released : ONLY human-gate-3
* Roles cannot impersonate gates; gates cannot perform role-driven transitions.
* 3. Every transition appends a bullet to the convoy's "## Status log" section,
* so the convoy's description carries an immutable audit trail.
*
* Local-first: the role should ALSO mirror the status change to
* `.convoys/<slug>.md`'s "## Status log" section. If this MCP call fails,
* queue to `.pending-mcp-sync.jsonl` and proceed.
*/
const ConvoyStatus = [
"draft",
"convoy_review",
"ready",
"in_progress",
"pr_review",
"merged",
"released",
"blocked",
"cancelled",
] as const;
type ConvoyStatusT = (typeof ConvoyStatus)[number];
const VALID_TRANSITIONS: Record<ConvoyStatusT, readonly ConvoyStatusT[]> = {
draft: ["convoy_review", "blocked", "cancelled"],
convoy_review: ["ready", "draft", "blocked", "cancelled"],
ready: ["in_progress", "blocked", "cancelled"],
in_progress: ["pr_review", "blocked", "cancelled"],
pr_review: ["merged", "in_progress", "blocked", "cancelled"],
merged: ["released", "blocked"],
released: [],
blocked: [
"draft",
"convoy_review",
"ready",
"in_progress",
"pr_review",
"merged",
"cancelled",
],
cancelled: [],
};
const Actor = [
"human-gate-1",
"human-gate-2",
"human-gate-3",
"role-conductor",
"role-ia-architect",
"role-ux-reviewer",
"role-architect",
"role-implementer",
"role-reviewer",
"role-design-system-auditor",
"role-a11y-auditor",
"role-doc-writer",
"automation",
] as const;
const GATE_ONLY_TRANSITIONS: Array<{
from: ConvoyStatusT;
to: ConvoyStatusT;
actor: (typeof Actor)[number];
}> = [
{ from: "convoy_review", to: "ready", actor: "human-gate-1" },
{ from: "pr_review", to: "merged", actor: "human-gate-2" },
{ from: "merged", to: "released", actor: "human-gate-3" },
];
const transitionInputSchema = z.object({
convoyId: z.string().uuid(),
toStatus: z.enum(ConvoyStatus),
actor: z.enum(Actor),
reason: z
.string()
.max(500)
.optional()
.describe(
"Required when transitioning TO `blocked` or `cancelled`. Otherwise optional.",
),
});
function appendStatusLog(
description: string | null,
fromStatus: string | null,
toStatus: ConvoyStatusT,
actor: string,
reason: string | undefined,
): string {
const ts = new Date().toISOString();
const reasonSuffix = reason ? `${reason}` : "";
const line = `- ${ts} \`${fromStatus ?? "—"}\`\`${toStatus}\` (by \`${actor}\`)${reasonSuffix}`;
if (!description || !description.includes("## Status log")) {
return `${description ?? ""}\n\n## Status log\n\n${line}\n`.trim();
}
return `${description.trimEnd()}\n${line}\n`;
}
export function registerTransitionConvoyStatusTool(mcp: McpServer): void {
mcp.registerTool(
"transition_convoy_status",
{
description:
"Transition a convoy to a new lifecycle status. Server-enforced state machine + actor rules. Appends an audit line to the convoy's '## Status log' section. See agent-pipeline plan §7 for the full state machine.",
inputSchema: transitionInputSchema,
},
async (args) => {
try {
const input = transitionInputSchema.parse(args);
const [convoy] = await db
.select({
id: objects.id,
type: objects.type,
status: objects.status,
description: objects.description,
})
.from(objects)
.where(eq(objects.id, input.convoyId))
.limit(1);
if (!convoy) {
return toolErr(`Convoy not found: ${input.convoyId}`);
}
if (convoy.type !== "project") {
return toolErr(
`Object ${input.convoyId} is type '${convoy.type}', expected 'project'.`,
);
}
const fromStatus = (convoy.status ?? "draft") as ConvoyStatusT;
if (!(fromStatus in VALID_TRANSITIONS)) {
return toolErr(
`Convoy is in unknown status '${fromStatus}'. Reset to a known status before transitioning.`,
);
}
const allowed = VALID_TRANSITIONS[fromStatus];
if (!allowed.includes(input.toStatus)) {
return toolErr(
`Invalid transition: ${fromStatus}${input.toStatus}. Valid next: [${allowed.join(", ")}].`,
);
}
// Gate actor enforcement (works both ways: role cannot impersonate gate;
// gate cannot do non-gate transitions).
const gateMatch = GATE_ONLY_TRANSITIONS.find(
(g) => g.from === fromStatus && g.to === input.toStatus,
);
if (gateMatch && input.actor !== gateMatch.actor) {
return toolErr(
`Transition ${fromStatus}${input.toStatus} requires actor '${gateMatch.actor}', got '${input.actor}'.`,
);
}
if (
!gateMatch &&
(input.actor === "human-gate-1" ||
input.actor === "human-gate-2" ||
input.actor === "human-gate-3")
) {
return toolErr(
`Actor '${input.actor}' can only perform its specific gate transition; ${fromStatus}${input.toStatus} is not a gate transition.`,
);
}
if ((input.toStatus === "blocked" || input.toStatus === "cancelled") && !input.reason) {
return toolErr(
`Transitions to '${input.toStatus}' require a 'reason' string.`,
);
}
const nextDescription = appendStatusLog(
convoy.description,
fromStatus,
input.toStatus,
input.actor,
input.reason,
);
const [updated] = await db
.update(objects)
.set({
status: input.toStatus,
description: nextDescription,
updatedAt: new Date(),
})
.where(eq(objects.id, input.convoyId))
.returning();
if (!updated) {
return toolErr("Failed to apply transition");
}
return toolOk({
convoy: {
id: updated.id,
fromStatus,
toStatus: input.toStatus,
actor: input.actor,
ts: new Date().toISOString(),
},
});
} catch (e) {
return toolCatch(e);
}
},
);
}

View file

@ -0,0 +1,24 @@
CREATE TABLE "convoy_events" (
"id" uuid PRIMARY KEY DEFAULT gen_random_uuid() NOT NULL,
"workspace_id" uuid NOT NULL,
"convoy_id" uuid,
"convoy_slug" varchar(200) NOT NULL,
"role" varchar(50) NOT NULL,
"brief" integer,
"classification" varchar(30),
"skip_flags" text[],
"duration_s" integer,
"stack_class" varchar(30),
"repo" varchar(100) NOT NULL,
"outcome" varchar(20),
"multitask_group" varchar(64),
"metadata" jsonb,
"ts" timestamp with time zone DEFAULT now() NOT NULL
);
--> statement-breakpoint
ALTER TABLE "convoy_events" ADD CONSTRAINT "convoy_events_workspace_id_workspaces_id_fk" FOREIGN KEY ("workspace_id") REFERENCES "public"."workspaces"("id") ON DELETE cascade ON UPDATE no action;--> statement-breakpoint
ALTER TABLE "convoy_events" ADD CONSTRAINT "convoy_events_convoy_id_objects_id_fk" FOREIGN KEY ("convoy_id") REFERENCES "public"."objects"("id") ON DELETE set null ON UPDATE no action;--> statement-breakpoint
CREATE INDEX "convoy_events_workspace_id_ts_idx" ON "convoy_events" USING btree ("workspace_id","ts" DESC NULLS LAST);--> statement-breakpoint
CREATE INDEX "convoy_events_convoy_id_ts_idx" ON "convoy_events" USING btree ("convoy_id","ts" DESC NULLS LAST);--> statement-breakpoint
CREATE INDEX "convoy_events_convoy_slug_repo_idx" ON "convoy_events" USING btree ("convoy_slug","repo");--> statement-breakpoint
CREATE INDEX "convoy_events_role_idx" ON "convoy_events" USING btree ("role");

File diff suppressed because it is too large Load diff

View file

@ -71,6 +71,13 @@
"when": 1780455865684,
"tag": "0009_loving_rogue",
"breakpoints": true
},
{
"idx": 10,
"version": "7",
"when": 1780697544944,
"tag": "0010_wandering_the_professor",
"breakpoints": true
}
]
}

View file

@ -13,9 +13,9 @@
},
"scripts": {
"db:generate": "drizzle-kit generate",
"db:migrate": "drizzle-kit migrate",
"db:push": "drizzle-kit push",
"db:studio": "drizzle-kit studio",
"db:migrate": "node --env-file=../../.env ./node_modules/.bin/drizzle-kit migrate",
"db:push": "node --env-file=../../.env ./node_modules/.bin/drizzle-kit push",
"db:studio": "node --env-file=../../.env ./node_modules/.bin/drizzle-kit studio",
"type-check": "tsc --noEmit",
"test": "vitest run",
"test:watch": "vitest",

View file

@ -0,0 +1,73 @@
import {
pgTable,
uuid,
varchar,
text,
integer,
jsonb,
timestamp,
index,
} from "drizzle-orm/pg-core";
import { workspaces } from "./workspaces";
import { objects } from "./objects";
/**
* Convoy event log append-only metrics from L2 roles in the agent pipeline.
* Lands in v0.4 / Phase 2a of the agent-pipeline plan (see
* agent-pipeline/.cursor/plans/pipeline_v0.4_design_+_echodo_54a3bdb7.plan.md §7).
*
* Local mirror: each consumer repo writes the same JSON shape to
* `.convoys/.metrics.jsonl` (see analytics/schemas/convoy-event.json upstream).
* The MCP `log_convoy_event` tool inserts here when reachable; otherwise the
* row is queued in `.convoys/.pending-mcp-sync.jsonl` and replayed by
* `reconcile_from_files`. Local files are source of truth (see §7.6 local-first).
*
* Conventions:
* - `convoyId` may be NULL during the brief window between a role writing
* `.convoys/<slug>.md` and `create_convoy` returning the project id.
* Joined on `convoySlug` in that case.
* - `role` is constrained at the MCP tool layer to the 9 roles enumerated
* in convoy-event.json. Stored as varchar to allow forward-compat with
* new roles (e.g. role-artifact-quality in v0.5.1).
* - `skipFlags` is a Postgres text[] for native filtering vs JSONB.
* - `metadata` is JSONB, intentionally small (< 1 KB). Don't dump prompts here.
*/
export const convoyEvents = pgTable(
"convoy_events",
{
id: uuid("id").primaryKey().defaultRandom(),
workspaceId: uuid("workspace_id")
.notNull()
.references(() => workspaces.id, { onDelete: "cascade" }),
convoyId: uuid("convoy_id").references(() => objects.id, {
onDelete: "set null",
}),
convoySlug: varchar("convoy_slug", { length: 200 }).notNull(),
role: varchar("role", { length: 50 }).notNull(),
brief: integer("brief"),
classification: varchar("classification", { length: 30 }),
skipFlags: text("skip_flags").array(),
durationS: integer("duration_s"),
stackClass: varchar("stack_class", { length: 30 }),
repo: varchar("repo", { length: 100 }).notNull(),
outcome: varchar("outcome", { length: 20 }),
multitaskGroup: varchar("multitask_group", { length: 64 }),
metadata: jsonb("metadata").$type<Record<string, unknown> | null>(),
ts: timestamp("ts", { withTimezone: true }).defaultNow().notNull(),
},
(table) => ({
workspaceTsIdx: index("convoy_events_workspace_id_ts_idx").on(
table.workspaceId,
table.ts.desc(),
),
convoyTsIdx: index("convoy_events_convoy_id_ts_idx").on(
table.convoyId,
table.ts.desc(),
),
convoySlugRepoIdx: index("convoy_events_convoy_slug_repo_idx").on(
table.convoySlug,
table.repo,
),
roleIdx: index("convoy_events_role_idx").on(table.role),
}),
);

View file

@ -13,3 +13,4 @@ export * from "./markdown_backlog";
export * from "./cursor_sync";
export * from "./audit";
export * from "./agent_runs";
export * from "./convoy_events";

89
scripts/log-convoy-event.sh Executable file
View file

@ -0,0 +1,89 @@
#!/usr/bin/env bash
# log-convoy-event.sh — append one convoy event to .convoys/.metrics.jsonl.
#
# Used by L2 roles to emit lightweight metrics for self-analytics.
# Schema: github.com/varutasu/agent-pipeline/analytics/schemas/convoy-event.json
#
# Usage:
# bash scripts/log-convoy-event.sh role=role-conductor convoy=bookmark-badge \
# classification=feature 'skip_flags=visual,smoke' duration_s=42
#
# All args are key=value. Required: role, convoy.
# Optional: brief, classification, skip_flags (comma-separated), duration_s,
# stack_class, outcome, multitask_group.
#
# multitask_group: cohort id when this role ran as part of a Cursor 3.2
# /multitask fan-out (e.g. 'audit-bookmark-badge-PR123'). Events sharing
# this id should be aggregated with max(duration_s), not sum, for wall-clock.
# See docs/multitask-playbook.md.
#
# Privacy: this file is gitignored by default; events contain only metadata,
# no code or prompts. To opt-in to commit, remove `.convoys/.metrics.jsonl`
# from your `.gitignore`.
#
# Atomicity: concurrent invocations append safely because each python3
# subprocess writes one short JSON line via O_APPEND. POSIX guarantees
# writes <= PIPE_BUF are atomic on regular files opened with O_APPEND.
# Typical line size is 200-400 bytes; PIPE_BUF is 4096 on Linux and
# 512+ on macOS. Larger custom fields could break this — keep
# multitask_group <= 64 chars (matches the JSON schema).
#
# Portable across macOS bash 3.2 and Linux bash 4+; uses python3 (always
# present on macOS + most Linux) for safe JSON encoding.
set -euo pipefail
REPO_ROOT="$(git rev-parse --show-toplevel 2>/dev/null || pwd)"
REPO_NAME="$(basename "$REPO_ROOT")"
METRICS_FILE="$REPO_ROOT/.convoys/.metrics.jsonl"
mkdir -p "$REPO_ROOT/.convoys"
# Pull values out of args without using associative arrays (bash 3.2 compat)
ROLE=""; CONVOY=""; BRIEF=""; CLASSIFICATION=""
SKIP_FLAGS=""; DURATION_S=""; STACK_CLASS=""; OUTCOME=""; MULTITASK_GROUP=""
for arg in "$@"; do
k="${arg%%=*}"
v="${arg#*=}"
case "$k" in
role) ROLE="$v" ;;
convoy) CONVOY="$v" ;;
brief) BRIEF="$v" ;;
classification) CLASSIFICATION="$v" ;;
skip_flags) SKIP_FLAGS="$v" ;;
duration_s) DURATION_S="$v" ;;
stack_class) STACK_CLASS="$v" ;;
outcome) OUTCOME="$v" ;;
multitask_group) MULTITASK_GROUP="$v" ;;
*) echo "log-convoy-event: ignoring unknown arg '$k'" >&2 ;;
esac
done
if [ -z "$ROLE" ] || [ -z "$CONVOY" ]; then
echo "log-convoy-event: role and convoy are required" >&2
echo "Usage: $0 role=<role> convoy=<slug> [classification=...] [skip_flags=a,b] [duration_s=N] [brief=N] [stack_class=...] [outcome=...]" >&2
exit 1
fi
ts="$(date -u +%Y-%m-%dT%H:%M:%SZ)"
# Build the event with python3 — handles all string escaping and array encoding
python3 - <<PY >> "$METRICS_FILE"
import json, sys
ev = {
"ts": "$ts",
"role": $(printf '%s' "$ROLE" | python3 -c 'import json,sys;print(json.dumps(sys.stdin.read()))'),
"convoy": $(printf '%s' "$CONVOY" | python3 -c 'import json,sys;print(json.dumps(sys.stdin.read()))'),
"repo": $(printf '%s' "$REPO_NAME" | python3 -c 'import json,sys;print(json.dumps(sys.stdin.read()))'),
"skip_flags": [s for s in "$SKIP_FLAGS".split(",") if s],
}
if "$BRIEF": ev["brief"] = int("$BRIEF")
if "$CLASSIFICATION": ev["classification"] = "$CLASSIFICATION"
if "$DURATION_S": ev["duration_s"] = int("$DURATION_S")
if "$STACK_CLASS": ev["stack_class"] = "$STACK_CLASS"
if "$OUTCOME": ev["outcome"] = "$OUTCOME"
if "$MULTITASK_GROUP": ev["multitask_group"] = "$MULTITASK_GROUP"
print(json.dumps(ev))
PY
echo "Logged: role=$ROLE convoy=$CONVOY → .convoys/.metrics.jsonl"

37
scripts/wt.sh Executable file
View file

@ -0,0 +1,37 @@
#!/usr/bin/env bash
# wt.sh — DEPRECATED in Cursor 3.2+.
#
# Cursor 3.2 (Apr 24, 2026) added native worktree management to the
# Agents Window with one-click foregrounding. Use that instead:
# https://cursor.com/docs/configuration/worktrees
#
# This stub is kept for two reasons:
# 1. Pre-3.2 users who haven't upgraded yet.
# 2. Scripted / CI worktree creation outside the IDE.
#
# To create a worktree manually:
# git worktree add -b brief/<convoy>/<N>-<title> \
# "$(dirname "$(git rev-parse --show-toplevel)")/$(basename "$(git rev-parse --show-toplevel)")-worktrees/brief-<N>-<title>" \
# develop
#
# See docs/multitask-playbook.md for when to spin up worktrees vs.
# running implementers in the same checkout.
set -euo pipefail
cat <<'EOF' >&2
wt.sh: deprecated. In Cursor 3.2+ use the Agents Window worktree UI.
Why this is deprecated:
- Cursor 3.2 worktrees integrate with subagent runs and one-click foreground.
- The legacy script duplicates that feature without the integration.
What to do instead:
- In Cursor: open Agents Window → "New worktree" → pick brief branch.
- For CI / scripted use: run `git worktree add` directly.
Reference: docs/multitask-playbook.md (worktrees section)
https://cursor.com/changelog/04-24-26
EOF
exit 0