autopilot

name	autopilot
description	Autonomous spec execution with subagents (planner, coder, tester, reviewer).
model	opus

Autopilot v3.5 — Fresh Subagents + Loop Mode

Autonomous execution: Plan → Fresh subagent per task → commit → next.

Activation:

• autopilot — process all queued specs (interactive)
• autopilot SPEC_ID — process single spec only (loop mode)
• autopilot --no-worktree — skip worktree (for tiny fixes only)

Loop Mode (Single Spec)

When called with autopilot TECH-069 (specific SPEC_ID):

1. Process ONLY that spec — ignore other queued specs
2. Exit after completion — do NOT continue to next spec
3. Let external orchestrator handle next — fresh context per spec

This enables autopilot-loop.sh to run overnight with fresh context per spec.

Detection: If first argument matches pattern (TECH|FTR|BUG|ARCH)-\d+, enter loop mode.

Quick Reference

PHASE 0: Worktree Setup        → worktree-setup.md
  └─ CI check → worktree → env copy → baseline

PHASE 1: Plan (ALWAYS)         → subagent-dispatch.md
  └─ [Plan Agent] opus → re-reads codebase → tasks in spec

PHASE 2: Execute (per task)    → task-loop.md
  └─ [Coder] sonnet → files
  └─ [Tester] sonnet → pass?
      └─ fail? → [Debugger] opus (max 3) → escalation.md
  └─ PRE-CHECK (deterministic)
  └─ [Spec Reviewer] sonnet → approved?
  └─ [Code Quality] opus → approved?
  └─ COMMIT (no push)
  └─ LOCAL VERIFY (if AV section) → warn only

PHASE 3: Finish                → finishing.md
  └─ Final test → Exa verification → status done → push feature → POST-DEPLOY VERIFY → merge develop → push develop → cleanup

Limits & Escalation: See escalation.md Safety Rules: See safety-rules.md

---

Modules

Module	Content
worktree-setup.md	Git worktree creation, env setup, cleanup
subagent-dispatch.md	Subagent types, dispatch templates, model routing
task-loop.md	PHASE 2 execution flow, decision trees after each step
finishing.md	Pre-done checklist, status sync, merge flow
escalation.md	Limits, debug/refactor loops, Spark/Council
safety-rules.md	Forbidden actions, file/test/git safety

---

Architecture

PHASE 0: WORKTREE SETUP
  See: worktree-setup.md

PHASE 1: PLAN (ALWAYS — even if spec has plan)
  [Plan Subagent] → re-reads codebase → writes/overwrites plan
  WHY: specs queued earlier have stale line numbers after prior specs execute
  See: subagent-dispatch.md#plan-subagent

PHASE 2: FOR EACH TASK (fresh subagent per task!)
  [CODER] → code → files_changed
  [TESTER] → Smart Testing
  PRE-CHECK → deterministic validation
  [SPEC REVIEWER] → Stage 1
  [CODE QUALITY] → Stage 2
  COMMIT (NO PUSH yet!)
  See: task-loop.md (SSOT for execution flow)

PHASE 3: FINISHING
  Push feature branch → merge develop → push develop
  See: finishing.md

---

Plan vs Workflow Separation

Plan defines WHAT:

• What code to write
• Which files to create/modify
• Acceptance criteria

Autopilot defines HOW:

• Fixed workflow for EACH task
• Gates and checkpoints
• Review process

Task Execution Template

For EACH task from plan:

┌─────────────────────────────────────────────────────┐
│ 1. CODER → files_changed                            │
│ 2. TESTER → Smart Testing                           │
│ 3. PRE-CHECK → deterministic validation             │
│ 4. SPEC REVIEWER (Stage 1) → matches spec?          │
│ 5. CODE QUALITY (Stage 2) → architecture ok?        │
│ 6. COMMIT (NO PUSH yet!)                            │
│ 7. LOCAL VERIFY → smoke + functional (warn only)    │
└─────────────────────────────────────────────────────┘

SSOT: See task-loop.md for detailed decision trees after each step.

⛔ Skipping any step = VIOLATION

Commit Format (MANDATORY)

Every PHASE 2 task commit MUST use Conventional Commits with the spec_id in scope:

<type>(SPEC_ID): <imperative description>

type ∈ {feat, fix, chore, docs, refactor, test}; SPEC_ID UPPERCASE inside (), NOT in trailing text.

✅ feat(FTR-1076): add WB API key schemas ✅ fix(BUG-439): restore constraint ❌ feat(billing): ... (FTR-1076 Task 3) ❌ fix(db): ... (BUG-439)

Why: callback gate parses ONLY the scope. Non-compliant subjects cause false demote and burn compute on re-dispatch.

PHASE 3 merge commits: Merge feature/SPEC_ID: … (or autopilot/, fix/) is accepted by gate.

Full rules: .claude/agents/coder.md § Commit Format.

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Main Loop

Interactive Mode (no SPEC_ID)

while (queued/resumed tasks in ai/backlog.md):
  1. Read backlog → find first queued/resumed (P0 first)
  2. (Status written by callback only — do NOT edit spec/backlog Status field)

  3. PHASE 0: Worktree Setup
     See: worktree-setup.md

  4. PHASE 1: Plan (ALWAYS runs)
     ALWAYS dispatch Plan Subagent — even if spec has plan
     Planner re-reads codebase, validates/regenerates plan
     WHY: prior specs changed code → old plans have stale refs
     After PHASE 1: plan MUST exist → else blocked

  5. PHASE 2: Execute (see task-loop.md for SSOT)
     FOR EACH TASK:
       a. CODER → files_changed
       b. TESTER → pass? (debug loop if fail)
       c. PRE-CHECK → deterministic validation
       d. SPEC REVIEWER → matches spec?
       e. CODE QUALITY → architecture ok?
       f. COMMIT (no push)

  6. PHASE 3: Finishing
     See: finishing.md

  7. Continue to next spec

Loop Mode (SPEC_ID provided)

1. Validate SPEC_ID exists in backlog
2. Verify status is queued or resumed (not in_progress!)
3. (Status written by callback only — do NOT edit spec/backlog Status field)
4. PHASE 0-3: Same as interactive (including push in Phase 3!)
5. EXIT (do NOT continue to next spec)
   └─ External orchestrator provides fresh context

Why loop mode? Prevents context accumulation. Each spec = fresh Claude session.

---

Pre-flight Check

Before taking a spec from backlog:

1. Status: Must be queued or resumed → skip otherwise

2. Already-implemented detection (BUG-188): Before invoking the Plan Agent, check whether the spec's ## Allowed Files already have implementation commits.

   Algorithm (LLM-driven, run in current session via Bash tool):

   a. Read ## Allowed Files from the spec body. Extract every backticked path under a <!-- callback-allowlist v1 --> marker (canonical) or any backticked path inside the section (legacy fallback). Mirrors callback._parse_allowed_files.

   b. Get spec file creation time:

   SPEC_CREATED=$(git log --reverse --format=%ai -- "ai/features/${SPEC_ID}"*.md | head -1)
   

   c. Check whether any commit since SPEC_CREATED (on any branch) both:

   • has ${SPEC_ID} in its subject line (first line) — canonical form, e.g. feat(BUG-188): ... or BUG-188 ...
   • AND touches at least one path in Allowed Files

   git log --all --since="$SPEC_CREATED" --pretty="%h %s" -- $ALLOWED_FILES \
     | grep -E "^[a-f0-9]+ (feat|fix|chore|docs|refactor|test)?\(?${SPEC_ID}\)?[: ]" \
     | head -5
   

   d. If 1+ qualifying commits found → early-exit immediately:

   • Do NOT dispatch Plan Agent.
   • Do NOT run any tasks.
   • Emit final JSON:

     {
       "task_status": "complete",
       "result_preview": "BUG-188 early-exit: spec already implemented in commits {short_hashes}. No re-execution needed."
     }
     

   • Exit.

   Why: This mirrors callback._spec_has_merged_implementation (TECH-176) on the front side so autopilot does not burn 30+ turns re-doing work that callback would auto-close anyway. Saves ~$5/run × every false-fail retry.

   False-skip protection: the subject-line regex requires canonical <type>(SPEC-ID): or SPEC-ID prefix. Bare mentions in commit body / cross-references in Refs:/See also: lines do NOT count (TECH-177 lesson).

After PHASE 1 (planner always runs):

3. Plan: Must have ## Implementation Plan
4. If plan missing after PHASE 1 → set blocked, skip spec

Skip if status check fails, with warning to user:

SKIP: {TASK_ID}
Status: {current_status} (expected: queued or resumed)
Fix the issue and re-run autopilot.

⛔ Skipping planner = VIOLATION. Planner runs before EVERY spec, no exceptions.

---

How to Read Feature Doc

## Problem/Solution     ← context
## Scope               ← what to do
## Allowed Files       ← ONLY these can be modified!
## Implementation Plan ← YOUR TASKS!
  ### Task 1           ← execute in order
## Definition of Done  ← check AFTER all tasks!

---

Statuses

Flow: draft → queued → in_progress → done Recovery: in_progress → blocked → resumed → in_progress

---

Context Management

Interactive Mode

Context accumulates. AUTO-COMPACT after each spec (legacy).

Loop Mode (Recommended)

Each spec = fresh Claude session via external orchestrator.

autopilot-loop.sh:
  └─ claude "autopilot TECH-065" → fresh context
  └─ claude "autopilot TECH-066" → fresh context
  └─ claude "autopilot TECH-067" → fresh context
  └─ ...

Memory persists via files:

• ai/backlog.md — task status
• ai/diary/autopilot-progress.md — learnings
• Git history — code changes

See: ./scripts/autopilot-loop.sh

---

References

• Agent roles: .claude/agents/*.md
• Creating skills: /skill-creator create skill
• Smart Testing: .claude/agents/tester.md

---

Notification Output Format

Your final JSON result_preview is sent to the user via Telegram. Keep it concise and actionable:

Что сделано: {1-2 sentence summary of actual changes}
Файлы: {N} изменено
Spec: {SPEC_ID} → done

BAD: "Все функциональные чекбоксы в Definition of Done отмечены как выполненные..." GOOD: "Добавлены кнопки отменить/пауза для кампаний. Файлы: 3 изменено. FTR-0063 → done

The final JSON output MUST include task_status:

{
  "task_status": "complete" | "blocked" | "needs_review",
  "result_preview": "..."
}

Status field is written by callback only (TECH-172). Autopilot emits task_status in final JSON; never Edits **Status:** in spec or backlog."