Team Implement

Common Team Patterns

Pattern A: Module-Based (推奨)

Teammate 1: Module A (models, core logic)
Teammate 2: Module B (API, endpoints)
Teammate 3: Tests (unit + integration)

Pattern B: Layer-Based

Teammate 1: Data layer (models, DB)
Teammate 2: Business logic (services)
Teammate 3: Interface layer (API/CLI)

Pattern C: Feature-Based

Teammate 1: Feature X (all layers)
Teammate 2: Feature Y (all layers)
Teammate 3: Shared infrastructure

Anti-patterns

• 2つの Teammate が同じファイルを編集 → 上書きリスク
• Teammate あたりのタスクが多すぎる → 長時間放置リスク
• 依存関係が複雑すぎる → 調整コストが利益を上回る

Step 2: Spawn Agent Team

計画に基づいてチームを起動する。

Create an agent team for implementing: {feature}

Each teammate receives:
- Project Brief from CLAUDE.md
- Architecture from .claude/docs/DESIGN.md
- Library constraints from .claude/docs/libraries/
- Their specific task assignments

Spawn teammates:

1. **Implementer-{module}** for each module/workstream
   Prompt: "You are implementing {module} for project: {feature}.

   Read these files for context:
   - CLAUDE.md (project context)
   - .claude/docs/DESIGN.md (architecture)
   - .claude/docs/libraries/ (library constraints)

   Your assigned tasks:
   {task list for this teammate}

   Your file ownership:
   {list of files this teammate owns}

   Rules:
   - ONLY edit files in your ownership set
   - Follow existing codebase patterns
   - Write type hints on all functions
   - Run ruff check after each file change
   - Communicate with other teammates if you need interface changes

   When done with each task, mark it completed in the task list."

2. **Tester** (optional but recommended)
   Prompt: "You are the Tester for project: {feature}.

   Read:
   - CLAUDE.md, .claude/docs/DESIGN.md
   - Existing test patterns in tests/

   Your tasks:
   - Write tests for each module as implementers complete them
   - Follow TDD where possible (write test stubs first)
   - Run uv run pytest after each test file
   - Report failing tests to the relevant implementer

   Test coverage target: 80%+"

Use delegate mode (Shift+Tab) to prevent Lead from implementing directly.
Wait for all teammates to complete their tasks.

Step 3: Monitor & Coordinate

Lead は実装せず、モニタリングと統合に専念する。

Monitoring Checklist

• タスクリストの進捗を確認（Ctrl+T）
• 各 Teammate の出力を確認（Shift+Up/Down）
• ファイル競合がないか確認
• 行き詰まっている Teammate がいないか確認

Intervention Triggers

Quality Gates (via Hooks)

TeammateIdle hook と TaskCompleted hook が自動で品質チェック：

• lint チェック（ruff）
• テスト実行（pytest）
• 型チェック（ty）

Step 4: Integration & Verification

全タスク完了後、統合検証を行う。

# All quality checks
uv run ruff check .
uv run ruff format --check .
uv run ty check src/
uv run pytest -v

# Or via poe
poe all

Integration Report

## 実装完了: {feature}

### 完了タスク
- [x] {task 1}
- [x] {task 2}
...

### 品質チェック
- ruff: ✓ / ✗
- ty: ✓ / ✗
- pytest: ✓ ({N} tests passed)
- coverage: {N}%

### 次のステップ
`/team-review` で並列レビューを実行してください

Cleanup

Clean up the team

Tips

• Delegate mode: Shift+Tab で Lead が実装を避ける
• タスク粒度: Teammate あたり 5-6 タスクが最適
• ファイル競合回避: モジュール単位の所有権分離が最重要
• Tester 分離: Implementer とは別に Tester を立てるとTDD的に回る
• コスト意識: 各 Teammate は独立した Claude インスタンス（トークン消費大）