project-init

name	project-init
description	Expert-guided project setup with 6 phases
user-invocable	true

Project Initialization

Execute a comprehensive project setup using Expert Agents.

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Phases

Phase 1: Project Analysis

1. Check existing setup: ls -la .claude/ CLAUDE.md
2. Detect language and project type:

File Found	Language	Framework Detection
package.json	Node.js/TypeScript	Check dependencies for react, express, next, etc.
requirements.txt / pyproject.toml / setup.py	Python	Check for django, flask, fastapi, etc.
Cargo.toml	Rust	Check [dependencies] section
go.mod	Go	Check module imports
pom.xml / build.gradle	Java/Kotlin	Check for spring, android, etc.
None of the above	Unknown	Ask user for tech stack

3. Detect test framework: jest, pytest, cargo test, go test, etc.
4. Map project structure: find . -type f \( -name "*.ts" -o -name "*.py" -o -name "*.rs" -o -name "*.go" \) | head -20

If no project files detected:

This appears to be an empty or new project.
What tech stack would you like to use?
1. Node.js + TypeScript
2. Python
3. Go
4. Rust
5. Other (specify)

Phase 2: CLAUDE.md Setup

Use the claude-md-expert agent to create project-specific CLAUDE.md:

# [Project Name] - Project Instructions

## Overview
[Auto-detected from package.json description, README.md, or pyproject.toml]

## Tech Stack
- Language: [detected]
- Framework: [detected]
- Testing: [detected]

## Commands
- dev: [detected from scripts or Makefile]
- test: [detected test command]
- build: [detected build command]
- lint: [detected lint command]

## Development Policies
- Always write tests before implementation (TDD)
- Use conventional commits
- Document public APIs

## Available Commands
/workflow           # Full 5-step development
/auto-loop          # Autonomous TDD loop
/focus-problem      # Analyze problem
/test-first         # TDD cycle
/smart-commit       # Create commit

Phase 3: MCP Configuration (Optional)

Check if MCP is useful for this project:

# Memory MCP (recommended for larger projects)
claude mcp add --scope project memory \
  -e MEMORY_FILE_PATH=./.claude/memory.json \
  -- npx -y @modelcontextprotocol/server-memory

Skip if: Small project, prototype, or user declines.

Phase 4: Hooks Setup

Install the Auto-Loop stop hook for autonomous development:

# Verify hooks were installed
ls -la .claude/hooks/auto-loop-stop.sh

# If missing, copy from Director Mode Lite source:
# cp /path/to/director-mode-lite/hooks/auto-loop-stop.sh .claude/hooks/
# chmod +x .claude/hooks/auto-loop-stop.sh

Verify settings.local.json has the Stop hook configured:

cat .claude/settings.local.json | grep -A5 "Stop"

If hooks are not configured: Run the install script again or manually add the Stop hook entry to .claude/settings.local.json.

Phase 5: Review Expert Agents

List available experts for reference:

• claude-md-expert - CLAUDE.md design patterns
• mcp-expert - MCP server configuration
• agents-expert - Custom agent creation
• skills-expert - Custom skill/command creation
• hooks-expert - Hook automation patterns

Phase 6: Summary

Output completed setup:

## Project Setup Complete

### Detected
- Language: TypeScript
- Framework: Express.js
- Testing: Jest

### Installed
- [x] CLAUDE.md created with project-specific config
- [x] Auto-Loop hooks configured
- [ ] MCP: skipped (optional)

### Next Steps
1. Review and customize `CLAUDE.md`
2. Run `/workflow` to start your first feature
3. Try `/auto-loop "your task"` for autonomous TDD

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Quick Mode

Minimal setup (skip MCP and expert review):

1. Phase 1: Analysis (detect language + framework)
2. Phase 2: Generate CLAUDE.md
3. Phase 4: Verify hooks
4. Phase 6: Summary with next steps

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Next Steps After Init

1. Review and customize CLAUDE.md
2. Run /workflow to start developing
3. Use /auto-loop for autonomous TDD
4. Run /check-environment if anything seems wrong