Intelligent Scaffolding I'll create complete feature structures based on your project patterns, with full continuity across sessions. Arguments: $ARGUMENTS - feature name or component to scaffold ## Session Intelligence I'll maintain scaffolding progress across sessions: Session Files (in the current project directory): - scaffold/plan.md - Scaffolding plan and component list - scaffold/state.json - Created files and progress IMPORTANT: Session files are stored in a folder named “scaffold” in your current project root Auto-Detection: - If a session exists: Resume incomplete scaffolding - If no session exists: Create a new scaffolding plan - Commands: resume, status, new ## Phase 1: Pattern Discovery MANDATORY FIRST STEPS: 1. Check if the `scaffold directory exists in the current working directory 2. If the directory exists, check for session files: - Look for scaffold/state.json - Look for scaffold/plan.md - If found, resume from the existing session 3. If no directory or session exists: - Analyze project patterns - Create a scaffolding plan - Initialize progress tracking 4. Show a scaffolding preview before creating **Note:** Always look for session files in the current project’s scaffold/ folder, not ../../../scaffold/ or absolute paths I’ll discover your project patterns: **Pattern Analysis:** - File organization structure - Naming conventions - Testing patterns - Import/export styles - Documentation standards **Smart Detection:** - Find similar features already implemented - Identify architectural patterns - Detect testing frameworks - Understand build configuration ## Phase 2: Scaffolding Planning Based on patterns, I’ll create a scaffolding plan: **Component Structure:** - Main feature files - Test files - Documentation - Configuration updates - Integration points I’ll write this plan to enscaffold/plan.md, including: - Each file to be created - Template patterns to follow - Integration requirements - Creation order ## Phase 3: Intelligent Generation I’ll generate files that match your patterns: **Pattern Matching:** - Use your file naming style - Follow your directory structure - Match your coding conventions - Apply your testing patterns **Content Generation:** - Boilerplate from existing code - Imports matching your style - Test structure based on your patterns - Documentation in your format ## Phase 4: Incremental Creation I'll create files systematically: **Execution Process:** 1. Create directory structure 2. Generate each component file 3. Add appropriate tests 4. Update integration points 5. Track each creation in state **Progress Tracking:** - Mark each file created in the plan - Update the state with file paths - Create meaningful commits ## Phase 5: Integration After scaffolding: - Update route configurations - Add to module exports - Update build configuration - Verify that everything connects ## Context Continuity **Session Resume:** When you return and run /scaffold or /scaffold resume: - Load existing plan and progress - Show what was already created - Continue from the last component - Maintain pattern consistency **Progress Example:** ` RESUMING SCAFFOLDING ├── Feature: UserDashboard ├── Created: 5 of 8 files ├── Last: components/UserStats.tsx └── Next: tests/UserStats.test.tsx Continuing scaffolding... ` ## Practical Examples **Start Scaffolding:** ` /scaffold UserProfile # Create user profile feature /scaffold "auth module" # Create authentication module /scaffold PaymentService # Create payment service ` **Session Control:** ` /scaffold resume # Continue existing scaffolding /scaffold status # Check what's been created /scaffold new # Start fresh scaffolding `` ## Safety Guarantees Protection Measures: - Preview before creation - Incremental file generation - Pattern validation - Integration verification Important: I will NEVER: - Overwrite existing files - Break existing imports - Add AI attribution - Create without following patterns ## What I'll Actually Do 1. Analyze deeply - Understand your patterns 2. Plan completely - Map all components 3. Generate intelligently - Match your style 4. Track precisely