Why Use This This skill provides specialized capabilities for aiskillstore's codebase.
Use Cases Developing new features in the aiskillstore repository Refactoring existing code to follow aiskillstore standards Understanding and working with aiskillstore's codebase structure
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Updated At Jan 19, 2026, 04:39 AM
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---
name: module-scaffolder
description: Scaffolds new feature modules in DevPrep AI following the 6-folder architecture with proper TypeScript interfaces, path aliases, and quality standards. Use when creating new domains like 'analytics', 'notifications', or any new feature module.
allowed-tools: [Read, Write, Bash, Glob]
---
# Module Scaffolder
Automate creation of feature modules with proper structure, boilerplate files, and enforced quality standards.
---
## Auto-Triggers
Auto-triggered by keywords:
- "new module", "create module", "scaffold module"
- "new feature module", "add module"
---
## Quick Commands
```bash
# Create new module
./.claude/skills/module-scaffolder/scripts/create-module.sh <module-name>
# Add component to module
./.claude/skills/module-scaffolder/scripts/add-component.sh <module-name> <ComponentName>
# Validate module
./.claude/skills/module-scaffolder/scripts/validate-module.sh <module-name>
```
---
## Generated Structure
```
modules/<module-name>/
├── components/
│ ├── ExampleCard.tsx # Starter component (rename/delete)
│ └── index.ts # Barrel exports
├── hooks/
│ └── index.ts
├── utils/
│ └── index.ts
└── types.ts # Module-specific types
```
**All generated files automatically follow DevPrep AI quality standards.**
---
## Usage Workflow
### 1. Creating a New Module
**Example:** Create analytics module
```bash
# 1. Scaffold
./scripts/create-module.sh analytics
# 2. Add components as needed
./scripts/add-component.sh analytics AnalyticsChart
./scripts/add-component.sh analytics AnalyticsSummary
# 3. Validate
./scripts/validate-module.sh analytics
```
**What happens:**
- Module directory created with proper structure
- Boilerplate files generated from templates
- TypeScript interfaces with I prefix
- Path aliases configured
- Quality standards enforced
### 2. Adding Components
```bash
./scripts/add-component.sh <module-name> <ComponentName>
```
**Result:**
- Component file generated with proper TypeScript patterns
- Barrel export (`index.ts`) automatically updated
- I prefix interface included
- Ready to implement logic
### 3. Validating Modules
```bash
./scripts/validate-module.sh <module-name>
```
**Checks:**
- Directory structure (6-folder architecture)
- File size limits (≤180 lines)
- Interface naming (I prefix)
- No `any` types
- Import patterns
---
## Integration
**Before scaffolding:** Use `brainstorming` skill to plan module design
**After scaffolding:**
- Use `trpc-scaffolder` to create API endpoints
- Use `quality-reviewer` to review code quality
---
## Documentation
Detailed references available in `references/`:
- `6-folder-architecture.md` - Where modules fit, structure rules
- `naming-conventions.md` - I prefix, PascalCase, camelCase rules
- `path-aliases.md` - Import patterns, @shared, @lib usage
- `quality-checklist.md` - Complete quality standards
**Examples:** See `examples/complete-module/` for fully structured reference module
---
## Troubleshooting
**Module name:** Use lowercase-with-hyphens (`analytics`, `user-profile`)
**Component name:** Use PascalCase (`AnalyticsChart`, `UserCard`)
**Path errors:** Ensure running from project root or use absolute paths
---
## Templates
All templates in `templates/` directory are automatically used by scripts. Modify templates to customize generated code patterns.