Initialize frontend project with Next.js, Tailwind CSS, and essential configurations

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pacnpal
2025-02-23 16:01:56 -05:00
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# Active Development Context
# Active Context
## Recently Completed
## Current Status (Updated 2/23/2025 3:41 PM)
### Park Search Implementation (2024-02-22)
### API Test Results
✅ GET /api/parks
- Returns paginated list of parks
- Includes relationships (areas, reviews, photos)
- Proper metadata with total count
- Type-safe response structure
1. Autocomplete Base:
- Created BaseAutocomplete in core/forms.py
- Configured project-wide auth requirement
- Added test coverage for base functionality
✅ Search Parameters
- ?search=universal returns matching parks
- ?page and ?limit for pagination
- Case-insensitive search
2. Park Search:
- Implemented ParkAutocomplete class
- Created ParkSearchForm with autocomplete widget
- Updated views and templates for integration
- Added comprehensive test suite
✅ POST /api/parks
- Correctly enforces authentication
- Returns 401 for unauthorized requests
- Validates required fields
3. Documentation:
- Updated memory-bank/features/parks/search.md
- Added test documentation
- Created user interface guidelines
❌ Park Detail Routes
- /parks/[slug] returns 404
- Need to implement park detail API
- Need to create park detail page
## Active Tasks
### Working Features
1. Parks API
- GET /api/parks with full data
- Search and pagination
- Protected POST endpoint
- Error handling
1. Testing:
- [ ] Run the test suite with `uv run pytest parks/tests/`
- [ ] Monitor test coverage with pytest-cov
- [ ] Verify HTMX interactions work as expected
2. Parks Listing
- Displays all parks
- Responsive grid layout
- Status badge with colors
- Loading states
- Error handling
2. Performance Monitoring:
- [ ] Add database indexes if needed
- [ ] Monitor query performance
- [ ] Consider caching strategies
### Immediate Next Steps
3. User Experience:
- [ ] Get feedback on search responsiveness
- [ ] Monitor error rates
- [ ] Check accessibility compliance
1. Park Detail Implementation (High Priority)
- [ ] Create /api/parks/[slug] endpoint
- [ ] Add park detail page component
- [ ] Handle loading states
- [ ] Add reviews section
## Next Steps
2. Authentication (High Priority)
- [ ] Implement JWT token management
- [ ] Add login/register forms
- [ ] Protected route middleware
- [ ] Auth context provider
1. Enhancements:
- Add geographic search capabilities
- Implement result caching
- Add full-text search support
3. UI Improvements (Medium Priority)
- [ ] Add search input in UI
- [ ] Implement filter controls
- [ ] Add proper loading skeletons
- [ ] Improve error messages
2. Integration:
- Extend to other models (Rides, Areas)
- Add combined search functionality
- Improve filter integration
### Known Issues
1. No authentication system yet
2. Missing park detail views
3. No form validation
4. No image upload handling
5. No real-time updates
6. Static metadata (page size)
3. Testing:
- Add Playwright e2e tests
- Implement performance benchmarks
- Add accessibility tests
### Required Documentation
1. API Endpoints
- ✅ GET /api/parks
- ✅ POST /api/parks
- ❌ GET /api/parks/[slug]
- ❌ PUT /api/parks/[slug]
- ❌ DELETE /api/parks/[slug]
## Technical Debt
2. Component Documentation
- ❌ Parks list component
- ❌ Park card component
- ❌ Status badge component
- ❌ Loading states
None currently identified for the search implementation.
3. Authentication Flow
- ❌ JWT implementation
- ❌ Protected routes
- ❌ Auth context
- ❌ Login/Register forms
## Dependencies
- django-htmx-autocomplete
- pytest-django
- pytest-cov
## Configuration
- Next.js 15.1.7
- Prisma with PostGIS
- PostgreSQL database
- REST API patterns
## Notes
The implementation follows these principles:
- Authentication-first approach
- Performance optimization
- Accessibility compliance
- Test coverage
- Clean documentation
1. Authentication needed before implementing write operations
2. Consider caching for park data
3. Need to implement proper error logging
4. Consider rate limiting for API

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# Next.js Migration Plan
## Overview
This document outlines the strategy for migrating ThrillWiki from a Django monolith to a Next.js frontend with API Routes backend while maintaining all existing functionality and design.
## Current Architecture
- Django monolithic application
- Django templates with HTMX and Alpine.js
- Django views handling both API and page rendering
- Django ORM for database operations
- Custom analytics system
- File upload handling through Django
- Authentication through Django
## Target Architecture
- Next.js 14+ application using App Router
- React components replacing Django templates
- Next.js API Routes replacing Django views
- Prisma ORM replacing Django ORM
- JWT-based authentication system
- Maintain current DB schema
- API-first approach with type safety
- File uploads through Next.js API routes
## Component Mapping
Major sections requiring migration:
1. Parks System:
- Convert Django views to API routes
- Convert templates to React components
- Implement dynamic routing
- Maintain search functionality
2. User System:
- Implement JWT authentication
- Convert user management to API routes
- Migrate profile management
- Handle avatar uploads
3. Reviews System:
- Convert to API routes
- Implement real-time updates
- Maintain moderation features
4. Analytics:
- Convert to API routes
- Implement client-side tracking
- Maintain current metrics
## API Route Mapping
```typescript
// Example API route structure
/api
/auth
/login
/register
/profile
/parks
/[id]
/search
/nearby
/reviews
/[id]
/create
/moderate
/analytics
/track
/stats
```
## Migration Phases
### Phase 1: Setup & Infrastructure
1. Initialize Next.js project
2. Set up Prisma with existing schema
3. Configure TypeScript
4. Set up authentication system
5. Configure file upload handling
### Phase 2: Core Features
1. Parks system migration
2. User authentication
3. Basic CRUD operations
4. Search functionality
5. File uploads
### Phase 3: Advanced Features
1. Reviews system
2. Analytics
3. Moderation tools
4. Real-time features
5. Admin interfaces
### Phase 4: Testing & Polish
1. Comprehensive testing
2. Performance optimization
3. SEO implementation
4. Security audit
5. Documentation updates
## Dependencies
### Frontend
- next: ^14.0.0
- react: ^18.2.0
- react-dom: ^18.2.0
- @prisma/client
- @tanstack/react-query
- tailwindcss
- typescript
- zod (for validation)
- jwt-decode
- @headlessui/react
### Backend
- prisma
- jsonwebtoken
- bcryptjs
- multer (file uploads)
- sharp (image processing)
## Data Migration Strategy
1. Create Prisma schema matching Django models
2. Write migration scripts for data transfer
3. Validate data integrity
4. Implement rollback procedures
## Security Considerations
1. JWT token handling
2. CSRF protection
3. Rate limiting
4. File upload security
5. API route protection
## Performance Optimization
1. Implement ISR (Incremental Static Regeneration)
2. Optimize images and assets
3. Implement caching strategy
4. Code splitting
5. Bundle optimization
## Rollback Plan
1. Maintain dual systems during migration
2. Database backup strategy
3. Traffic routing plan
4. Monitoring and alerts

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# Frontend Structure Documentation
## Project Organization
```
frontend/
├── src/
│ ├── app/ # Next.js App Router pages
│ ├── components/ # Reusable React components
│ ├── types/ # TypeScript type definitions
│ └── lib/ # Utility functions and configurations
```
## Component Architecture
### Core Components
1. **Layout (layout.tsx)**
- Global page structure
- Navigation header
- Footer
- Consistent styling across pages
- Using Inter font
- Responsive design with Tailwind
2. **Error Boundary (error-boundary.tsx)**
- Global error handling
- Fallback UI for errors
- Error reporting capabilities
- Retry functionality
- Type-safe implementation
3. **Home Page (page.tsx)**
- Parks listing
- Loading states
- Error handling
- Responsive grid layout
- Pagination support
## API Integration
### Parks API
- GET /api/parks
- Pagination support
- Search functionality
- Error handling
- Type-safe responses
## State Management
- Using React hooks for local state
- Server-side data fetching
- Error state handling
- Loading state management
## Styling Approach
1. **Tailwind CSS**
- Utility-first approach
- Custom theme configuration
- Responsive design utilities
- Component-specific styles
2. **Component Design**
- Consistent spacing
- Mobile-first approach
- Accessible color schemes
- Interactive states
## Type Safety
1. **TypeScript Integration**
- Strict type checking
- API response types
- Component props typing
- Error handling types
## Error Handling Strategy
1. **Multiple Layers**
- Component-level error boundaries
- API error handling
- Type-safe error responses
- User-friendly error messages
2. **Recovery Options**
- Retry functionality
- Graceful degradation
- Clear error messaging
- User guidance
## Performance Considerations
1. **Optimizations**
- Component code splitting
- Image optimization
- Responsive loading
- Caching strategy
2. **Monitoring**
- Error tracking
- Performance metrics
- User interactions
- API response times
## Accessibility
1. **Implementation**
- ARIA labels
- Keyboard navigation
- Focus management
- Screen reader support
## Next Steps
### Immediate Tasks
1. Implement authentication components
2. Add park detail page
3. Implement search functionality
4. Add pagination controls
### Future Improvements
1. Add park reviews system
2. Implement user profiles
3. Add social sharing
4. Enhance search capabilities
## Migration Progress
### Completed
✅ Basic page structure
✅ Error handling system
✅ Parks listing page
✅ API integration structure
### In Progress
⏳ Authentication system
⏳ Park details page
⏳ Search functionality
### Pending
⬜ User profiles
⬜ Reviews system
⬜ Admin interface
⬜ Analytics integration
## Testing Strategy
### Unit Tests
- Component rendering
- API integrations
- Error handling
- State management
### Integration Tests
- User flows
- API interactions
- Error scenarios
- Authentication
### E2E Tests
- Critical paths
- User journeys
- Cross-browser testing
- Mobile responsiveness
## Documentation Needs
1. Component API documentation
2. State management patterns
3. Error handling procedures
4. Testing guidelines

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# Next.js Migration Progress
## Current Status (Updated 2/23/2025)
### Completed Setup
1. ✅ Next.js project initialized in frontend/
2. ✅ TypeScript configuration
3. ✅ Prisma setup with PostGIS support
4. ✅ Environment configuration
5. ✅ API route structure
6. ✅ Initial database schema sync
7. ✅ Basic UI components
### Database Migration Status
- Detected existing Django schema with 70+ tables
- Successfully initialized Prisma with PostGIS extension
- Created initial migration
### Key Database Tables Identified
1. Core Tables
- accounts_user
- parks_park
- reviews_review
- location_location
- media_photo
2. Authentication Tables
- socialaccount_socialaccount
- token_blacklist_blacklistedtoken
- auth_permission
3. Content Management
- wiki_article
- wiki_articlerevision
- core_slughistory
### Implemented Features
1. Authentication Middleware
- Basic JWT token validation
- Public/private route handling
- Token forwarding
2. API Types System
- Base response types
- Park types
- User types
- Review types
- Error handling types
3. Database Connection
- Prisma client setup
- PostGIS extension configuration
- Development/production handling
4. Parks API Route
- GET endpoint with pagination
- Search functionality
- POST endpoint with auth
- Error handling
## Next Steps (Prioritized)
### 1. Schema Migration (Current Focus)
- [ ] Map remaining Django models to Prisma schema
- [ ] Handle custom field types (e.g., GeoDjango fields)
- [ ] Set up relationships between models
- [ ] Create data migration scripts
### 2. Authentication System
- [ ] Implement JWT verification
- [ ] Set up refresh tokens
- [ ] Social auth integration
- [ ] User session management
### 3. Core Features Migration
- [ ] Parks system
- [ ] User profiles
- [ ] Review system
- [ ] Media handling
### 4. Testing & Validation
- [ ] Unit tests for API routes
- [ ] Integration tests
- [ ] Data integrity checks
- [ ] Performance testing
## Technical Decisions
### Schema Migration Strategy
- Incremental model migration
- Maintain foreign key relationships
- Handle custom field types via Prisma
- Use PostGIS for spatial data
### Authentication Approach
- JWT for API authentication
- HTTP-only cookies for token storage
- Refresh token rotation
- Social auth provider integration
### API Architecture
- REST-based endpoints
- Strong type safety
- Consistent response formats
- Built-in pagination
- Error handling middleware
### Component Architecture
- Server components by default
- Client components for interactivity
- Shared component library
- Error boundaries
## Migration Challenges
### Current Challenges
1. Complex Django model relationships
2. Custom field type handling
3. Social authentication flow
4. File upload system
5. Real-time feature migration
### Solutions
1. Using Prisma's preview features for PostGIS
2. Custom field type mappings
3. JWT-based auth with refresh tokens
4. S3/cloud storage integration
5. WebSocket/Server-Sent Events
## Monitoring & Validation
### Data Integrity
- Validation scripts for migrated data
- Comparison tools for Django/Prisma models
- Automated testing of relationships
- Error logging and monitoring
### Performance
- API response time tracking
- Database query optimization
- Client-side performance metrics
- Error rate monitoring
## Documentation Updates
1. API route specifications
2. Schema migration process
3. Authentication flows
4. Component documentation
5. Deployment guides
## Rollback Strategy
1. Maintain Django application
2. Database backups before migrations
3. Feature flags for gradual rollout
4. Monitoring thresholds for auto-rollback