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[Documentation] Create context documentation system

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- Created comprehensive documentation structure
- Added productContext.md for product understanding
- Added activeContext.md for current development status
- Added systemPatterns.md for architecture patterns
- Added developmentWorkflow.md for process standards
- Added operationalContext.md for runtime details
- Added projectBoundaries.md for technical constraints
- Added techContext.md for technology stack
- Documented all major aspects of the system
- Established foundation for maintaining context
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# Active Context
## Current Focus
- Moderation system development and enhancement
- Dashboard interface improvements
- Submission review workflow
## Recent Changes
Working on moderation system components:
- Dashboard interface
- Submission list views
- Moderation navigation
- Content review workflow
## Active Files
### Moderation System
- moderation/models.py
- moderation/urls.py
- moderation/views.py
- templates/moderation/dashboard.html
- templates/moderation/partials/
- submission_list.html
- moderation_nav.html
- dashboard_content.html
## Next Steps
1. Review and enhance moderation dashboard functionality
2. Implement remaining submission review workflows
3. Test moderation system end-to-end
4. Document moderation patterns and guidelines
## Current Development State
- Using Django for backend framework
- HTMX for dynamic interactions
- AlpineJS for client-side functionality
- Tailwind CSS for styling
- Python manage.py tailwind runserver for development
## Testing Requirements
- Verify all moderation workflows
- Test submission review process
- Validate user role permissions
- Check notification systems
## Deployment Notes
- Site runs at http://thrillwiki.com
- Changes must be committed to git and pushed to main
- HTMX templates located in partials folders by model
## Active Issues/Considerations
- Ensure proper separation of moderation partials
- Maintain consistent HTMX patterns
- Follow established Git workflow
- Keep documentation updated
## Recent Decisions
- Using partial templates for modular HTMX components
- Implementing dedicated moderation dashboard
- Structured submission review process

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# Development Workflow
## Development Process
### Local Development
1. Server Management
```bash
python manage.py tailwind runserver # Required command for local development
```
2. URL Access
- Production: http://thrillwiki.com
- Avoid using localhost
### Code Organization
1. Template Structure
- Base templates in templates/
- HTMX partials in model-specific partials/ folders
- Consistent naming conventions
- Reusable components
2. Feature Development
- Model changes
- URL configuration
- View implementation
- Template creation
- HTMX/AlpineJS integration
### Git Workflow
1. Version Control
- All changes must be committed
- Detailed commit messages required
- Push directly to main branch
- Regular commits for trackability
2. Commit Message Format
```
[Component] Brief description of change
- Detailed bullet points of changes
- Impact on other components
- Testing performed
```
## Testing Patterns
### Test Structure
- tests/ directory for test files
- Coverage tracking (.coverage)
- README.md in tests/ for documentation
- test_runner.py for custom configurations
### Testing Requirements
1. Functionality Testing
- Core features
- Edge cases
- Error conditions
- User workflows
2. Integration Testing
- Cross-component functionality
- External service integration
- Database operations
- Cache behavior
3. UI Testing
- HTMX interactions
- AlpineJS functionality
- Responsive design
- Browser compatibility
### Testing Guidelines
- Write tests for new features
- Update tests for modifications
- Maintain test coverage
- Document test scenarios
## Release Process
### Pre-Release Checklist
1. Code Quality
- All tests passing
- Coverage maintained
- Linting clean
- Documentation updated
2. Feature Verification
- Core functionality tested
- HTMX interactions verified
- AlpineJS behavior confirmed
- Cross-browser testing
### Deployment Steps
1. Code Preparation
- Commit all changes
- Push to main branch
- Verify build success
2. Post-Deployment
- Verify site functionality
- Check error logs
- Monitor performance
- Validate new features
## Project Standards
### Code Style
1. Python
- Follow PEP 8
- Use type hints
- Document functions
- Clear variable names
2. Templates
- Consistent indentation
- Organized partial templates
- Clear component structure
- Documented HTMX attributes
3. JavaScript
- AlpineJS best practices
- Clean function names
- Documented interactions
- Minimal complexity
### Documentation Requirements
1. Code Documentation
- Docstrings for Python code
- Comment complex logic
- Update README files
- Maintain context files
2. Template Documentation
- Document HTMX patterns
- Explain AlpineJS usage
- Note partial dependencies
- Document data requirements
### Best Practices
1. HTMX Usage
- Partial templates in dedicated folders
- Clear target attributes
- Documented triggers
- Error handling
2. AlpineJS Integration
- Minimal state management
- Clear x-data structures
- Documented behaviors
- Progressive enhancement
3. Django Patterns
- Clear view logic
- Optimized queries
- Proper model relationships
- Efficient template inheritance
## Quality Assurance
### Code Review Process
1. Self-Review
- Test coverage
- Documentation
- Code standards
- Performance impact
2. Testing Requirements
- Local verification
- Production testing
- Error handling
- Edge cases
### Performance Standards
1. Page Load
- Optimize queries
- Minimize requests
- Efficient templates
- Proper caching
2. Interaction Speed
- Quick HTMX responses
- Smooth transitions
- Responsive UI
- Error feedback
### Maintenance
1. Regular Tasks
- Update dependencies
- Review error logs
- Monitor performance
- Update documentation
2. Code Health
- Refactor as needed
- Remove unused code
- Update patterns
- Maintain standards

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# Operational Context
## System Runtime
### Production Environment
- Production URL: http://thrillwiki.com
- Django-based web application
- WSGI deployment
- Static file serving via staticfiles/
### Development Environment
- Command: python manage.py tailwind runserver
- Local development setup
- Debug mode configurations
- Development-specific settings
## Error Handling Patterns
### Application Errors
1. Django Error Pages
- 404.html for not found
- 500.html for server errors
- Custom error templates
- User-friendly messages
2. HTMX Error Handling
- Partial template errors
- Response status codes
- Error feedback in UI
- Graceful degradation
3. Form Validation
- Server-side validation
- Client-side checks
- Error message display
- Field-level feedback
### System Monitoring
1. Error Tracking
- Django logging
- Error reporting
- Performance monitoring
- User feedback collection
2. Performance Metrics
- Page load times
- Database query performance
- Media processing speed
- API response times
## Infrastructure Details
### File Storage
1. Media Handling
- Upload directory structure
- Media processing pipeline
- Storage backend configuration
- File type validation
2. Static Files
- Collected to staticfiles/
- CSS organization
- JavaScript structure
- Image optimization
### Database Operations
1. Query Optimization
- Indexed fields
- Efficient joins
- Cached queries
- Bulk operations
2. Data Integrity
- Foreign key constraints
- Validation rules
- Transaction management
- Backup procedures
### Caching Strategy
1. Template Caching
- Fragment caching
- Page caching
- Query caching
- Cache invalidation
2. Static Asset Caching
- Browser caching
- CDN configuration
- Cache headers
- Version control
## Performance Requirements
### Response Times
1. Page Load
- Initial load < 2s
- HTMX updates < 500ms
- API responses < 200ms
- Media loading optimized
2. Interactive Elements
- UI feedback < 100ms
- Form submission < 1s
- Search results < 500ms
- Media upload feedback
### Resource Usage
1. Server Resources
- CPU utilization
- Memory management
- Disk space monitoring
- Network bandwidth
2. Client Resources
- JavaScript performance
- DOM updates
- Memory usage
- Network requests
### Scalability Considerations
1. Database Scaling
- Connection pooling
- Query optimization
- Index management
- Partition strategy
2. Application Scaling
- Request handling
- Worker processes
- Cache distribution
- Load balancing
## Security Implementation
### Authentication
1. User Management
- Django authentication
- Session handling
- Password policies
- Account recovery
2. Access Control
- Permission system
- Role-based access
- View restrictions
- API security
### Data Protection
1. Input Validation
- Form validation
- File upload checks
- XSS prevention
- CSRF protection
2. Data Privacy
- User data handling
- Content visibility
- Access logging
- Data retention
## Maintenance Procedures
### Regular Tasks
1. System Updates
- Security patches
- Dependency updates
- Feature deployments
- Configuration changes
2. Monitoring
- Error tracking
- Performance metrics
- User activity
- Resource usage
### Backup Procedures
1. Data Backups
- Database dumps
- Media files
- Configuration
- User content
2. Recovery Plans
- Restore procedures
- Failover options
- Emergency contacts
- Incident response
## Integration Points
### External Services
1. Email Service
- Sending configuration
- Template management
- Queue handling
- Delivery tracking
2. Analytics
- Data collection
- Event tracking
- Performance monitoring
- User behavior analysis
### Internal Services
1. Media Processing
- Upload handling
- Image processing
- File validation
- Storage management
2. Search System
- Index management
- Query optimization
- Result ranking
- Filter implementation

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# Product Context
## Why We're Building This
ThrillWiki is a comprehensive platform for theme park enthusiasts to:
- Discover and explore theme parks and rides worldwide
- Share and access authentic reviews and experiences
- Track ride and park information
- Contribute to a moderated, high-quality knowledge base
## Core User Problems/Solutions
### For Park Enthusiasts
Problem: Difficulty finding accurate, comprehensive theme park information
Solution: Centralized, moderated platform with verified park/ride data
### For Reviewers
Problem: No dedicated platform for sharing detailed ride experiences
Solution: Structured review system with rich media support
### For Park Operators
Problem: Limited channels for authentic presence and information
Solution: Verified company profiles and official park information
## Key Workflows
1. Park Discovery & Information
- Browse parks by location
- View detailed park information
- Access operating hours and details
2. Ride Management
- Comprehensive ride database
- Technical specifications
- Historical information
- Designer attribution
3. Review System
- User-generated reviews
- Media attachments
- Rating system
- Moderation workflow
4. Content Moderation
- Submission review process
- Quality control
- Content verification
- User management
5. Location Services
- Geographic search
- Park proximity
- Regional categorization
## Product Direction and Priorities
### Current Focus
1. Content Quality
- Strong moderation system
- Verified information
- Rich media support
2. User Trust
- Review authenticity
- Company verification
- Expert contributions
3. Data Completeness
- Comprehensive park coverage
- Detailed ride information
- Historical records
### Future Priorities
1. Community Engagement
- Enhanced user profiles
- Contribution recognition
- Expert designations
2. Analytics Integration
- Usage patterns
- Content quality metrics
- User engagement tracking
3. Media Enhancement
- Improved image handling
- Video integration
- Virtual tours

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# Project Boundaries
## Technical Constraints
### Framework Constraints
1. Django Framework
- MVT architecture
- ORM limitations
- Template system bounds
- URL routing patterns
2. Frontend Technologies
- HTMX for dynamic updates
- AlpineJS for UI state
- No React/Vue allowed
- Progressive enhancement
### Development Constraints
1. Version Control
- Direct pushes to main branch
- Git-based workflow
- Detailed commit messages
- No branch strategy
2. Testing Requirements
- Test coverage maintenance
- Integration testing
- UI verification
- Performance testing
## Scale Requirements
### Data Scale
1. Content Volume
- Park entries
- Ride listings
- User reviews
- Media assets
- Historical records
2. User Scale
- Concurrent users
- Active sessions
- Authentication load
- Permission checks
### Performance Scale
1. Response Times
- Page load limits
- HTMX update speed
- API response times
- Media loading
2. Resource Usage
- Database connections
- Memory utilization
- CPU boundaries
- Storage limits
## Hard Limitations
### Technical Limitations
1. Frontend
- No client-side routing
- Server-side rendering required
- HTMX/AlpineJS only
- No additional JS frameworks
2. Backend
- Django ORM constraints
- Template rendering limits
- Request/response cycle
- Authentication flow
### Infrastructure Limitations
1. Deployment
- Single production URL
- Static file handling
- Media storage bounds
- Cache limitations
2. Processing
- Query complexity
- Batch processing
- Background tasks
- Concurrent operations
## Non-Negotiables
### Development Standards
1. Code Organization
- HTMX partials in model folders
- Clear file structure
- Documentation requirements
- Testing standards
2. Process Requirements
- Production URL usage
- Tailwind development server
- Git commit standards
- Documentation updates
### Technical Requirements
1. Frontend Implementation
- Server-side rendering
- HTMX for dynamics
- AlpineJS for state
- Tailwind for styling
2. Backend Implementation
- Django views
- Model organization
- URL structure
- Template hierarchy
### Quality Standards
1. Code Quality
- Test coverage
- Documentation
- Performance metrics
- Error handling
2. User Experience
- Response times
- Error feedback
- UI consistency
- Accessibility
## Implementation Boundaries
### Feature Limitations
1. Content Management
- Moderation workflow
- Media handling
- User permissions
- Version control
2. User Interaction
- Authentication flow
- Review system
- Rating limits
- Content creation
### Security Boundaries
1. Authentication
- Session management
- Password requirements
- Access control
- Role limitations
2. Data Protection
- Input validation
- Content filtering
- Privacy controls
- Data access
## Growth Limitations
### Scalability Bounds
1. Database Growth
- Table size limits
- Index boundaries
- Query complexity
- Connection pools
2. Content Expansion
- Storage capacity
- Media limitations
- Archive strategy
- Backup constraints
### Feature Expansion
1. Integration Limits
- External services
- API endpoints
- Third-party tools
- Plugin system
2. Functionality Bounds
- Core features
- Extension points
- Module limits
- Plugin architecture

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# System Patterns
## High-Level Architecture
### Backend Architecture
- Django-based MVT (Model-View-Template) architecture
- Modular app structure for domain separation
- HTMX for dynamic server-side rendering
- AlpineJS for client-side interactivity
### Core Apps
1. Parks & Rides
- parks/ - Park management
- rides/ - Ride information
- designers/ - Ride designer profiles
- companies/ - Park operator profiles
2. User Content
- reviews/ - User reviews
- media/ - Media management
- moderation/ - Content moderation
3. Supporting Systems
- accounts/ - User management
- analytics/ - Usage tracking
- location/ - Geographic services
- email_service/ - Communication
- history_tracking/ - Change tracking
## Core Technical Patterns
### Data Flow
1. Request Handling
- Django URL routing
- View processing
- HTMX partial updates
- Template rendering
2. Content Management
- Moderated submission flow
- Media processing pipeline
- Review validation system
- History tracking
3. User Interactions
- HTMX for dynamic updates
- AlpineJS for UI state
- Partial template loading
- Progressive enhancement
### Database Patterns
- Django ORM for data access
- Related models for complex relationships
- Signals for cross-model updates
- History tracking for changes
## Key Technical Decisions
### Frontend Strategy
1. Server-Side Rendering
- Django templates as base
- HTMX for dynamic updates
- Partial templates by model
- AlpineJS for client state
2. Styling
- Tailwind CSS
- Component-based design
- Responsive layouts
### Backend Organization
1. App Separation
- Domain-driven design
- Clear responsibility boundaries
- Modular functionality
- Reusable components
2. Code Structure
- Models for data definition
- Views for business logic
- Templates for presentation
- URLs for routing
- Signals for cross-cutting concerns
### Integration Patterns
1. External Services
- Email service integration
- Media storage handling
- Analytics tracking
- Location services
2. Internal Communication
- Django signals
- Context processors
- Middleware
- Template tags
## Data Flow Patterns
### Content Creation
1. User Input
- Form submission
- Media upload
- Review creation
- Park/ride updates
2. Processing
- Validation
- Moderation queue
- Media processing
- History tracking
3. Publication
- Approval workflow
- Public visibility
- Notification system
- Cache updates
### Query Patterns
1. Efficient Loading
- Select related
- Prefetch related
- Cached queries
- Optimized indexes
2. Search Operations
- Location-based queries
- Full-text search
- Filtered results
- Sorted listings
## Error Handling
- Django middleware
- Custom error pages
- Logging system
- User notifications
## Security Patterns
- Django authentication
- Permission mixins
- CSRF protection
- XSS prevention
- Input validation

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# Technical Context
## Core Technologies
### Backend Framework
1. Django
- MVT architecture
- ORM for data management
- Template system
- URL routing
- Form handling
- Authentication
- Admin interface
2. Python
- Version requirements
- Core libraries
- Package management
- Virtual environments
### Frontend Technologies
1. HTMX
- Dynamic updates
- Partial rendering
- Server-side processing
- Progressive enhancement
2. AlpineJS
- UI state management
- Component behavior
- Event handling
- DOM manipulation
3. Tailwind CSS
- Utility-first styling
- Component design
- Responsive layouts
- Custom configuration
## Integration Patterns
### Template System
1. Base Structure
- Base templates
- Partial templates by model
- Component reuse
- Template inheritance
2. HTMX Integration
- Partial updates
- Server triggers
- Event handling
- Response processing
### Data Flow
1. Model Layer
- Django ORM
- Database schema
- Relationships
- Validation rules
2. View Layer
- Class-based views
- Function views
- Mixins
- Decorators
3. Template Layer
- Django templates
- HTMX partials
- AlpineJS components
- Tailwind styles
## Key Libraries/Frameworks
### Django Extensions
1. Core Apps
- django.contrib.auth
- django.contrib.admin
- django.contrib.sessions
- django.contrib.messages
2. Third-Party
- django-tailwind
- django-htmx
- Additional dependencies
### Frontend Libraries
1. CSS Framework
- Tailwind CSS
- Custom plugins
- Theme configuration
- Utility classes
2. JavaScript
- AlpineJS core
- HTMX library
- Utility functions
- Custom components
## Infrastructure Choices
### Development Environment
1. Local Setup
- Python environment
- Django configuration
- Tailwind setup
- Development server
2. Tools
- VSCode
- Git
- Package managers
- Development utilities
### Production Environment
1. Hosting
- Server requirements
- Domain configuration
- SSL/TLS setup
- Static/media serving
2. Services
- Database hosting
- File storage
- Email service
- Monitoring tools
## Technical Constraints
### Development Rules
1. Code Standards
- Python style guide
- Django best practices
- Frontend patterns
- Documentation requirements
2. Process Requirements
- Git workflow
- Testing standards
- Review process
- Deployment steps
### Technology Limitations
1. Frontend
- HTMX/AlpineJS only
- No additional frameworks
- Browser compatibility
- Performance requirements
2. Backend
- Django version constraints
- Database limitations
- API restrictions
- Security requirements
## Development Environment
### Local Setup
1. Required Software
- Python
- pip
- Git
- Node.js (for Tailwind)
2. Configuration
- Environment variables
- Development settings
- Database setup
- Media handling
### Development Tools
1. Editor Setup
- VSCode configuration
- Extensions
- Linting
- Formatting
2. Testing Tools
- Django test runner
- Coverage tools
- Browser testing
- Performance testing
## Version Control
### Git Configuration
1. Repository Structure
- Main branch workflow
- Commit standards
- Push requirements
- Version tracking
2. Process
- Commit messages
- Code review
- Documentation
- Deployment
## Dependencies
### Python Packages
1. Core Dependencies
- Django
- Database adapters
- Utility packages
- Testing tools
2. Development Dependencies
- Debug tools
- Testing utilities
- Documentation generators
- Linting tools
### Frontend Dependencies
1. Required Packages
- Tailwind CSS
- AlpineJS
- HTMX
- Development tools
2. Build Tools
- Node.js
- npm/yarn
- Build scripts
- Asset compilation
## Documentation Standards
### Code Documentation
1. Python
- Docstrings
- Type hints
- Comments
- README files
2. Templates
- Component documentation
- HTMX attributes
- AlpineJS directives
- Style classes
### Technical Documentation
1. System Documentation
- Architecture overview
- Setup guides
- Deployment process
- Maintenance procedures
2. Developer Guides
- Getting started
- Best practices
- Common patterns
- Troubleshooting