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Implement wiki and parks plugin architecture: add initial app configurations, models, and update dependencies
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pacnpal
147
memory-bank/decisions/django_wiki_evaluation.md
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147
memory-bank/decisions/django_wiki_evaluation.md
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# Django-Wiki Transformation Evaluation
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## Current System State
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- Early stage project with minimal existing data
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- Complex custom implementation for content management
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- Multiple specialized apps that may be overkill for current needs
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- HTMX + AlpineJS + Tailwind CSS frontend
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## Django-Wiki Analysis
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### Core Features Provided
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1. Content Management
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- Wiki pages and hierarchies
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- Version control
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- Markdown support
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- Built-in editor
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- Permission system
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2. Extension System
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- Plugins available
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- Customizable templates
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- API hooks
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- Custom storage backends
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### Transformation Benefits
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1. **Simplified Architecture**
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- Replace custom content management
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- Built-in versioning and history
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- Standard wiki conventions
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- Reduced code maintenance
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2. **Feature Alignment**
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- Core park/ride pages as wiki articles
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- Categories for organization
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- Rich text editing
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- User contributions
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- Content moderation
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3. **Development Efficiency**
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- Proven, maintained codebase
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- Active community
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- Documentation available
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- Security updates
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## Transformation Strategy
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### Phase 1: Core Setup
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1. Remove unnecessary apps:
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- history/history_tracking (use wiki history)
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- core (migrate needed parts)
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- designers (convert to wiki pages)
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- media (use wiki attachments)
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2. Keep Essential Apps:
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- accounts (user management)
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- location (geographic features)
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- moderation (adapt for wiki)
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3. Install Django-Wiki:
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- Core installation
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- Configure settings
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- Setup templates
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- Migrate database
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### Phase 2: UI Integration
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1. Wiki Template Customization
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- Apply Tailwind CSS
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- Integrate AlpineJS
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- Add HTMX enhancements
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- Match site design
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2. Feature Implementation
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- Park pages as articles
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- Ride information sections
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- Location integration
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- Review system
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- Media handling
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### Phase 3: Enhanced Features
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1. Custom Extensions
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- Park metadata plugin
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- Location visualization
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- Review integration
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- Media gallery
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2. User Experience
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- Navigation structure
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- Search optimization
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- Mobile responsiveness
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- Performance tuning
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## Technical Requirements
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### Core Dependencies
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- django-wiki
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- django-mptt (tree structure)
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- django-nyt (notifications)
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- Markdown processing
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- Pillow (images)
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- Sorl-thumbnail (thumbnails)
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### Frontend Integration
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- Custom templates
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- Tailwind CSS setup
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- AlpineJS components
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- HTMX interactions
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### Authentication
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- Retain current auth system
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- Integrate with wiki permissions
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- Role-based access
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- Moderation workflow
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## Risks and Mitigations
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1. **Data Migration**
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- Risk: Minimal (little existing data)
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- Action: Simple manual migration
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2. **Feature Parity**
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- Risk: Some custom features needed
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- Action: Implement as wiki plugins
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3. **Performance**
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- Risk: Standard wiki performance
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- Action: Implement caching
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## Next Steps
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1. Initial Setup
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- Remove unnecessary apps
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- Install django-wiki
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- Configure basic settings
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- Setup authentication
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2. UI Development
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- Create base templates
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- Apply styling
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- Add interactivity
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- Test responsive design
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3. Custom Features
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- Develop needed plugins
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- Integrate location services
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- Setup moderation
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- Configure search
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96
memory-bank/decisions/wiki_implementation_correction.md
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96
memory-bank/decisions/wiki_implementation_correction.md
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# Wiki Implementation Correction
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## Original Misunderstanding
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We incorrectly attempted to maintain both systems:
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- Traditional park/ride system
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- Wiki-based system
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This was WRONG. The correct approach is to fully migrate to wiki-based system.
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## Corrected Approach
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### 1. Implementation Strategy
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- Use wiki as the primary and ONLY content system
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- All park/ride content lives in wiki articles
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- Metadata handled through wiki plugins
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- Reviews/ratings as wiki extensions
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### 2. URL Structure
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```
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/wiki/parks/[park-name] # Park articles
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/wiki/rides/[ride-name] # Ride articles
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/wiki/companies/[company-name] # Company articles
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```
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### 3. Data Migration Plan
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1. Convert existing parks to wiki articles
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2. Transfer metadata to wiki plugin system
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3. Move existing reviews to wiki comment system
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4. Redirect old URLs to wiki system
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### 4. Feature Implementation
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All features should be implemented as wiki plugins:
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- Park metadata plugin
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- Ride metadata plugin
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- Review/rating plugin
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- Media handling plugin
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- Statistics tracking plugin
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### 5. Authorization/Permissions
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Use wiki's built-in permission system:
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- Article creation permissions
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- Edit permissions
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- Moderation system
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- User roles
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## Benefits of Wiki-Only Approach
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1. Consistent Content Management
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- Single source of truth
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- Unified editing interface
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- Version control for all content
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2. Better Collaboration
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- Community editing
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- Change tracking
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- Discussion pages
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3. Simplified Architecture
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- One content system
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- Unified permissions
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- Consistent user experience
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4. Enhanced Features
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- Built-in versioning
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- Discussion pages
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- Change tracking
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- Link management
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## Implementation Tasks
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### Immediate
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1. Remove dual-system templates
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2. Create wiki-only templates
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3. Set up plugin architecture
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### Short Term
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1. Create data migration scripts
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2. Update URL routing
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3. Implement wiki plugins
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### Long Term
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1. Phase out old models
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2. Remove legacy code
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3. Update documentation
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## Migration Strategy
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1. Create wiki articles for all parks
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2. Migrate metadata to plugins
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3. Move media to wiki system
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4. Update all references
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5. Remove old system
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## Documentation Updates Needed
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1. Update user guides
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2. Create wiki contribution guides
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3. Document plugin usage
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4. Update API documentation
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187
memory-bank/decisions/wiki_plugin_decisions.md
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187
memory-bank/decisions/wiki_plugin_decisions.md
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# Wiki Plugin Implementation Decisions
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## Parks Plugin Design Decisions
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### 1. Plugin Architecture
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**Decision:** Implement as full Django-Wiki plugin rather than standalone app
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**Rationale:**
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- Better integration with wiki features
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- Consistent user experience
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- Built-in revision tracking
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- Permission system reuse
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### 2. Data Model Structure
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**Decision:** Split into ParkMetadata and ParkStatistic models
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**Rationale:**
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- Separates core metadata from time-series data
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- Allows efficient querying of historical data
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- Enables future analytics features
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- Maintains data normalization
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### 3. GeoDjango Integration
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**Decision:** Use GeoDjango for location data
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**Rationale:**
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- Proper spatial data handling
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- Future mapping capabilities
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- Industry standard for geographic features
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- Enables location-based queries
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### 4. JSON Fields for Flexible Data
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**Decision:** Use JSONField for amenities and ticket info
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**Rationale:**
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- Allows schema evolution
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- Supports varying data structures
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- Easy to extend without migrations
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- Good for unstructured data
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### 5. Template Organization
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**Decision:** Three-template structure (metadata, statistics, sidebar)
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**Rationale:**
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- Separates concerns
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- Reusable components
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- Easier maintenance
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- Better performance (partial updates)
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### 6. Form Handling
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**Decision:** Custom form classes with specialized processing
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**Rationale:**
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- Complex data transformation
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- Better validation
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- Improved user experience
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- Reusable logic
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## Lessons Learned
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### Successful Approaches
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1. Separation of Metadata and Statistics
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- Simplified queries
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- Better performance
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- Easier maintenance
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2. Use of Tailwind CSS
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- Consistent styling
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- Rapid development
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- Responsive design
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3. Template Structure
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- Modular design
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- Clear separation
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- Easy to extend
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### Areas for Improvement
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1. Cache Strategy
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- Need more granular caching
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- Consider cache invalidation
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- Performance optimization
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2. Form Validation
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- Add more client-side validation
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- Improve error messages
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- Consider async validation
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3. Data Migration
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- Need better migration tools
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- Consider automated mapping
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- Improve data verification
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## Impact on Rides Plugin
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### Design Patterns to Reuse
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1. Model Structure
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- Metadata/Statistics split
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- JSON fields for flexibility
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- Clear relationships
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2. Template Organization
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- Three-template approach
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- Component reuse
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- Consistent layout
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3. Form Handling
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- Custom validation
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- Field transformation
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- Error handling
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### Improvements to Implement
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1. Cache Strategy
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- Implement from start
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- More granular control
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- Better invalidation
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2. Data Validation
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- More comprehensive
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- Better error handling
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- Client-side checks
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3. Integration Points
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- Cleaner API
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- Better event handling
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- Improved relationships
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## Future Considerations
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### Scalability
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1. Database Optimization
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- Index strategy
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- Query optimization
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- Cache usage
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2. Content Management
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- Media handling
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- Version control
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- Content validation
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3. User Experience
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- Progressive enhancement
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- Loading states
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- Error recovery
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### Maintenance
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1. Documentation
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- Keep inline docs
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- Update technical docs
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- Maintain user guides
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2. Testing
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- Comprehensive coverage
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- Integration tests
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- Performance tests
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3. Monitoring
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- Error tracking
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- Performance metrics
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- Usage analytics
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## Technical Debt Management
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### Current Technical Debt
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1. Cache Implementation
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- Basic caching only
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- No invalidation strategy
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- Limited scope
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2. Form Validation
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- Mostly server-side
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- Basic client validation
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- Limited feedback
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3. Error Handling
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- Basic error messages
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- Limited recovery options
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- Minimal logging
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### Debt Resolution Plan
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1. Short Term
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- Implement cache strategy
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- Add client validation
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- Improve error messages
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2. Medium Term
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- Optimize queries
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- Add monitoring
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- Enhance testing
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3. Long Term
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- Full cache system
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- Advanced validation
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- Comprehensive logging
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