# Active Context - Wiki Migration & Integration

## Current Status
Corrected implementation strategy to use wiki-only approach instead of dual-system.

### Completed Components
1. Wiki Plugin Structure
   - Models for park metadata
   - Forms for data input
   - Templates for display
   - URL configurations

2. Documentation
   - Technical specifications
   - Migration guide
   - Implementation decisions
   - User guide

### Current Focus
Migration to wiki-only system

## Immediate Tasks

### 1. Data Migration
- [x] Create migration script
- [ ] Test migration in development
- [ ] Backup production data
- [ ] Execute migration
- [ ] Verify data integrity

### 2. URL Structure
- [x] Update URL configuration
- [x] Add redirects from old URLs
- [ ] Test all redirects
- [ ] Monitor 404 errors

### 3. Template Cleanup
- [x] Remove dual-system templates
- [x] Update wiki templates
- [ ] Remove legacy templates
- [ ] Clean up static files

## Next Steps

### 1. Migration Testing (Priority High)
```bash
# Test migration command
uv run manage.py migrate_to_wiki --dry-run
```

### 2. Plugin Refinement
- Add missing metadata fields
- Optimize queries
- Implement caching
- Add validation

### 3. User Experience
- Update navigation
- Add search integration
- Improve metadata forms
- Add quick actions

## Technical Requirements

### Migration
1. Database Backup
   ```sql
   pg_dump thrillwiki > backup.sql
   ```

2. Data Verification
   ```python
   # Verify counts match
   parks_count = Park.objects.count()
   wiki_count = Article.objects.filter(
       plugin_parks_parkmetadata__isnull=False
   ).count()
   ```

3. Performance Monitoring
   - Monitor database load
   - Watch memory usage
   - Track response times

### Integration Points
1. User Authentication
   - Wiki permissions
   - Role mapping
   - Access control

2. Media Handling
   - Image storage
   - File management
   - Gallery support

3. Search Integration
   - Index wiki content
   - Include metadata
   - Update search views

## Risks and Mitigations

### Data Loss Prevention
- Complete backup before migration
- Dry run verification
- Rollback plan prepared
- Data integrity checks

### Performance Impact
- Monitor database load
- Cache aggressively
- Optimize queries
- Staged migration

### User Disruption
- Clear communication
- Maintenance window
- Quick rollback option
- Support documentation

## Success Criteria
1. All park data migrated
2. No data loss
3. All features functional
4. Performance maintained
5. Users can access content
6. Search working correctly

## Notes
- Keep old models temporarily
- Monitor error logs
- Document all issues
- Track performance metrics