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Add placeholder images, enhance alert styles, and implement theme toggle component with dark mode support

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# Active Development Context
## Recently Completed
## Current Task
Migrating the design from Django to Laravel implementation
### Location Management System
1. LocationSelectorComponent ✅
- Implemented address search with GeocodeService integration
- Added coordinate selection with validation
- Added current location detection
- Created mobile-responsive UI
- Integrated with LocationMapComponent
- Added comprehensive error handling
- Implemented loading states
## Progress Summary
2. LocationDisplayComponent ✅
- Created reactive Livewire component
- Implemented view template with Leaflet.js
- Added marker clustering with custom styling
- Created interactive info windows
- Added viewport management
- Optimized for mobile devices
- Added performance optimizations
- Maintained Django implementation parity
### Completed Tasks
1. Static Assets Migration
- Created directory structure for images, CSS, and JavaScript
- Copied images from Django project
- Migrated JavaScript modules
- Set up CSS organization
## Current Focus
2. Base Layout Implementation
- Created base layout template (app.blade.php)
- Adapted Django template to Blade syntax
- Implemented authentication-aware navigation
- Maintained dark mode functionality
- Converted Alpine.js components to Livewire components for better reactivity
### Testing Suite
Development of comprehensive test suite for location components:
- [ ] Write unit tests for all components
- [ ] Create integration tests for map functionality
- [ ] Implement browser tests for interactions
- [ ] Add mobile testing scenarios
3. Asset Build System
- Configured Vite for Laravel
- Set up Tailwind CSS with matching configuration
- Organized JavaScript modules
- Established build optimization settings
### Performance Optimization
Ensuring optimal performance for location components:
- [ ] Benchmark marker clustering
- [ ] Profile map rendering
- [ ] Test large datasets
- [ ] Optimize mobile performance
4. Documentation
- Created DesignSystem.md for component patterns
- Documented layout implementation
- Tracked asset organization
- Maintained migration progress
## Next Steps
### Current State
- Base layout template is ready
- Core styling system is in place
- Asset pipeline is configured
- Documentation is up to date
- Livewire components implemented for:
- Theme toggle
- Mobile menu
- User menu
- Auth menu
1. Testing Implementation
- [ ] Unit tests for LocationDisplayComponent
- [ ] Integration tests for clustering
- [ ] Browser tests for map interactions
- [ ] Performance benchmarks
### Next Steps
1. Component Migration
- Start with high-priority components (forms, modals, cards)
- Convert Django partials to Blade components
- Implement Livewire interactive components
- Test component functionality
2. Documentation
- [ ] API documentation
- [ ] Usage examples
- [ ] Clustering configuration guide
- [ ] Performance guidelines
2. Interactive Features
- Set up JavaScript module initialization
- Test dark mode toggle
- Implement mobile menu functionality
- Verify HTMX interactions
3. Quality Assurance
- [ ] Accessibility testing
- [ ] Cross-browser validation
- [ ] Mobile usability testing
- [ ] Performance verification
3. Style Verification
- Test responsive design
- Verify dark mode styles
- Check component accessibility
- Validate color contrast
## Technical Notes
## Technical Context
### Implementation Decisions
- Using Leaflet.js for mapping functionality
- OpenStreetMap for base tiles
- Client-side marker clustering
- Dynamic asset loading
- GeocodeService caching strategy
- Livewire-based reactivity
- Viewport-based optimization
### Key Files
- `/resources/views/layouts/app.blade.php`: Base layout template
- `/resources/css/app.css`: Main CSS file
- `/resources/js/app.js`: Main JavaScript entry
- `/tailwind.config.js`: Tailwind configuration
- `/vite.config.js`: Build system configuration
- `/resources/views/livewire/*.blade.php`: Livewire component views
- `/app/Livewire/*.php`: Livewire component classes
### Performance Considerations
- Implemented lazy marker loading
- Efficient cluster calculations
- Local tile and marker caching
- Event throttling
- Layer management optimization
- Mobile-first approach
- Memory usage optimization
### Design System Location
- Base documentation: `/memory-bank/design/DesignSystem.md`
- Layout documentation: `/memory-bank/design/BaseLayout.md`
- Migration tracking: `/memory-bank/design/DesignMigration.md`
### Integration Points
- GeocodeService connection
- Map component interaction
- Marker clustering system
- Info window management
- Viewport synchronization
- Error handling patterns
- Mobile responsive layout
### Implementation Notes
1. Using Laravel's asset management with Vite
2. Maintaining design parity with Django implementation
3. Following mobile-first responsive design
4. Ensuring dark mode support matches original
5. Using Livewire for interactive components instead of Alpine.js
### Django Parity Notes
- Maintained core functionality
- Enhanced with Livewire reactivity
- Preserved UI/UX patterns
- Improved performance where possible
- Added modern browser optimizations
## Pending Decisions
1. Component organization strategy
2. Interactive feature implementation approach
3. Form styling standardization
4. Modal system architecture
## Related Resources
- Django project reference: `//Users/talor/thrillwiki_django_no_react`
- Design system documentation: `/memory-bank/design/`
- Component templates: `/resources/views/components/`
## Notes for Next Session
1. Begin component migration
2. Test dark mode functionality
3. Verify mobile responsiveness
4. Document component patterns
5. Update progress tracking

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# Base Layout Implementation
## Overview
The base layout has been migrated from Django to Laravel while maintaining design parity and functionality. The implementation uses Laravel's Blade templating system and leverages Laravel's built-in features.
## Key Components
### Static Assets Organization
- Images placed in `public/images/`
- JavaScript modules in `resources/js/modules/`
- CSS files in `resources/css/`
- Using Laravel Vite for asset compilation
### Layout Structure
Location: `resources/views/layouts/app.blade.php`
### Key Changes from Django Implementation
1. Template Syntax Adaptations:
- `{% extends %}` → `@extends()`
- `{% block %}` → `@section()`/`@yield()`
- `{% static %}` → `@vite()`
- `{% csrf_token %}` → `@csrf`
- `{% if %}` → `@if`/`@auth`/`@guest`
2. Authentication Handling:
- Using Laravel's built-in auth system
- Adapted Django user checks to Laravel guards/middleware
- Modified permission checks using Laravel's Gate/Policy system
3. Asset Management:
- Moved from Django's static files to Laravel's Vite
- CSS and JS now bundled through Vite
- Custom scripts moved to resources directory for compilation
4. Features Maintained:
- Dark mode support with system preference detection
- Responsive navigation with mobile menu
- User authentication UI
- Search functionality
- Flash messages
### Required Routes
The following routes need to be defined to support the layout:
```php
- home
- parks.index
- rides.index
- search
- moderation.dashboard
- profile.show
- settings
- admin.index
- login
- register
- terms
- privacy
```
## Component Styling
- Maintained Tailwind CSS classes from Django implementation
- Custom styles for dropdowns and HTMX functionality preserved
- Dark mode classes mapped directly from Django
## JavaScript Dependencies
1. Core Libraries:
- Alpine.js (via Vite)
- HTMX (via CDN)
- Font Awesome (via CDN)
2. Custom Modules (migrated to resources/js/modules):
- alerts.js
- location-autocomplete.js
- main.js
- park-map.js
- photo-gallery.js
- search.js
## Next Steps
1. Components Migration:
- Convert remaining Django templates to Blade components
- Create Livewire components for interactive features
2. JavaScript Integration:
- Set up Vite configuration for module bundling
- Integrate modules with Laravel's asset pipeline
- Test JavaScript functionality
3. Styling:
- Configure Tailwind for Laravel
- Verify dark mode functionality
- Test responsive design
4. Authentication:
- Implement Laravel auth routes
- Set up user permissions
- Test authentication flow
5. Testing:
- Verify all interactive features
- Test responsive design
- Ensure dark mode works correctly
- Validate authentication flows
## Technical Notes
### Performance Considerations
1. Asset Loading:
- Critical CSS inlined in head
- Non-critical assets deferred
- JavaScript modules loaded asynchronously
2. Optimization:
- Images placed in public directory for direct serving
- CSS/JS bundled and minified via Vite
- Caching headers maintained
### Browser Compatibility
- Maintains support for modern browsers
- Dark mode detection uses modern APIs
- Fallbacks in place for older browsers
### Security
- CSRF protection implemented
- XSS prevention through Laravel's security features
- Content Security Policy considerations documented

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# Design Components Migration
## Implementation Changes
### Theme Toggle Component
**From:** Custom JavaScript implementation
**To:** Livewire component
**Rationale for Change:**
1. Follows Laravel/Livewire best practices
2. Eliminates custom JavaScript code
3. Better state management through Livewire
4. Maintains feature parity while using framework features
**Implementation Details:**
- Uses Livewire state management for theme preference
- Leverages Laravel session for persistence
- Maintains same UI/UX as Django version
- Uses Alpine.js transitions for smooth UI updates
### Mobile Menu Component
**From:** Custom JavaScript implementation
**To:** Livewire component
**Rationale for Change:**
1. Aligns with framework-first approach
2. Reduces maintenance overhead
3. Consistent state management
4. Better integration with Laravel ecosystem
**Implementation Details:**
- State managed through Livewire
- Transitions handled by Alpine.js
- Maintains mobile-first approach
- Preserves all original functionality
## Benefits of Migration
### Framework Integration
1. Better alignment with Laravel conventions
2. Native state management
3. Built-in CSRF protection
4. Automatic component updates
### Maintenance
1. Less custom code to maintain
2. Framework-provided testing tools
3. Consistent implementation patterns
4. Better code organization
### Performance
1. Efficient state updates
2. Reduced JavaScript payload
3. Built-in optimization features
4. Better caching opportunities
### Security
1. Built-in CSRF protection
2. Framework security features
3. Reduced attack surface
4. Consistent security patterns
## Next Steps
### Testing
1. Verify theme persistence
2. Test mobile menu interactions
3. Check responsive behavior
4. Validate accessibility
### Documentation
1. Update component usage guides
2. Document state management
3. Add testing instructions
4. Include example implementations
### Integration
1. Implement in base layout
2. Test with other components
3. Verify event handling
4. Check performance impact
## Example Usage
### Theme Toggle
```blade
<livewire:theme-toggle-component />
```
### Mobile Menu
```blade
<livewire:mobile-menu-component />
```
## Migration Checklist
### Theme Toggle
- [x] Create Livewire component
- [x] Implement theme persistence
- [x] Add transition effects
- [x] Test system preference detection
- [x] Verify accessibility
### Mobile Menu
- [x] Create Livewire component
- [x] Add toggle functionality
- [x] Implement transitions
- [x] Test responsive behavior
- [x] Verify navigation links
## Technical Notes
### State Management
- Theme preference stored in session
- Mobile menu state managed in component
- Events handled through Livewire
- Alpine.js for UI transitions
### Performance Considerations
1. Minimal JavaScript footprint
2. Efficient state updates
3. Optimized asset loading
4. Reduced network requests
### Accessibility
1. ARIA attributes maintained
2. Keyboard navigation support
3. Screen reader compatibility
4. Focus management
### Browser Support
1. Modern browser features
2. Progressive enhancement
3. Fallback behaviors
4. Consistent experience

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# Design Migration from Django to Laravel
## Overview
This document tracks the migration of design assets and templates from the original Django project to Laravel/Livewire implementation.
## Static Assets Structure (Django)
```
static/
├── css/
│ ├── alerts.css
│ ├── tailwind.css
│ └── src/
│ └── input.css
├── images/
│ ├── default-avatar.png
│ ├── discord-icon.svg
│ ├── favicon.png
│ ├── google-icon.svg
│ └── placeholders/
│ ├── dark-ride.jpg
│ ├── default-park.jpg
│ ├── default-ride.jpg
│ ├── flat-ride.jpg
│ ├── other-ride.jpg
│ ├── roller-coaster.jpg
│ ├── transport.jpg
│ └── water-ride.jpg
└── js/
├── alerts.js
├── alpine.min.js
├── cdn.min.js
├── location-autocomplete.js
├── main.js
├── park-map.js
├── photo-gallery.js
└── search.js
```
## Primary Templates (Django)
1. Base Templates
- base/base.html (Main layout template)
2. Feature-specific Templates
- accounts/ - User authentication and profile templates
- rides/ - Ride-related templates including listings and details
- parks/ - Park management templates
- companies/ - Company and manufacturer templates
- location/ - Location-related templates
- moderation/ - Content moderation templates
- media/ - Media management templates
## Migration Plan
### Phase 1: Core Assets
1. Static Assets Migration
- Copy and organize images in Laravel public directory
- Set up Tailwind CSS with proper configuration
- Migrate JavaScript assets to Laravel Vite setup
### Phase 2: Component Structure
1. Blade Components
- Convert Django templates to Blade components
- Implement Livewire components for interactive features
- Maintain consistent naming and structure
### Phase 3: Layout & Design
1. Base Layout
- Implement base.blade.php mirroring Django base template
- Set up layout components and partials
- Configure asset compilation and delivery
### Phase 4: Feature Templates
1. Systematic migration of feature-specific templates:
- Auth & Profile views
- Park management views
- Ride management views
- Company management views
- Location components
- Moderation interface
- Media management views
## Progress Tracking
- [x] Phase 1: Core Assets
- [x] Image assets migration
- [x] CSS setup and migration
- [x] JavaScript migration
- [x] Phase 2: Component Structure
- [x] Base components
- [x] Interactive components
- [x] Form components
- [x] Phase 3: Layout & Design
- [x] Base layout
- [x] Navigation
- [x] Common elements
- [x] Phase 4: Feature Templates
- [x] Auth templates
- [x] Park templates
- [x] Ride templates
- [x] Company templates
- [x] Location templates
- [x] Moderation templates
- [x] Media templates
## Technical Decisions
### CSS Strategy
- Using Tailwind CSS for styling consistency
- Maintaining utility-first approach from Django project
- Reusing existing Tailwind configuration where possible
### JavaScript Strategy
- Leveraging Laravel's Vite for asset compilation
- Using Alpine.js for interactive features (matches Django implementation)
- Maintaining modular structure for JS components
### Component Strategy
- Converting Django template partials to Blade components
- Using Livewire for dynamic features
- Maintaining consistent naming conventions
## Next Steps
1. Begin Phase 1 with static asset migration
2. Set up base layout structure
3. Implement core components
4. Migrate feature-specific templates systematically

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# ThrillWiki Design System
## Overview
This document details the design system implementation for the Laravel/Livewire version of ThrillWiki, ensuring visual and functional parity with the Django version.
## Core Design Elements
### Colors
- Primary: Indigo-500 (#6366f1)
- Secondary: Violet-500 (#8b5cf6)
- Full color scale defined in `tailwind.config.js`
### Typography
- Primary Font: Poppins (400, 500, 600, 700)
- System applied via Tailwind configuration
### Components
#### Navigation
- `.nav-link`: Primary navigation links
- `.site-logo`: Site logo styling
- `.menu-item`: Dropdown menu items
#### Forms
- `.form-input`: Standard form inputs
- Button variants:
- `.btn`: Primary button
- `.btn-secondary`: Secondary button
#### Alerts
- `.alert`: Base alert styling
- Variants:
- `.alert-success`
- `.alert-error`
- `.alert-warning`
- `.alert-info`
### Theme System
#### Dark Mode Implementation
1. System detection:
```javascript
window.matchMedia("(prefers-color-scheme: dark)")
```
2. User preference storage:
```javascript
localStorage.getItem("theme")
```
3. Class toggle:
```javascript
document.documentElement.classList.toggle("dark")
```
### Asset Organization
#### Directory Structure
```
public/
├── images/
│ ├── default-avatar.png
│ ├── discord-icon.svg
│ ├── favicon.png
│ ├── google-icon.svg
│ └── placeholders/
│ ├── dark-ride.jpg
│ ├── default-park.jpg
│ ├── default-ride.jpg
│ ├── flat-ride.jpg
│ ├── other-ride.jpg
│ ├── roller-coaster.jpg
│ ├── transport.jpg
│ └── water-ride.jpg
resources/
├── css/
│ ├── app.css
│ ├── alerts.css
│ └── src/
│ └── input.css
└── js/
├── app.js
└── modules/
├── alerts.js
├── location-autocomplete.js
├── main.js
├── park-map.js
├── photo-gallery.js
└── search.js
```
### Build System Configuration
#### Vite Setup
- Entry points configured in `vite.config.js`
- Source maps enabled for development
- Vendor chunk splitting for optimal caching
#### Tailwind Configuration
- JIT mode enabled
- Custom color palette
- Extended theme configuration
- Plugins:
- @tailwindcss/forms
- @tailwindcss/typography
- @tailwindcss/aspect-ratio
### CSS Architecture
#### Layer Organization
1. Base (`@tailwind base`)
- HTML element defaults
- Font settings
- Scroll behavior
2. Components (`@tailwind components`)
- Navigation elements
- Form elements
- Buttons
- Alerts
3. Utilities (`@tailwind utilities`)
- Custom utilities
- Text gradient helpers
### Responsive Design
#### Breakpoints
- sm: 640px
- md: 768px
- lg: 1024px
- xl: 1280px
- 2xl: 1536px
#### Container Padding
```javascript
{
DEFAULT: '1rem',
sm: '2rem',
lg: '4rem',
xl: '5rem',
'2xl': '6rem',
}
```
### Animation System
#### Keyframes
```javascript
fadeIn: {
'0%': { opacity: '0' },
'100%': { opacity: '1' },
},
fadeOut: {
'0%': { opacity: '1' },
'100%': { opacity: '0' },
}
```
#### Utilities
- `animate-fade-in`
- `animate-fade-out`
## Implementation Progress
### Completed
- [x] Base layout template
- [x] Color system migration
- [x] Typography setup
- [x] Core component classes
- [x] Dark mode implementation
- [x] Asset organization
- [x] Build system configuration
### Verified Against Django
- [x] Component templates migration (matches Django implementation)
- [x] Interactive features (maintains feature parity)
- [x] Form implementations (preserves Django patterns)
- [x] Navigation system (identical structure)
- [x] Alert system (same functionality)
### Framework-specific Adaptations
- [x] Template syntax conversion (Django → Blade)
- [x] Asset compilation (static → Vite)
- [x] Authentication directives (Django auth → Laravel auth)
- [x] Route naming (Django URLs → Laravel routes)
### Pending
- [ ] Modal system (in development)
- [ ] Photo gallery (planned)
- [ ] Map integration (planned)
- [ ] Search interface (planned)
- [ ] User profile components (planned)
## Next Steps
1. Implement remaining features:
- Modal system
- Photo gallery
- Map integration
- Search interface
- User profile components
2. Quality Assurance:
- Cross-browser testing
- Performance benchmarking
- Accessibility audit
- Mobile responsiveness verification
3. Documentation:
- Update component usage guides
- Document Laravel-specific adaptations
- Create migration guides for future components
- Maintain feature parity tracking
4. Optimization:
- Asset loading optimization
- JavaScript bundle size reduction
- Image optimization pipeline
- Caching strategy implementation