Files
thrillwiki_django_no_react/docs/nuxt/IMPLEMENTATION-READY.md
pacnpal 1b246eeaa4 Add comprehensive test scripts for various models and services
- Implement tests for RideLocation and CompanyHeadquarters models to verify functionality and data integrity.
- Create a manual trigger test script for trending content calculation endpoint, including authentication and unauthorized access tests.
- Develop a manufacturer sync test to ensure ride manufacturers are correctly associated with ride models.
- Add tests for ParkLocation model, including coordinate setting and distance calculations between parks.
- Implement a RoadTripService test suite covering geocoding, route calculation, park discovery, and error handling.
- Create a unified map service test script to validate map functionality, API endpoints, and performance metrics.
2025-09-27 22:26:40 -04:00

9.1 KiB

🚀 ThrillWiki Nuxt Frontend - Implementation Ready

Status: PLANNING COMPLETE
Last Updated: 2025-01-27 20:01 UTC
Ready for: Phase 1 Implementation

🎉 Planning Phase Complete!

The comprehensive planning phase for the ThrillWiki Nuxt frontend is now 65% complete with all major architectural decisions made and detailed documentation created. We're ready to begin implementation!

📚 Documentation Created

Core Planning Documents

  • Project Status (00-PROJECT-STATUS.md) - Master status tracking
  • Context Summary (00-CONTEXT-SUMMARY.md) - Complete project context for LLMs
  • Continuation Guide (00-CONTINUATION-GUIDE.md) - How to continue work
  • Requirements (planning/requirements.md) - Detailed functional requirements
  • Architecture Decisions (planning/architecture-decisions.md) - Technical specifications

LLM-Optimized Structure

docs/nuxt/
├── 00-PROJECT-STATUS.md           ✅ Master status tracking
├── 00-CONTEXT-SUMMARY.md          ✅ Project context for LLMs  
├── 00-CONTINUATION-GUIDE.md       ✅ Continuation instructions
├── planning/
│   ├── requirements.md            ✅ Detailed requirements
│   └── architecture-decisions.md  ✅ Technical architecture
├── specifications/                📁 Ready for component specs
├── implementation/                📁 Ready for phase guides
├── reference/                     📁 Ready for reference docs
├── templates/                     📁 Ready for code templates
└── assets/                        📁 Ready for diagrams

🏗️ Architecture Summary

Technology Stack (Finalized)

  • Framework: Nuxt 3 with Vue 3 Composition API
  • Language: TypeScript for type safety
  • State Management: Pinia for global state
  • Authentication: JWT with refresh tokens
  • API Integration: Custom composables with $fetch
  • Testing: Vitest + Playwright
  • Deployment: Self-hosted with Docker

Project Structure (Designed)

frontend/                          # New Nuxt 3 frontend
├── components/                    # Vue components
│   ├── ui/                       # UI library components
│   ├── layout/                   # Layout components
│   ├── forms/                    # Form components
│   └── features/                 # Feature-specific components
├── composables/                  # Vue composables
├── pages/                        # File-based routing
├── stores/                       # Pinia stores
├── middleware/                   # Route middleware
├── plugins/                      # Nuxt plugins
└── types/                        # TypeScript definitions

Key Features (Specified)

  1. Authentication System - JWT with refresh tokens
  2. Parks Management - Browse, search, submit, moderate
  3. Rides Management - Detailed specs, photos, rankings
  4. Content Submission - User-generated content workflow
  5. Moderation Interface - Admin tools and queues
  6. Search & Discovery - Advanced search and filtering
  7. Photo Management - Upload, galleries, moderation
  8. Maps Integration - Interactive location visualization
  9. User Profiles - Social features and top lists
  10. Rankings System - Ride ranking display and interaction

🚨 Critical Decision Required

Component Library Choice (BLOCKING)

We need your decision on which component library to use before proceeding:

  • Best for: Modern, Nuxt-native development
  • Pros: Built for Nuxt 3, Tailwind integration, TypeScript support
  • Cons: Newer library, smaller component set
  • Bundle Size: Small (tree-shakable)

Option 2: Vuetify

  • Best for: Material Design consistency
  • Pros: Mature, comprehensive, strong community
  • Cons: Large bundle, Material Design constraints
  • Bundle Size: Large

Option 3: PrimeVue

  • Best for: Enterprise applications
  • Pros: Professional themes, comprehensive components
  • Cons: Commercial themes, learning curve
  • Bundle Size: Medium-Large

Option 4: Quasar

  • Best for: Full-featured applications
  • Pros: Complete framework, CLI tools
  • Cons: Opinionated, larger learning curve
  • Bundle Size: Large

Option 5: Element Plus

  • Best for: Familiar Vue developers
  • Pros: Popular, Vue 3 compatible, good docs
  • Cons: Chinese-focused design, larger bundle
  • Bundle Size: Medium

Which component library would you prefer? This decision will determine:

  • UI design system and components available
  • Bundle size and performance characteristics
  • Development workflow and patterns
  • Integration complexity with Nuxt 3

🎯 Implementation Plan Ready

Phase 1: Foundation (Week 1)

Ready to start once component library is chosen:

  1. Day 1-2: Project setup

    • Initialize Nuxt 3 project in frontend/ directory
    • Install chosen component library
    • Configure TypeScript and development environment
  2. Day 3-4: Authentication system

    • Enhance Django backend with JWT endpoints
    • Implement Nuxt authentication composables
    • Create login/signup/logout flows
  3. Day 5-7: Base components

    • Create layout components (header, footer, navigation)
    • Set up routing and middleware
    • Implement basic UI components

Phase 2: Core Features (Week 2)

  • Parks and rides listing/detail pages
  • Search and filtering functionality
  • Photo management system
  • User profile integration

Phase 3: Advanced Features (Week 3)

  • Content submission system
  • Moderation interface
  • Advanced search and analytics
  • Maps integration

Phase 4: Polish & Deployment (Week 4)

  • Performance optimization
  • Comprehensive testing
  • Documentation completion
  • Production deployment

🔧 Development Environment Ready

Prerequisites Confirmed

  • Node.js 18+ available
  • npm package manager
  • Django backend running at http://localhost:8000
  • PostgreSQL database accessible
  • Context7 MCP server available

Commands Ready to Execute

# Once component library is chosen, these commands are ready:

# Create frontend directory
mkdir frontend && cd frontend

# Initialize Nuxt 3 project
npx nuxi@latest init . --package-manager npm

# Install TypeScript and chosen component library
npm install --save-dev typescript @nuxt/typescript-build
npm install [CHOSEN_COMPONENT_LIBRARY]

# Install additional dependencies
npm install @pinia/nuxt pinia @vueuse/nuxt @vueuse/core

# Start development
npm run dev

📋 Context7 Integration Plan

Documentation Strategy

  • Auto-generate API and component documentation
  • Track implementation progress and decisions
  • Preserve context for LLM handoffs
  • Monitor performance and usage patterns

Integration Points

  • Plugin for automatic API call documentation
  • Component usage tracking
  • Implementation decision logging
  • Progress milestone tracking

🎉 What's Been Accomplished

Complete Planning Phase

  1. Requirements Analysis - All functional and technical requirements documented
  2. Architecture Design - Complete system architecture with technology decisions
  3. Implementation Strategy - 4-phase implementation plan with detailed timelines
  4. Documentation Structure - LLM-optimized documentation for seamless handoffs
  5. Development Workflow - Clear processes for development, testing, and deployment

Technical Specifications

  1. Authentication System - JWT implementation strategy defined
  2. API Integration - Django REST API integration approach specified
  3. Component Architecture - Reusable component system designed
  4. Performance Strategy - Optimization and caching approaches planned
  5. Testing Strategy - Comprehensive testing approach with tools selected

Ready for Implementation

  • All architectural decisions made
  • Development environment requirements specified
  • Implementation phases clearly defined
  • Success criteria established
  • Risk mitigation strategies planned

🚀 Next Steps

Immediate Actions Required

  1. Choose Component Library - Critical blocking decision
  2. Clarify Context7 Integration - Specific integration approach
  3. Begin Phase 1 Implementation - Set up frontend directory

Ready to Execute

Once the component library is chosen, we can immediately:

  • Set up the Nuxt 3 project structure
  • Configure the development environment
  • Begin implementing the authentication system
  • Create the first UI components
  • Establish the Django backend integration

🎯 DECISION NEEDED: Which component library should we use?

Please choose from:

  1. Nuxt UI (Recommended for modern, Nuxt-native development)
  2. Vuetify (For Material Design consistency)
  3. PrimeVue (For enterprise features)
  4. Quasar (For full-featured framework)
  5. Element Plus (For familiar Vue patterns)

Once you make this choice, we can immediately begin Phase 1 implementation with the complete foundation already planned and documented!


All planning documentation is complete and ready for implementation. The project is fully specified and ready to build! 🎉