ai-stylegallery/prp

Project Reconstruction Plan (PRP) Collection

Overview

This comprehensive collection of PRP (Project Reconstruction Plan) files provides detailed specifications and documentation for recreating the AI StyleGallery application using any framework or technology stack.

Purpose

These PRP files serve as a complete blueprint for:

• Framework Migration: Recreate the application in different frameworks (React, Angular, Django, etc.)
• Technology Modernization: Upgrade to newer versions or different tech stacks
• Team Onboarding: Help new developers understand the system architecture
• System Documentation: Maintain comprehensive documentation of business logic and implementation details

File Structure

prp/
├── README.md                    # This overview file
├── business-logic.md           # High-level business requirements and workflows
├── data-models.md              # Complete data model specifications with relationships
├── api-specification.md        # All API endpoints, parameters, and responses
├── frontend-components.md      # Vue.js component specifications and interactions
├── plugin-architecture.md      # AI provider plugin system details
├── authentication-authorization.md  # User roles, permissions, and security
├── configuration-settings.md   # Application settings and configuration structure
└── deployment-requirements.md  # Dependencies, environment setup, and deployment notes

PRP Files Guide

1. Business Logic (business-logic.md)

Read First - Start here to understand what the application does

Contains:

• High-level business requirements
• Core user workflows and journeys
• Business rules and constraints
• Success metrics and KPIs
• Future enhancement opportunities

Use For:

• Understanding the application's purpose
• Planning framework migration strategy
• Identifying core features to implement

2. Data Models (data-models.md)

Read Second - Essential for database design

Contains:

• Complete entity relationship diagram
• Detailed model specifications with all attributes
• Foreign key relationships and constraints
• Data types and validation rules
• Business logic implementation details

Use For:

• Database schema design
• ORM model creation
• Understanding data relationships
• Planning data migration strategies

3. API Specification (api-specification.md)

Read Third - Critical for backend implementation

Contains:

• Complete REST API endpoint documentation
• Request/response formats and examples
• Authentication and security requirements
• Error handling and status codes
• WebSocket integration details

Use For:

• Backend API development
• Frontend integration planning
• API testing strategy
• Third-party integration planning

4. Frontend Components (frontend-components.md)

Framework-Specific - Vue.js implementation details

Contains:

• Component hierarchy and architecture
• State management patterns
• User interaction flows
• Responsive design specifications
• Accessibility requirements

Use For:

• Vue.js specific implementation
• General frontend architecture planning
• Component-based framework migration
• UI/UX design reference

5. Plugin Architecture (plugin-architecture.md)

Technical Deep Dive - Advanced backend patterns

Contains:

• Strategy pattern implementation
• Plugin interface specifications
• AI provider integration details
• Error handling and logging
• Extension and customization points

Use For:

• Implementing extensible AI provider systems
• Understanding plugin-based architecture
• Adding new AI service integrations
• Advanced backend development

6. Authentication & Authorization (authentication-authorization.md)

Security Critical - Must implement carefully

Contains:

• User role and permission system
• Laravel Sanctum API authentication
• Security measures and best practices
• Session management and protection
• Compliance and legal considerations

Use For:

• Security implementation planning
• Authentication system design
• Permission and access control
• Security auditing and compliance

7. Configuration & Settings (configuration-settings.md)

Operational - Runtime configuration management

Contains:

• Settings management system
• Environment-based configuration
• Feature flags and dynamic settings
• Admin configuration interface
• Performance and monitoring settings

Use For:

• Configuration management implementation
• Environment setup and deployment
• Feature flag system design
• Admin panel development

8. Deployment Requirements (deployment-requirements.md)

DevOps & Operations - Production deployment guide

Contains:

• System requirements and specifications
• Installation and setup procedures
• Web server configuration (Nginx/Apache)
• Security hardening and optimization
• Monitoring and troubleshooting guides

Use For:

• Production environment setup
• DevOps and deployment automation
• Performance optimization
• Operational procedures and maintenance

How to Use These PRP Files

For Framework Migration

1. Start with Business Logic - Understand core requirements
2. Design Data Models - Plan database schema
3. Implement Authentication - Set up security first
4. Build API Layer - Follow API specifications
5. Create Frontend - Use component specifications as guide
6. Add Plugin System - Implement extensible architecture
7. Configure & Deploy - Follow deployment requirements

For New Developer Onboarding

1. Read Business Logic - Understand what the app does
2. Study Data Models - Learn the data structure
3. Review API Specification - Understand system interfaces
4. Examine Frontend Components - Learn UI interactions
5. Set up Development Environment - Follow deployment guide

For System Enhancement

1. Identify Enhancement Area - Choose relevant PRP file
2. Understand Current Implementation - Study existing patterns
3. Plan Changes - Design improvements within existing architecture
4. Implement & Test - Follow established patterns and conventions

Key Architecture Patterns

Plugin-Based AI Integration

• Strategy Pattern: Runtime selection of AI providers
• Interface Contract: Consistent API across all providers
• Error Handling: Graceful degradation and retry logic
• Logging: Comprehensive audit trail for all operations

Component-Based Frontend

• Single Page Application: Vue.js with Inertia.js
• State Management: Composition API with reactive data
• Real-time Updates: WebSocket for live progress monitoring
• Responsive Design: Mobile-first approach with touch support

Role-Based Security

• Two-Tier Authentication: Session-based admin, token-based API
• Granular Permissions: Role-based access with ownership checks
• Security Headers: Comprehensive protection against common attacks
• Audit Logging: Complete trail of authentication and authorization events

Technology Stack Compatibility

Current Implementation

• Backend: Laravel 12.21.0 with PHP 8.3
• Frontend: Vue.js 3.5.18 with Inertia.js 1.3.0
• Database: SQLite with Eloquent ORM
• Admin Panel: Filament 3.3.34
• Styling: Tailwind CSS 3.4.17

Migration Opportunities

• React/Angular: Use API specification for backend integration
• Django/FastAPI: Implement data models and business logic
• Next.js/Nuxt.js: Full-stack framework migration
• Spring Boot: Java-based implementation
• ASP.NET Core: .NET implementation

Implementation Priorities

Phase 1: Core Foundation

1. Database Schema - Implement data models
2. Authentication System - User roles and security
3. Basic API - Core CRUD operations
4. Simple Frontend - Basic gallery view

Phase 2: Advanced Features

1. AI Plugin System - Extensible provider architecture
2. Real-time Processing - WebSocket integration
3. Advanced UI - Component-based interface
4. Admin Panel - Management interface

Phase 3: Production Readiness

1. Performance Optimization - Caching and scaling
2. Security Hardening - Production security measures
3. Monitoring & Logging - Operational visibility
4. Deployment Automation - CI/CD and DevOps

Quality Assurance

Testing Strategy

• Unit Tests: Individual component and function testing
• Integration Tests: API and component interaction testing
• End-to-End Tests: Complete user workflow testing
• Performance Tests: Load testing and optimization

Code Quality

• Standards: Follow PSR-12 for PHP, ESLint for JavaScript
• Documentation: Comprehensive code comments and API docs
• Security: Regular security audits and vulnerability scanning
• Performance: Monitoring and optimization based on metrics

Support and Maintenance

Documentation Updates

• Keep PRP files current with code changes
• Version control PRP files alongside code
• Regular review and updates for accuracy

Team Coordination

• Use PRP files for architecture decision records
• Reference PRP files in code reviews and planning
• Maintain consistency between PRP and implementation

Contributing to PRP Files

Update Process

1. Identify Changes: Document what needs updating
2. Update PRP Files: Modify relevant sections
3. Review Changes: Ensure accuracy and completeness
4. Version Control: Commit PRP changes with code changes

Quality Standards

• Accuracy: PRP must reflect actual implementation
• Completeness: Include all relevant details and examples
• Clarity: Use clear language and consistent formatting
• Maintenance: Regular updates to prevent drift

Success Metrics

Implementation Completeness

• Feature Parity: All documented features implemented
• API Compatibility: All endpoints match specifications
• Performance: Meets or exceeds documented benchmarks
• Security: Implements all security measures

Development Efficiency

• Onboarding Time: Reduced time for new developers
• Bug Reduction: Fewer architecture-related issues
• Maintenance: Easier troubleshooting and enhancements
• Documentation: Single source of truth for system knowledge

This PRP collection provides a complete blueprint for understanding, maintaining, and recreating the AI StyleGallery application across different technologies and frameworks.