Cuisine Code is an educational game that teaches stack-based computing through French culinary metaphors. The project will be developed in Scheme and transpiled to various target platforms including C, WASM, and JavaScript. The application will feature a social component with user profiles, personalized kitchen environments, and recipe sharing.
- All code must be written in Scheme
- The codebase must be modular and transpilable to multiple target languages
- Implement stack-based operations through culinary metaphors
- Support French culinary techniques and ingredients
- Provide ASCII/Unicode visualizations of cooking processes
- Include progression from simple to complex recipes
- Implement recipe pattern recognition
- Support mise-en-place macros for code reuse
graph TD
A[Stack Operations] --> B[Push/Pop]
A --> C[Swap/Rotate]
A --> D[Duplicate]
E[Cooking Techniques] --> F[Chopping]
E --> G[Mixing]
E --> H[Heating]
I[Recipe System] --> J[Ingredients]
I --> K[Transformations]
I --> L[Output]- Terminal-based UI for local development and testing
- Web-based UI with responsive design
- Visual representation of stack operations
- Support for kitchen customization
- REPL interface for direct interaction
graph TD
A[User Interface] --> B[Terminal UI]
A --> C[Web UI]
B --> D[ASCII Visualization]
C --> E[Interactive Stack]
C --> F[Kitchen View]
A --> G[REPL Interface]
G --> H[Command Parsing]
G --> I[Result Display]- User profiles with customizable kitchens
- Social login via GitHub and Google
- Recipe sharing between users
- Collaborative cooking sessions
- Location-based kitchen variations (e.g. Boston kitchen)
graph TD
A[Social System] --> B[User Profiles]
A --> C[Authentication]
A --> D[Recipe Sharing]
A --> E[Collaboration]
B --> F[Kitchen Customization]
C --> G[GitHub OAuth]
C --> H[Google OAuth]
D --> I[Friend Network]
E --> J[Realtime Cooking]- Scheme to C transpilation system
- Scheme to JavaScript transpilation system
- C to WebAssembly compilation
- Source maps for debugging across languages
- Module bundling for web deployment
graph TD
A[Scheme Source Code] --> B[Abstract Syntax Tree Generation]
B --> C[Intermediate Representation]
C --> D[C Target]
C --> E[JavaScript Target]
C --> F[WASM Target]
D --> G[C Optimizations]
E --> H[JS Optimizations]
F --> I[WASM Optimizations]
G --> J[C Output]
H --> K[JS Output]
I --> L[WASM Output]
J --> M[Bundled Application]
K --> M
L --> M- Automated build pipeline
- Continuous integration and testing
- Cross-platform compatibility validation
- Version tagging and release management
- Documentation generation from source code
graph TD
A[Source Code] --> B[Build System]
B --> C[Test Execution]
B --> D[Transpilation]
B --> E[Documentation Generation]
C --> F[Test Reports]
D --> G[Build Artifacts]
B --> H[Release Management]
H --> I[Version Tagging]
H --> J[Release Notes]- API server implemented in Scheme
- Database integration for user data
- OAuth implementation for social logins
- WebSocket support for real-time collaboration
- Content delivery network for static assets
graph TD
A[Client Browser] <--> B[Static Asset CDN]
A <--> C[API Server]
C <--> D[Database]
C <--> E[OAuth Providers]
C <--> F[WebSocket Server]
subgraph "User Authentication"
E --> G[GitHub]
E --> H[Google]
end
subgraph "Data Storage"
D --> I[User Profiles]
D --> J[Kitchen Layouts]
D --> K[Recipe Storage]
D --> L[Social Connections]
end
subgraph "Real-time Features"
F --> M[Collaborative Cooking]
F --> N[Chat System]
F --> O[Live Updates]
endgraph TD
A[Kitchen Core] <--> B[Ingredient System]
A <--> C[Transformation Engine]
B <--> C
A <--> D[Recipe System]
D <--> E[Culinary Pattern Library]
C <--> E
D <--> F[Scoring System]
C <--> F
A <--> G[User Interface]
G <--> H[Game Progression]
F <--> Hgraph TD
A[User Authentication] <--> B[Profile Management]
B <--> C[Kitchen Customization]
A <--> D[OAuth Providers]
B <--> E[Friend Connections]
C <--> F[Recipe Sharing System]
D <--> G[Security Layer]
E <--> H[Notification System]
F <--> I[Collaborative Editor]
G <--> H
H <--> I- Guile Scheme 3.x
- Emscripten for WebAssembly compilation
- Node.js for web development
- FreeBSD-compatible build tools
- Git for version control
- CI/CD pipeline tools
- Feature branch workflow
- Test-driven development approach
- Code review requirements
- Documentation requirements
- Performance benchmarking
graph TD
A[Feature Request] --> B[Branch Creation]
B --> C[Development]
C --> D[Unit Testing]
D --> E[Code Review]
E --> F[Integration Testing]
F --> G[Merge to Main]
G --> H[Deployment]- Test coverage requirements (>90%)
- Unit tests for all core functions
- Mock system for external dependencies
- Automated test execution in CI pipeline
- Component interaction testing
- API endpoint validation
- Cross-component workflow validation
- Performance testing
- UI component testing
- User journey validation
- Accessibility compliance
- Cross-browser compatibility
graph TD
A[Testing Strategy] --> B[Unit Tests]
A --> C[Integration Tests]
A --> D[UI Tests]
A --> E[Performance Tests]
B --> F[Component Tests]
C --> G[API Tests]
C --> H[Workflow Tests]
D --> I[Journey Tests]
D --> J[Accessibility Tests]- Static file serving
- API server deployment
- Database deployment
- CDN configuration
- HTTPS configuration
graph TD
A[Developer] --> B[Git Repository]
B --> C[CI/CD Pipeline]
C --> D[Test Execution]
D --> E[Build Process]
E --> F[Static Assets Generation]
E --> G[API Server Compilation]
F --> H[CDN Deployment]
G --> I[API Server Deployment]
I --> J[Database Connection]
H --> K[End User Browser]
I --> K- Package generation for FreeBSD
- Terminal application distribution
- Dependency management
- Update mechanism
- Application performance monitoring
- Error tracking and reporting
- User analytics implementation
- System health dashboards
- Alerting system
graph TD
A[Production System] --> B[Performance Metrics]
A --> C[Error Tracking]
A --> D[User Analytics]
B --> E[Monitoring Dashboard]
C --> E
D --> E
E --> F[Alert System]
F --> G[On-Call Engineer]
G --> H[Runbook Execution]
H --> I[Incident Resolution]- Deployment procedures
- Rollback procedures
- Database backup and recovery
- Incident response procedures
- System scaling procedures
- Authentication audit logging
- API access monitoring
- Vulnerability scanning
- Penetration testing schedule
- Security incident response plan
graph TD
A[Security System] --> B[Authentication Logging]
A --> C[API Monitoring]
A --> D[Vulnerability Scanning]
A --> E[Penetration Testing]
B --> F[Security Dashboard]
C --> F
D --> F
E --> F
F --> G[Security Alerts]
G --> H[Incident Response Team]- Function documentation standards
- Module interface documentation
- Architecture documentation
- API documentation
- Game mechanics tutorials
- Culinary technique references
- Programming concept explanations
- User interface guides
- Installation procedures
- Configuration guides
- Troubleshooting guides
- Performance tuning documentation
- Mobile application support
- VR/AR kitchen visualization
- AI recipe generation
- Real-world cooking integration
- Professional chef collaboration
- Educational institution integration
graph TD
A[Future Roadmap] --> B[Mobile Support]
A --> C[VR/AR Visualization]
A --> D[AI Integration]
A --> E[Real-world Cooking]
A --> F[Chef Collaboration]
A --> G[Educational Partners]