Technical Implementation
Storage Formats and Standards
Core Format Architecture
Structured, machine-readable context files (.cac.ts)
Hierarchical file organization in .cac directory
Clear schema definitions for valida
# Summary of Progress on Context as Code Implementation
## Key Learnings
- **Context as Code (CaC)** is an evolution from traditional documentation and comments, emphasizing structured, machine-readable context.
- **Hierarchical Organization**: Contexts are organized into various levels:
- **System Level**: Global policies and domain definitions.
- **Domain Level**: Bounded contexts and specific policies.
- **Service Level**: Service contracts and operational context.
- **Component Level**: Detailed responsibilities of individual components.
- **Semantic Layers**: Implementing distinct layers (business, technical, operational, security, compliance) allows for clear structure and independence in development.
- **Integration with Version Control**: Context changes should be tracked and validated through version control systems, with automated workflows for context validation and impact analysis.
- **Cross-Layer Consistency**: Implementing automated validations and relationship tracking ensures that context remains coherent across different layers.
- **Context Propagation**: It is essential to maintain context through service calls, preserving audit trails and security context.
- **Implementation Across Languages**:
- **Python**: FastAPI and Django examples highlight context-aware processing.
- **JavaScript/TypeScript**: Next.js and Express.js demonstrate context propagation in web applications.
- **Java**: Spring Boot shows context-aware service handling.
- **Go**: Gin showcases context management in middleware.
- **Ruby on Rails**: Active Record and Controllers implement context-aware functionalities.
- **Rust**: Actix Web exemplifies context-aware request handling.
- **Kubernetes**: Custom Resource Definitions facilitate context management in orchestration.
- **GraphQL**: Apollo Server integrates context in resolvers.
- **Vue.js**: The Composition API supports context creation and usage.
- **Laravel PHP**: Middleware and controller integrations enhance context management.
## Completed To-Do's
- [x] Explored the evolution of context implementation in modern frameworks.
- [x] Defined semantic layers and hierarchical organization for context.
- [x] Documented implementation examples across popular programming languages.
- [x] Established best practices for consistent and efficient context management.
## Future Considerations
- **Performance Optimization**: Keep context lightweight and cache where necessary to monitor overhead.
- **Consistent Patterns**: Ensure similar context implementation patterns across services for easier maintenance and understanding.
- **Audit and Security**: Continue to prioritize security in context management, ensuring compliance with relevant standards.
This summary encapsulates the current progress in the journey of implementing Context as Code, providing a foundation for future advancements and refinements.By Eduarda Ferreira