- Performance-Driven Development
- Every component is optimized for speed and low overhead.
- Benchmarks are used to ensure consistent performance under high-load scenarios.
- Efficiency
- Memory usage is minimized by avoiding unnecessary overhead.
- Parsers are designed to handle large configuration files without sacrificing speed.
- S.O.L.I.D Design
- Single Responsibility Principle: Each class has a focused responsibility, ensuring maintainability.
- Open/Closed Principle: The library can be extended without modifying core functionality.
- Liskov Substitution Principle: Parsers and core classes maintain interoperability.
- Interface Segregation Principle: Clean and concise interfaces for specific functionalities.
- Dependency Inversion Principle: High-level modules are not tightly coupled to low-level implementations.
- Modularity
- The library is structured into self-contained components, making it easier to extend and maintain.
- Error Resilience
- Custom exceptions provide actionable error messages.
- Robust handling of malformed configuration files prevents library crashes.
⚠ Coming soon.
DESIGN PHILOSOPHY: v1.0.0
Updated: December 5th 2024