rmanguinho/clean-react
Clean React
Clean React ist ein Frontend-Entwicklungsframework und Anwendungs-Template, das darauf ausgelegt ist, ein strukturiertes Fundament für den Aufbau skalierbarer Webanwendungen zu bieten. Es dient als Boilerplate, das komplexe Benutzeroberflächenlogik in entkoppelte, testbare Schichten unter Verwendung von TypeScript organisiert.
Das Projekt zeichnet sich durch die Durchsetzung einer strikten Clean Architecture und Interface-gesteuerten Designs aus, das hochgradige Geschäftsregeln von Low-Level-Framework-Details trennt. Es integriert einen Dependency-Injection-Container und reaktive State-Management-Primitive, um sicherzustellen, dass Systemkomponenten austauschbar und wartbar bleiben.
Das Framework unterstützt einen umfassenden Entwicklungslebenszyklus durch die Einbindung automatisierter Continuous-Integration- und Deployment-Pipelines. Es schreibt einen Test-Driven-Development-Workflow vor, der die Erstellung von Unit- und Integrationstests erfordert, um Code-Zuverlässigkeit und erwartetes Verhalten vor der Implementierung zu verifizieren.
Features
- React Project Boilerplates - Offers a structured foundation for building scalable web applications using TypeScript, Clean Architecture, and SOLID principles.
- Application State Management - Synchronizes data across different parts of an interface using reactive patterns that ensure consistent updates and predictable behavior.
- Automated Deployment Pipelines - Connects continuous integration processes to production environments to streamline build, testing, and delivery workflows.
- Web Application Templates - Provides a production-ready starter kit that enforces strict typing and test-driven development for reliable web software.
- Dependency Injection Containers - Wires together decoupled system components at runtime to manage object lifecycles and simplify the process of swapping implementations for testing.
- Hook-Based Logic Encapsulations - Encapsulates and shares reactive data logic across components using functional primitives without relying on class-based lifecycle methods.
- CI/CD Integrations - Streamlines build and deployment processes by connecting continuous integration workflows to production environments.
- Interface Design Principles - Defines strict contracts between system modules to ensure components remain interchangeable and adhere to solid principles for better maintainability.
- Clean Architecture Implementations - Structures application logic into decoupled layers using established design patterns to improve long-term maintainability and simplify testing.
- Dependency Inversion Patterns - Organizes application logic into decoupled layers where high-level business rules remain independent of low-level framework details and external dependencies.
- React State Distribution Patterns - Synchronizes data across complex user interfaces using reactive patterns to maintain consistent updates and predictable behavior.
- Static Type Checking - Employs a structural type system to catch errors during development by enforcing consistent data shapes across the entire application codebase.
- Test-Driven Development Workflow - Requires writing failing unit tests before implementing features to ensure every piece of code is verified and functionally correct.
- End-to-End Testing - Validates code reliability by writing unit, integration, and end-to-end tests that verify expected behavior before deployment.
- Frontend Frameworks - Provides a collection of patterns and practices for organizing complex user interface logic into decoupled, testable layers.
