rafaelfgx/Architecture
Architecture
Este proyecto proporciona un framework arquitectónico estandarizado para construir aplicaciones empresariales escalables de stack completo. Sirve como un boilerplate fundamental que aplica principios de arquitectura limpia, asegurando que la lógica de negocio permanezca aislada de las preocupaciones de infraestructura y los detalles de persistencia de datos externos. Al organizar el código en módulos basados en características en lugar de roles técnicos, el framework simplifica la navegación y el mantenimiento dentro de bases de código grandes y complejas.
La arquitectura se distingue por un modelo de comunicación basado en mediadores que desacopla las capas de la aplicación y evita dependencias cíclicas. Utiliza un pipeline centralizado para el procesamiento de solicitudes, que estandariza preocupaciones transversales como la validación, la seguridad y el manejo de errores en todos los endpoints. Este enfoque garantiza un comportamiento consistente y reduce el código redundante al gestionar la comunicación y el flujo de lógica a través de un despachador unificado.
El framework también incorpora estrategias robustas de gestión de datos, utilizando raíces de agregación para mantener la integridad transaccional y aplicar invariantes de negocio. Admite la composición modular mediante inyección de dependencias y proporciona herramientas para interceptar el tráfico de red y gestionar el acceso a rutas. El proyecto incluye una plantilla integral para el desarrollo en .NET y web, ofreciendo un punto de partida estructurado que facilita la contenedorización y el despliegue consistente en diversos entornos.
Features
- Clean Architecture Frameworks - Provides a foundational framework that enforces clean architecture principles for scalable enterprise applications.
- Full-Stack Web Applications - Provides a standardized boilerplate for building full-stack web applications with clean architecture and modular feature-based organization.
- Request Processing - Standardizes request processing through a centralized pipeline that manages validation, security, and logging for all incoming traffic.
- Middleware-Based Request Pipelines - Processes requests through a chain of middleware components to standardize validation, security, and logging.
- ASP.NET Core Solution Templates - Provides a comprehensive .NET template for building scalable enterprise applications with decoupled layers.
- Mediator Patterns - Implements a mediator-based communication model to decouple application layers and prevent cyclical dependencies.
- Aggregate Roots - Enforces transactional integrity and business invariants by grouping related entities under a single aggregate root.
- Domain Data Presentation Layers - Enforces strict boundaries between domain logic and infrastructure concerns to ensure clean separation of layers.
- Business Invariant Enforcement - Maintains transactional integrity and enforces business invariants by grouping related entities into aggregates.
- Application-Level Traffic Interception - Intercepts and modifies network requests within the application pipeline to handle cross-cutting concerns like logging and authentication.
- Navigation Access Controls - Protects sensitive application areas by validating user permissions and state before allowing navigation to specific routes.
- Feature-Based Code Organizations - Organizes source code into feature-based directories to improve maintainability and navigation in large codebases.
- Component Decoupling Patterns - Reduces dependency complexity by using mediator patterns to manage communication between application layers.
- Enterprise Architectures - Standardizes large-scale application development using clean architecture patterns for consistent project structures.
- Enterprise Development Standards - Serves as a standardized foundation for large-scale development, enforcing clean code and modular organization.
- Architectural Structuring - Structures large-scale applications using feature-based folders and clean architecture to maintain separation of concerns.
- Constructor-Based Injections - Assembles application components at runtime by injecting abstractions into constructors to promote loose coupling.
- Request-Based Validation - Encapsulates validation logic within dedicated request objects to ensure data integrity before processing by business logic.
- Project Bootstrapping - Offers standardized project layouts and modular structures to accelerate the initialization of scalable applications.
- Request Validation and Mutation - Standardizes validation, security, and error handling across all endpoints through a centralized request processing pipeline.
- Exception Handling - Intercepts application errors to provide consistent response formatting and unified logging across all endpoints.
