3 repositorios
Explicit boundaries that define the responsibility and linguistic scope of a specific domain model.
Distinct from Ubiquitous Languages: Distinct from Ubiquitous Languages: focuses on the boundaries and responsibilities of the model rather than just the shared vocabulary.
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Este proyecto es una implementación de referencia de patrones de Domain-Driven Design, modelado de dominio funcional y coordinación de estado basada en eventos. Demuestra la aplicación de patrones de diseño estratégicos y tácticos para gestionar requisitos de negocio complejos. La implementación utiliza un modelo de dominio funcional con funciones puras y objetos inmutables para gestionar transiciones de estado y efectos secundarios. Cuenta con una arquitectura de Segregación de Responsabilidad de Comandos y Consultas (CQRS) para separar modelos de lectura y escritura, junto con coordinación basada en eventos para mantener la consistencia a través de límites de negocio autónomos. La base de código incorpora una arquitectura de monolito modular utilizando contextos delimitados (bounded contexts) y capas hexagonales para aislar la lógica central de la infraestructura. El aseguramiento de la calidad se maneja a través de una suite de desarrollo guiado por comportamiento (BDD) que refleja el lenguaje ubicuo para verificar escenarios de negocio y pruebas automatizadas que aplican restricciones arquitectónicas. El proyecto aplica estos patrones a un dominio de gestión de bibliotecas, cubriendo el mantenimiento del catálogo de libros, flujos de trabajo de circulación, validaciones de reservas y seguimiento de préstamos vencidos.
Divides the system into independent modules with explicit linguistic and functional boundaries to isolate business complexity.
This project is a reference implementation of domain-driven design patterns and a sample of command query responsibility segregation. It provides a collection of event-driven microservices that demonstrate the practical application of architectural principles for structuring complex software systems. The implementation separates read and write models through an event journal and organizes services into bounded contexts to maintain clear functional boundaries. It coordinates business logic by dispatching and consuming domain events to synchronize different modules. The project covers a range
Organizes services into bounded contexts to maintain clear functional boundaries and a consistent domain language.
This project serves as a comprehensive educational resource for implementing modular monoliths and microservices within .NET environments. It focuses on applying domain-driven design principles to manage complex business logic, providing a structured approach to building systems that can evolve alongside changing requirements. The architecture is defined by its emphasis on modularity and clear boundaries, utilizing vertical slices and bounded contexts to organize code by business process rather than technical layer. It distinguishes itself through a systematic migration framework that allows
Defines explicit boundaries that establish the responsibility and linguistic scope of a specific domain model.