Awesome GitHub RepositoriesDomain-Driven Entity Frameworks

COLA is a core architectural toolkit for Java applications designed around domain-driven design and a clean, object-oriented layered architecture. It provides a framework for managing project structures, implementing domain-driven entity modeling, and organizing enterprise application architecture to decouple business logic from technical dependencies. The project features a pluggable logic extension system that allows for the addition of new functionality through defined extension points without modifying the core codebase. It also includes a project bootstrapping toolkit and an integration

Home Assistant is a local home automation platform and server that acts as an IoT device orchestrator. It integrates diverse smart home hardware by wrapping third-party APIs into a standardized logic layer and stores all system state and historical statistics on local hardware to eliminate cloud dependencies. The system functions as a Matter IoT controller and an MQTT home automation bridge, allowing for local interoperability between different manufacturers. It features a state-based entity model and an internal event bus that decouple physical device logic from system automation. The platf

Arrow is a functional programming library for Kotlin that provides tools for implementing data-oriented programming patterns. It serves as a framework for typed error handling, a concurrency toolkit, and a library for the manipulation of immutable data. The project distinguishes itself through specialized capabilities for managing application failures using explicit types instead of exceptions and implementing resilience patterns such as circuit breakers and retry policies for distributed services. It also provides optics to update and query deeply nested immutable data structures without man

JetLinks is an enterprise IoT platform framework and device management system designed for managing large-scale hardware networks. It serves as a centralized tool for controlling device lifecycles, monitoring geographic locations, and visualizing sensor data through a reactive backend. The platform features a multi-protocol IoT gateway that supports TCP, MQTT, UDP, CoAP, and HTTP to unify communication across different manufacturers. It employs unified device modeling to create standard digital representations of hardware, decoupling physical device capabilities from application logic. The s

This is a Go backend template that structures a web service into domain, usecase, controller, and repository layers with strict dependency inversion. It provides a foundation for building maintainable and testable REST APIs by separating business logic from transport and data access concerns. The project implements JWT-based authentication, issuing access and refresh tokens for user signup, login, and protected endpoint access. It uses the Gin HTTP framework to build a Docker-packaged REST API with public and private route groups, request validation, and middleware-based authentication. Depen

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.

This project is a .NET Clean Architecture template designed to separate domain logic from infrastructure and web frameworks. It provides a project structure for C# applications and a React Redux frontend, creating a testable backend focused on maintainability. The implementation centers on Domain Driven Design, modeling core business domains using entities and value objects to manage complex requirements. It utilizes a decoupled architecture to ensure that business logic remains independent of external frameworks and database technologies. The project covers full stack application bootstrapp

Este proyecto es una implementación de referencia y plantilla para una aplicación iOS modular utilizando SwiftUI y Clean Architecture. Proporciona una estructura organizada en capas independientes para desacoplar la interfaz de usuario y los frameworks externos de la lógica de negocio principal. La arquitectura incorpora Domain-Driven Design (DDD) para gestionar la complejidad organizando el código en módulos independientes basados en dominios de negocio. Este enfoque impone límites estrictos de dependencia y mejora los tiempos de compilación. El proyecto implementa una capa de datos basada en plugins que oculta las implementaciones de API y bases de datos detrás de gateways, permitiendo intercambiar fuentes de datos sin modificar las reglas de negocio. También cuenta con un coordinador de enrutamiento centralizado para abstraer la jerarquía de navegación, manteniendo los módulos de funciones independientes del flujo general de la aplicación.

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

This project serves as a comprehensive guide and collection of architectural patterns for implementing domain-driven design within Java enterprise applications. It focuses on structuring persistence layers to ensure data integrity, maintainability, and clear domain boundaries when working with object-relational mapping. The repository distinguishes itself by demonstrating how to encapsulate business logic and state transitions directly within entities, moving away from simple data containers toward rich domain models. It provides practical examples for managing complex entity relationships, i