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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
This project is a boilerplate and template for Go applications implementing Clean Architecture. It provides a standardized project structure designed to organize code into decoupled layers, ensuring that core business logic remains independent of databases, frameworks, and user interfaces. The implementation focuses on a domain-driven design that utilizes dependency injection and the repository pattern to abstract data storage. It enforces architectural boundaries through internal package encapsulation and layer-based dependency inversion. The project includes a development toolchain that au
This project is a reference implementation of Domain-Driven Design, Clean Architecture, and Command Query Responsibility Segregation (CQRS) patterns using the Go programming language. It serves as a sample application to demonstrate how to decouple core domain rules from infrastructure and delivery mechanisms. The system is built as a gRPC microservices architecture, utilizing type-safe communication and service contracts. It implements an event-driven architecture to manage eventual consistency and asynchronous processing, specifically employing the Outbox pattern to ensure reliable messagin
This project provides a structural pattern for organizing React and TypeScript applications by decoupling business logic from user interface components and external infrastructure. It implements a layered architecture that isolates core domain rules, ensuring that the application remains independent of specific frameworks, libraries, or external service implementations. The architecture relies on dependency injection and inversion principles to manage service implementations, allowing for modularity and easier testing. By utilizing a functional core and imperative shell, the system separates
Clean Architecture template for Golang services
The main features of evrone/go-clean-template are: Clean Architecture Implementations, Repository Pattern with Swap Support, Explicit Dependency-Injection Wiring, Interface-Based Decoupling, API Services, Three-Layer Clean Architecture, Transport-Agnostic Use Cases, Business Logic Isolation.
Projects with overlapping indexed features include: amitshekhariitbhu/go-backend-clean-architecture — This is a Go backend template that structures a web service into domain, usecase, controller, and repository layers… bxcodec/go-clean-arch — This project is a boilerplate and template for Go applications implementing Clean Architecture. It provides a… threedotslabs/wild-workouts-go-ddd-example — This project is a reference implementation of Domain-Driven Design, Clean Architecture, and Command Query… bespoyasov/frontend-clean-architecture — This project provides a structural pattern for organizing React and TypeScript applications by decoupling business… mattia-battiston/clean-architecture-example — This project is a reference implementation for structuring Java applications using clean architecture and… khannedy/golang-clean-architecture — This project provides a structured boilerplate for building Go web applications based on clean architecture…