backend-go

Structure your Go backend by enforcing clean architecture with layered boundaries across domain, usecase, handler, and repository modules. This approach promotes dependency injection and interface-based design, ensuring scalable and maintainable API services with robust error handling.

Apply TDD in Golang by automating test-first practices across internal and pkg modules. Enforcing layered architecture and interface-based design improves testability, ensuring your microservices have robust error handling and maintainable domain-driven project structures.

Yes, you can build domain-driven Go microservices by enforcing clean architecture and dependency injection. This creates a scalable structure with strict layered boundaries suitable for API services, ensuring robust error handling and high testability across modules.

Separate layers in a Go backend by enforcing clean architecture boundaries between domain, usecase, handler, and repository modules. Using interface-based design and dependency injection isolates business logic, significantly improving testability and maintainability for microservices.

Your Go backend has tangled dependencies because it lacks clean architecture and dependency injection. Enforcing layered boundaries with interface-based design and TDD separates concerns across modules, resolving maintenance issues and creating scalable, robust API services.

Yes, you need to set up specific modules like cmd, internal, and pkg for a clean architecture Go project. Structuring your API services across these layered boundaries with dependency injection ensures scalability, testability, and robust error handling.