golang-patterns

To structure a Go project with clean architecture and DDD, you separate domain models, use cases, and infrastructure into explicit layers. This blueprint enforces clear boundaries and explicit domain interfaces for scalable services.

Refactoring a Go service into domain-driven layers involves introducing explicit domain interfaces and infrastructure implementations. You enforce a layered architecture to separate domain logic from infrastructure for better maintainability.

Yes, you can apply DDD patterns to new Go services to improve maintainability. The approach provides a structured skeleton that organizes domain models, use cases, and repositories with clear boundaries for scalable applications.

Setting up usecase and repository layers in a Go application requires creating a domain and infrastructure skeleton. You implement a simple domain with repository and service layers following the provided clean architecture layout.

Separating domain models from infrastructure matters in Go clean architecture because it enforces a layered structure with explicit domain interfaces. This separation improves maintainability and scalability by keeping business logic isolated.

You should reconsider a layered architecture for your Go project if the application is too simple to require explicit domain interfaces. Complex DDD and clean architecture patterns add structural overhead that may not benefit small, straightforward services.