golang-architect

Design Go project architecture by selecting appropriate patterns and establishing clear module boundaries. This framework guides dependency direction and testability through dependency injection, helping teams reason about trade-offs and structure scalable backend services before coding.

Structure module boundaries and public APIs in Go projects by defining internal boundaries and package limits. This approach improves maintainability and testability, ensuring clear separation of concerns across backend services, CLI tools, and libraries.

Yes, this Go architecture guidance applies to CLI tools and infrastructure tooling. It covers diverse scenarios from small prototypes to production services, providing module design and trade-off analysis tailored to your specific application type.

Use dependency injection in your Go architecture to establish clear dependency direction and improve testability. This framework provides structural guidance for implementing DI patterns, ensuring that module boundaries remain clean and mockable for testing.

Yes, you can generate an architecture blueprint for a new Go service. The framework analyzes requirements like error handling and scalable structure, then outputs a tailored architectural design to guide your implementation.

Avoid complex architectural patterns in Go projects when building small prototypes. This framework provides trade-off analysis to help you recognize when simpler module designs are more appropriate than heavily structured dependency injection or rigid internal boundaries.