Guide Go teams to implement hexagonal architecture with GoDDD patterns.
npx skills add https://github.com/ixugo/goddd --skill goddd
Please help me install this Agent Skill. Skill: goddd Source: https://github.com/ixugo/goddd/tree/main/.cursor/skills/goddd Command: npx skills add https://github.com/ixugo/goddd --skill goddd
GoDDD hexagonal architecture provides a blueprint to build modular, testable Go services with clear domain boundaries and decoupled adapters.
Scaffold a new domain with godddx, wire the API, core, and store components, then run and test.
High-intent search queries and answers about installing and using this skill.
You implement hexagonal architecture in a Go backend by enforcing clean domain boundaries, adapter-driven integration, and deterministic CRUD scaffolding across API, Core, and Store layers. This approach decouples adapters to improve service maintainability and testability.
The best way to scaffold domain entities and ports is using the godddx code generation workflow. It generates domain entities, ports, adapters, and wiring to ensure consistent parameter and sorting implementations across your modular architecture.
Port and adapter separation improves Go services by decoupling core domain logic from external integrations. This hexagonal architecture pattern provides a blueprint to build modular, testable services with clear domain boundaries and deterministic CRUD scaffolding.
Yes, you can use GoDDD for cross-domain integration and context propagation in Go. It provides techniques for WithContext usage and adapter-driven integration to maintain clean domain boundaries across API, Core, and Store layers.
You need hexagonal architecture for Go services when your project requires clean domain boundaries, adapter-driven integration, and deterministic CRUD scaffolding. It solves the complexity of modular architecture by decoupling adapters to improve maintainability and testability.
SaiyedMuhammadAnasMaududiblueprint for designing/maintaining complex business applications with a focus on maintainability and testability through separation of concerns and strict dependency rules. It leverages the concept of layers, where the core business logic is isolated from external details like databases and user interfaces. The result is code that is modular, easier to debug and evolvebba.
umbrella-librariesGenerate a .NET architecture test scaffold enforcing layer dependencies and visibility.
aucun6352Design backend systems with hexagonal architecture using ports and adapters.
solrac97grAnalyze Go codebases for Hexagonal Architecture and DDD compliance.
