Define Go project architecture with Domain-Driven Design layers and bounded contexts.
npx skills add https://github.com/vincent119/ai-rules-kit --skill go-ddd
Please help me install this Agent Skill. Skill: go-ddd Source: https://github.com/vincent119/ai-rules-kit/tree/main/skills/go-ddd Command: npx skills add https://github.com/vincent119/ai-rules-kit --skill go-ddd
Go projects often spiral into unmanageable complexity without a coherent architectural blueprint. This Skill defines a practical, Go-focused DDD blueprint that clearly delineates domains, boundaries, and layered responsibilities to improve maintainability and team autonomy.
Define and apply the blueprint to structure your Go project around DDD boundaries and layered architecture.
High-intent search queries and answers about installing and using this skill.
Structure a Go DDD project by separating it into Domain, Application, Infrastructure, and Delivery layers. This blueprint defines clear domain boundaries and explicit responsibilities to improve maintainability and team autonomy.
The best way to isolate bounded contexts in Go microservices is through explicit APIs or events. This architecture provides guardrails to prevent cross-context leakage and ensures independent contexts communicate without tight coupling.
Yes, this DDD blueprint applies to both Go monoliths and microservices. It provides explicit domain models, modular boundaries, and dependency injection-friendly wiring to satisfy scalable application requirements.
Start adopting layered architecture by following the provided practical project structure and migration paths. The blueprint offers a recommended directory layout and sample artefacts to quickly apply DDD boundaries to new or existing projects.
Your Go application needs bounded contexts and domain boundaries to prevent spiraling into unmanageable complexity. A coherent architectural blueprint with explicit domain models ensures testable components and clear team autonomy.
Yes, this Go DDD architecture is DI-friendly and designed for testable components. By clearly delineating domain, application, infrastructure, and delivery layers, the blueprint satisfies requirements for explicit domain models and modular wiring.
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