Organize Go web projects with a standardized architecture blueprint.
npx skills add https://github.com/majiayu000/claude-arsenal --skill golang-web
Please help me install this Agent Skill. Skill: golang-web Source: https://github.com/majiayu000/claude-arsenal/tree/main/skills/golang-web Command: npx skills add https://github.com/majiayu000/claude-arsenal --skill golang-web
Go web projects often suffer from boilerplate, inconsistent structure, and missing best practices for scalable architectures. This Skill provides a modern Go web architecture guide to standardize project layout, dependencies, and organizational patterns.
Initialize a new Go web project following this guide, create a module, and wire core dependencies (Gin/Chi/Echo, Viper, GORM) per the architecture blueprint.
High-intent search queries and answers about installing and using this skill.
Modern Go web project structure uses cmd/, internal/, and pkg/ directories to separate entry points, application logic, and reusable packages. This layout enforces clean dependencies, accelerates team onboarding, and supports microservices growth without boilerplate overhead.
Explicit dependency wiring in main.go avoids global state and enables interface-driven design. Each component receives its dependencies as constructor arguments, making tests simpler, dependencies visible, and components pluggable across different configurations.
Use LiteLLM proxy to standardize all LLM interactions across your Go services. This centralizes API handling, simplifies model switching, and provides a consistent interface whether you're calling OpenAI, Anthropic, or other providers.
Yes. This architecture blueprint applies to new Go APIs and microservices by providing standardized project layout, tech stack patterns (Gin/Chi/Echo, Viper, GORM), and best practices for consistent, maintainable services at any scale.
The guide enforces standard layout, explicit dependency injection, interface-driven design, and error wrapping. It removes backward compatibility layers and prioritizes clarity—dependencies and design decisions are visible in code, not hidden in configuration or globals.
Globals hide dependencies, complicate testing, and create implicit coupling between components. Explicit wiring through constructors makes dependencies visible, lets you swap implementations for tests, and forces clear reasoning about how your service is assembled.
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