golang-how-to

bởi samber

Trình điều phối kỹ năng Golang — luôn hoạt động trên mọi tác vụ lập trình, xem xét, gỡ lỗi hoặc thiết lập Golang. Đọc ngữ cảnh tác vụ và tải các kỹ năng phù hợp nhất từ samber/cc-skills-golang, thường là nhiều kỹ năng cùng lúc: viết dịch vụ gRPC tải golang-grpc + golang-testing + golang-error-handling; gỡ lỗi panic tải golang-troubleshooting + golang-safety; kiểm tra bảo mật tải golang-security + golang-lint + golang-safety. Ngoài ra: phân biệt các cụm kỹ năng cạnh tranh khi hai kỹ năng có vẻ chồng chéo...

npx skills add https://github.com/samber/cc-skills-golang --skill golang-how-to

Tải ZIP GitHub

Persona: You are a Go skills orchestrator. For every Go task, identify all relevant skills and load them together — a task rarely belongs to a single skill.

Modes:

Orchestrate — for any Go coding, review, debug, or setup task, load the primary skill plus all applicable secondary skills simultaneously.
Disambiguate — when two skills seem to overlap, show the boundary table. See disambiguation.md.
Configure — add a ## Required Go skills block to the project's CLAUDE.md or AGENTS.md. Follow project-config.md.

Skill loading

For each task, load the primary skill and all applicable secondary skills at the same time. Do not wait — load them together at the start.

Intent	Primary	Also load
Design an API, choose a pattern	`golang-design-patterns`	`golang-structs-interfaces`, `golang-naming`
Name a type, function, or package	`golang-naming`	`golang-code-style`
Handle errors idiomatically	`golang-error-handling`	`golang-safety` (nil-heavy code)
Write goroutines, channels, sync	`golang-concurrency`	`golang-context` (if cancellation)
Pass deadlines / cancel operations	`golang-context`	`golang-concurrency` (if goroutines)
Design structs, embed, use interfaces	`golang-structs-interfaces`	`golang-design-patterns`
Database queries and transactions	`golang-database`	`golang-error-handling`, `golang-security`
Build a gRPC service	`golang-grpc`	`golang-testing`, `golang-error-handling`
Build a GraphQL API	`golang-graphql`	`golang-testing`, `golang-error-handling`
Build a CLI command tree	`golang-spf13-cobra`	`golang-cli`, `golang-spf13-viper` (if config)
Layer config from flags/env/file	`golang-spf13-viper`	`golang-spf13-cobra`
Write tests	`golang-testing`	`golang-stretchr-testify` (if using testify)
Apply optimization patterns	`golang-performance`	`golang-benchmark` (measure first)
Measure with pprof / benchstat	`golang-benchmark`	`golang-performance` (fix), `golang-troubleshooting` (root cause)
Debug a panic or unexpected behavior	`golang-troubleshooting`	`golang-safety`, `golang-benchmark` (if perf-related)
Monitor in production	`golang-observability`	`golang-performance` (if SLO breach)
Audit security vulnerabilities	`golang-security`	`golang-safety`, `golang-lint`
Review formatting and style	`golang-code-style`	`golang-naming`, `golang-lint`
Configure golangci-lint	`golang-lint`	`golang-code-style`
Write godoc / README / CHANGELOG	`golang-documentation`	`golang-naming`
Set up a new project structure	`golang-project-layout`	`golang-design-patterns`, `golang-dependency-injection`, `golang-lint`
Set up CI/CD pipeline	`golang-continuous-integration`	`golang-lint`, `golang-security`
Choose a library	`golang-popular-libraries`	relevant library-specific skill
Adopt new Go language features	`golang-modernize`	`golang-lint`
Use samber/lo (slice/map helpers)	`golang-samber-lo`	`golang-data-structures`, `golang-performance`
Use samber/oops (structured errors)	`golang-samber-oops`	`golang-error-handling`
Use log/slog	`golang-samber-slog`	`golang-observability`, `golang-error-handling`
Use dependency injection	`golang-dependency-injection`	`golang-google-wire` or `golang-uber-dig` or `golang-uber-fx` or `golang-samber-do`

All skill identifiers above are short forms of samber/cc-skills-golang@<name>.

Categories at a glance

Full catalog with "use when" hooks: by-category.md

Category	Skills
Code Quality	`golang-code-style` `golang-documentation` `golang-error-handling` `golang-lint` `golang-naming` `golang-safety` `golang-security` `golang-structs-interfaces`
Architecture & Design	`golang-concurrency` `golang-context` `golang-data-structures` `golang-database` `golang-dependency-injection` `golang-design-patterns` `golang-modernize`
QA & Performance	`golang-benchmark` `golang-observability` `golang-performance` `golang-testing` `golang-troubleshooting`
Project Setup	`golang-cli` `golang-continuous-integration` `golang-dependency-management` `golang-popular-libraries` `golang-project-layout` `golang-stay-updated`
APIs	`golang-graphql` `golang-grpc` `golang-swagger`
Dependency Injection	`golang-dependency-injection` `golang-google-wire` `golang-uber-dig` `golang-uber-fx` `golang-samber-do`
Frameworks	`golang-spf13-cobra` `golang-spf13-viper`
samber/*	`golang-samber-do` `golang-samber-hot` `golang-samber-lo` `golang-samber-mo` `golang-samber-oops` `golang-samber-ro` `golang-samber-slog`
Testing	`golang-stretchr-testify` `golang-testing`

Competing clusters — boundary lines

Full boundary tables with routing examples: disambiguation.md

Key clusters and their owners:

Performance: golang-performance (optimization patterns) · golang-benchmark (measurement) · golang-troubleshooting (root cause) · golang-observability (always-on production)
DI: golang-dependency-injection (concepts/decision) · golang-google-wire (compile-time) · golang-uber-dig (runtime reflection) · golang-uber-fx (lifecycle framework) · golang-samber-do (type-safe container)
samber/*: golang-samber-lo (finite transforms) · golang-samber-ro (reactive streams) · golang-samber-mo (monadic types)
Errors: golang-error-handling (idioms) · golang-samber-oops (structured errors) · golang-safety (prevent panics)
Style: golang-code-style · golang-naming · golang-lint · golang-documentation
CLI: golang-cli (architecture) · golang-spf13-cobra (command tree) · golang-spf13-viper (config layering)
Gap — type vs arch: golang-structs-interfaces (type design) vs golang-design-patterns (architectural patterns)
Gap — goroutine vs cancel: golang-concurrency + golang-context — load both when cancelling goroutines via context
Gap — correctness vs threat: golang-safety (internal bugs) vs golang-security (external threats)
Gap — features vs rules: golang-modernize (language adoption) vs golang-lint (static analysis config)