go-coding-standards

Enforce idiomatic Go coding standards by configuring gofmt, goimports, and golangci-lint to validate error handling, concurrency patterns, and code formatting automatically. This skill automates setup and validation during code reviews, CI pipelines, and onboarding to ensure consistent, production-ready Go code.

Proper error handling in Go uses explicit error checks, sentinel errors, and error wrapping with context. This approach enables clear diagnostics, reduces bugs, and improves debugging by ensuring errors propagate with meaningful information throughout your codebase.

Safe concurrency in Go relies on goroutine patterns, channel communication, and context management to build reliable systems. This skill provides tested patterns that prevent race conditions and ensure proper resource cleanup in multi-threaded applications.

Yes, these coding standards apply to Go projects of any scale—from small tools to large microservices. The automated formatting and linting work equally well during new project setup, refactoring, and CI validation regardless of codebase complexity.

Table-driven tests in Go organize test cases into data structures, making tests more maintainable and comprehensive. This pattern reduces boilerplate, improves readability, and ensures thorough coverage of edge cases and error conditions.

Manage Go dependencies securely using semantic versioning and go mod tidy to validate and lock versions. This skill enforces dependency hygiene as part of coding standards, preventing supply-chain risks and maintaining reproducible builds.