golang-modernize

Modernize a Go codebase by replacing outdated APIs and tooling with safer, current idiomatic equivalents. This process targets concurrency, testing, filesystem safety, JSON tags, and routing to produce version-aware recommendations aligned to the project's Go directive.

Upgrading Go standard library APIs safely involves prioritizing security and correctness fixes like path traversal protection and vulnerability checks before cosmetic refactors. Recommendations must match the project's Go version to avoid suggesting features that are not yet available.

Refactor Go code for concurrency safety and better testing by applying targeted updates to standard library APIs and benchmark configurations. This approach improves test reliability and refreshes build tooling without requiring unnecessary large-scale refactors.

Go modernization works with older project versions by generating version-aware recommendations that respect the project's Go directive. It avoids suggesting features that are not yet available in the target version, ensuring safety and correctness for legacy codebases.

You should avoid automated Go refactoring when a project requires large-scale architectural changes rather than targeted modernization. This approach prioritizes high-value code fixes, dependency cleanup, and CI refreshes without unnecessary structural refactors.

Refresh Go CI pipelines and dependency maintenance by identifying outdated tooling and applying current standard library upgrades. This yields prioritized, version-safe recommendations that improve build reliability and clean up project dependencies.