qa-best-practices

To run comprehensive QA for a Go backend feature, execute static analysis, unit tests, integration tests, end-to-end tests, and infrastructure checks. Initiate the process using the command 'qa-best-practices run feature-name' to validate code quality, error handling, and architecture compliance.

Mutation testing in a Go codebase evaluates unit test effectiveness by automatically modifying code to verify if existing tests detect the introduced faults. This ensures extensive test coverage and validates that your testing suite catches actual logic errors.

Yes, you need golangci-lint and go-mutesting installed to validate Go code quality. The process requires go-fmt, go-vet, golangci-lint, and go-mutesting to perform automated static analysis and mutation testing for ensuring compliance with best practices.

Yes, you can verify MongoDB and RabbitMQ infrastructure health during Go end-to-end testing. The QA process includes infrastructure verification checks to ensure the proper functioning of MongoDB, RabbitMQ, and other backend components before feature release.

The best way to document bugs found during Go static code analysis is to generate a comprehensive QA report with detailed bug documentation, reproducible steps, and evidence. This ensures all findings and conclusions are thoroughly examined and recorded for release preparation.

Golangci-lint reports concurrency issues in your Go backend because static analysis enforces compliance with best practices in code quality, error handling, and concurrency. Identifying these common issues before they become problems ensures the highest quality for backend features.