add-buildkit-fix

To add auto-fix capabilities to BuildKit linter rules in Go, you need to implement suggested fixes for identified violations, write unit and integration tests, and update project documentation. This process requires a Go development environment and familiarity with the tally project structure to guide code modifications effectively.

The BuildKit auto-fix mechanism handles Dockerfile stage name violations by verifying if a specific rule is currently flagged, then guiding the developer through creating the necessary Go code to automatically correct the issue. This includes steps for testing the fix and ensuring it integrates correctly with the existing linter framework.

Yes, you need a Go development environment to implement BuildKit linter auto-fixes. The implementation process requires writing Go code to create the auto-fix logic, followed by developing unit and integration tests to verify that the corrections work as intended within the tally project structure.

The best way to verify if a specific BuildKit rule is flagged as a violation is to use rule verification steps within the tally project. This confirms the rule is actively triggering before you proceed with implementing the Go code necessary to apply the automatic fix.

When implementing an auto-fix for a BuildKit linter rule, you must write both unit and integration tests to ensure the fix works correctly. This testing validates that the Go code modifications accurately resolve the identified Dockerfile violations without introducing regressions.