fix-loop

Autonomous review-fix cycles automate this by extracting scope from changes or commits, running baseline tests, and applying targeted fixes iteratively. The process enforces a hard iteration cap and requires confirmation before committing any fixes.

An autonomous review-fix cycle identifies critical code issues and applies targeted fixes iteratively until tests pass. It determines scope from recent commits or explicit input, runs a pre-fix baseline test, and enforces safety rails to limit destructive actions.

Automated bug fixing runs a pre-fix baseline test before making changes to distinguish pre-existing failures from new regressions. This ensures iterative fix cycles address critical findings without masking unrelated test breaks.

Automated code review does not require manual file specification. It automatically determines review scope by extracting changes from recent commits, identifying modified files, or accepting explicit user input to target the review accurately.

An automated bug fix loop attempts up to five iterations within a hard cap before stopping. This controlled limit focuses strictly on critical findings to avoid overreach and enforces safety rails throughout the process.

Safety guards during automated code fixes limit destructive actions and require explicit confirmation before committing fixes. These safety rails are built into the iterative review-fix workflow to prevent uncontrolled modifications to the software project.