fix-merge-conflicts

To resolve git merge conflicts reliably, conflicting files are detected and corrected with minimal, correctness-first edits. The repository is then validated by regenerating lockfiles and running compile, lint, and test verifications before staging the final resolved files.

Handling unresolved git conflict markers after a rebase requires deterministic, correctness-first finalization. The process eliminates conflict markers by preserving both sides when safe or selecting the variant most likely to compile, ensuring public behavior remains stable.

Lockfile regeneration during merge conflict resolution involves using package manager tooling to rebuild affected lockfiles after eliminating conflict markers. This ensures dependencies are synchronized before running compile, lint, and test validation to reach a buildable state.

Automated conflict resolution can be performed without risky broad refactors by applying minimal readable edits to conflicting files. It prioritizes correctness-first decisioning to preserve both sides of a conflict when safe, otherwise selecting the variant most likely to compile.

Build validation fails after manually fixing git merge conflicts when lockfiles are not regenerated or conflict markers remain. A clean, buildable state requires regenerating lockfiles via package manager tools and verifying compile, lint, and test outcomes before staging.