fix-merge-conflicts

Resolving git merge conflicts requires detecting conflicting files and removing conflict markers with minimal, correctness-first edits. This process brings your branch to a buildable, testable state by preserving both sides when safe or selecting the variant most likely to compile.

Fixing unresolved merge conflicts after a rebase involves applying behavior-preserving choices that keep public behavior stable. This means selecting the variant most likely to compile, regenerating lockfiles via package manager tools, and running compile, lint, and relevant tests for validation.

Yes, resolving git conflicts properly requires running tests and CI validation afterwards to ensure the code is buildable. Regenerating lockfiles with package manager tools and running compile, lint, and relevant tests verifies that the resolution choices maintain codebase correctness.

To regenerate lockfiles after fixing git conflict markers, use package manager tools to rebuild the dependency tree once markers are removed. This ensures dependency consistency before you run compile, lint, and tests to validate the overall codebase repair.

Your branch may fail to compile after removing git conflict markers because the selected code variants are incompatible or lockfiles are stale. Correctness-first resolution requires regenerating lockfiles via package manager tools and running compile and lint validation to catch these issues.