git-conflict-resolve

name	git-conflict-resolve
title	Git Conflict Resolve
description	Resolves merge and rebase conflicts by preserving both sides' intent.
category	code-review
tags	["git","merge","rebase","conflicts"]
trust	official
version	0.1.0
license	MIT
author	gnanam

Git Conflict Resolve

Walk through merge, rebase, or cherry-pick conflicts one block at a time. Figure out what each side was trying to do, pick the resolution that preserves both intents, and flag the ones where you genuinely have to ask the user.

Use this skill when

• The user has a merge, rebase, or cherry-pick conflict and asks for help resolving it.
• The user pastes a file containing <<<<<<<, =======, >>>>>>> conflict markers.
• The user says their rebase is stuck or that git is asking them to resolve something.
• The user asks how to merge two specific branches when conflicts are known to exist.

Do NOT use this skill when

• The user wants to write a commit message (use commit-message-craft).
• No conflict has happened yet — questions like "will these branches conflict?" call for inspecting the diff, not running this skill.
• The user wants general git tutorials or strategy advice — this skill resolves an in-progress operation, not theory.

Procedure

1. Check the state. Don't assume what operation is in progress.
   • git status to see which files are conflicted and which operation triggered the conflict (merge / rebase / cherry-pick / revert).
   • git log --oneline --graph --decorate -20 to see how the two branches diverged.
   • git diff --cc <file> for each conflicted file. The "combined diff" view is more readable than the raw <<<<<<< markers — it shows only the lines that actually differ from both sides.
2. For each conflict block, name both sides' intent. The conflict marker shows you two competing edits; the question is what each was trying to accomplish.
   • HEAD's version (above =======) — what's the current branch trying to do?
   • The incoming version (below =======, before >>>>>>>) — what's the branch being merged in trying to do?
   • Then classify the block: same goal, different style (pick one — see step 3); different, independent goals (keep both, ordered naturally); or logical conflict — one side renames or removes a thing the other relies on — in which case STOP and ask the user which intent wins. Never guess on a logical conflict.
3. Pick the resolution strategy per block.
   • For style-only conflicts, scan recent commits (git log -p -10 -- <file>) to learn the file's dominant style and match it.
   • For semantic conflicts where both sides should land, write the merged version that does both things. Move imports, reorder symbol declarations, and combine option objects as needed.
   • For logical conflicts, write the question for the user as specifically as possible: name the lines, name both intents, and ask which one wins.
4. Order multi-file resolution from leaves to roots. Config and constant files first, then libraries / shared utilities, then the call sites. Resolving call sites before the underlying API is settled tends to produce conflicts inside conflicts.
5. Verify after resolving. Don't git add blind.
   • git diff <file> to confirm the resolved content matches the combined intent and has no stray markers.
   • If the project has tests for the touched area, run them now (bun test, pytest <path>, etc.) — the cheapest correctness check is at conflict-resolution time, not after --continue.
6. Stage and continue with the right command for the operation. git add <files> for each, then: mid-rebase git rebase --continue; mid-merge git commit (the message is already prepared); mid-cherry-pick git cherry-pick --continue; mid-revert git revert --continue. Don't run git commit --amend mid-rebase — let --continue drive it.
7. If everything goes sideways, the escape hatches are git rebase --abort / git merge --abort / git cherry-pick --abort. They restore the pre-operation state cleanly; suggest them explicitly when the user is stuck rather than digging deeper.

Examples

In scope: a user pastes a file with three conflict marker blocks in src/config.ts.

→ Run git status (to confirm which operation), git diff --cc src/config.ts (to read the combined view), and walk each block in order. For block 1 (different env-var defaults), the two sides have the same intent — pick the value from the more recent commit on the relevant branch. For block 2 (one side adds a new feature flag, the other doesn't touch it), keep both. For block 3 (one side renames timeoutMs to timeoutSeconds and rescales, the other adds a new caller using the old name), stop and ask which name wins before touching it.

In scope: "I'm rebasing onto main and have three conflicts."

→ git status first to confirm which three files. Resolve in the order config → shared utility → caller. After each, run git diff <file> and re-run any tests touching that file before moving to the next. git rebase --continue at the end, not between each file.

Out of scope: "should I use merge or rebase for this branch?"

→ General strategy question, not an in-progress resolution. Tell the user this skill resolves conflicts; ask whether they're mid-operation, and offer to continue from there if they trigger the conflict.

Self-check before responding

• Did I identify both sides' intent for each block, not just "HEAD vs theirs"?
• Did I classify each block as same-goal / independent / logical conflict before resolving?
• Did I flag the logical conflicts to the user instead of guessing?
• Did I propose git diff <file> (and tests where cheap) to verify each resolution before staging?
• Did I name the correct continue command for the operation (rebase --continue vs commit vs cherry-pick --continue vs revert --continue)?
• For multi-file conflicts, did I propose a resolution order (leaves to roots)?
• Did I leave the user a path back (--abort) if the resolution goes wrong?