git revert conflicts when Git cannot apply an earlier commit’s inverse changes cleanly to the files as they exist now. Later edits may have changed the same lines—or the surrounding context—so Git cannot determine the intended result automatically. Revert does not erase the old commit: it records a new commit that reverses its changes.
Why does Git revert cause conflicts?
Git calculates changes introduced by the commit you want to undo, then attempts to apply the opposite changes to the current tree. If the relevant lines and context still match, Git can usually apply that inverse patch. If subsequent work changed the same area, the inverse may no longer fit cleanly. Git stops rather than choosing which content to keep.
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This is an application of Git’s general conflict behavior: when changes overlap in a way Git cannot reconcile automatically, it asks you to resolve the result. Some parts of the revert may already have been applied even while other paths remain conflicted.
How to fix a revert conflict
Start with a clean working tree when beginning a revert. Git documents that as a precondition; it also helps distinguish the revert’s changes from unrelated work.
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Check the operation and affected paths with
git status. Preserve any unrelated work before proceeding. -
Inspect each conflicted file and its diff. Git may have applied the non-conflicting portions already.
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Edit each file to produce the final content you intend to keep. Remove conflict markers such as
<<<<<<<,=======, and>>>>>>>; do not simply choose a side without checking whether that preserves the desired result.Do these 3 things before closing this tab:
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Stage each resolved file with
git add <file>. -
Finish the revert with
git revert --continue.
What do the revert sequencer options do?
| Command | Effect |
|---|---|
git revert --continue |
Continues and completes the operation after you resolve and stage conflicts. |
git revert --skip |
Omits the current commit while processing a sequence of reverts. |
git revert --abort |
Cancels the current revert sequence and returns to the state before that sequence began. |
git revert --quit |
Clears the sequencer’s operation state without performing the same rollback as abort. |
For a single conflicted revert you intend to complete, resolve and stage the files, then use --continue. If you want to cancel the sequence, use --abort. Use --skip only when omitting the current commit is actually your intent.
How is revert different from reset or restore?
| Command | What it does |
|---|---|
git revert |
Records a new commit that reverses changes from an existing commit; the original commit remains in history. |
git reset |
Moves or adjusts the current history or index state, depending on the options used. |
git restore |
Copies file contents from a source into the working tree or index. |
These commands are not interchangeable. In particular, do not treat git revert as equivalent to git reset --hard. Reset and restore can discard uncommitted changes depending on how they are used, so check their effects before running them.
What changes when you revert a merge commit?
A merge commit has more than one parent, so Git needs you to specify which parent is the mainline perspective to retain. The syntax is git revert -m <parent-number> <merge-commit>. Identify the intended parent before running it.
Reverting a merge records that the tree changes brought in by that merge are unwanted. This affects later merges: Git will bring in only changes from commits that are not ancestors of the reverted merge. Because that behavior can affect future branch integration, do not choose a mainline parent by guesswork.
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Official Git references
- Git Project: git-revert documentation — revert behavior, options, and merge reverts.
- Git Project: git-cherry-pick documentation — sequencer conflict state and continuation behavior relevant to applying changes.
- Git Project: git-merge documentation — how Git handles changes it cannot reconcile automatically.
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