Otherwise, combine all commits into one new non-merge commit on the target branch. Squash, fast-forward only ( -squash -ff-only): If the source branch is out of date with the target branch, reject the merge request. Squash ( -squash): Combine all commits into one new non-merge commit on the target branch.The PR branch is not modified by this operation. Fast-forwards the target branch with the resulting commits. Rebase, fast-forward ( rebase + merge -ff-only): Commits from the source branch onto the target branch, creating a new non-merge commit for each incoming commit.Creates a merge commit to update the target branch. Rebase, merge (rebase + merge -no-ff) : Commits from the source branch onto the target branch, creating a new non-merge commit for each incoming commit.Otherwise, update the target branch to the latest commit on the source branch. Fast-forward only ( -ff-only): If the source branch is out of date with the target branch, reject the merge request.Fast-forward ( -ff): If the source branch is out of date with the target branch, create a merge commit.Merge commit ( -no-ff) DEFAULT: Always create a new merge commit and update the target branch to it, even if the source branch is already up to date with the target branch.The merge strategies available in Bitbucket are: Note that when you restrict changes, any custom settings saved at the repository-level are deleted and the repositories inherit project settings. Starting from Bitbucket 8.10, project admins can also restrict changes to repository-level settings. Later when you modify project settings, only settings in repositories that are set to inherit the project-level setting change to match the project merge strategy settings. Repository admins can either choose to inherit the project-level settings or override it by configuring custom settings at the repository level. You can also allow users to choose a merge strategy from the merge dialog when they create a pull request.This page describes how to configure which merge strategies are available to your users, and briefly describes the merge strategies available.īy default, merge strategy settings from the project level are inherited by the repositories. Git merge strategies affect the way the Git history appears after merging a pull request. With Bitbucket, you can choose which merge strategies to allow, and enable one or more merge strategies for all repositories in a project or for an individual repository. At that point you may wish to manually fast-forward the target branch, or simply attempt the pull request merge again using the web interface. The Git client can then facilitate resolution of these conflicts, finalize the local rebase and be pushed to the server. To resolve such conflicts, check out the target branch locally and attempt to apply the rebase. When a conflict occurs,Bitbucket Data Center and Server will leave the repository as it was before attempting to apply the merge. Conflicts can happen with any of these merge strategies.
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