Ubuntu Manpage: git-revise - Efficiently update, split, and rearrange git commits

NAME

       git-revise - Efficiently update, split, and rearrange git commits

SYNOPSIS

       git revise [<options>] [<target>]

DESCRIPTION

       git  revise is a git(1) subcommand to efficiently update, split, and rearrange commits. It
       is heavily inspired by git-rebase(1), however tries to be more efficient and ergonomic for
       patch-stack oriented workflows.

       By  default,  git  revise will apply staged changes to <target>, updating HEAD to point at
       the revised history. It also supports splitting commits, rewording commit messages.

       Unlike git-rebase(1), git revise avoids  modifying  working  directory  and  index  state,
       performing  all  merges in-memory, and only writing them when necessary. This allows it to
       be significantly faster on large codebases, and avoid invalidating builds.

       If --autosquash or --interactive is specified, the <target> argument is optional. If it is
       omitted, git revise will consider a range of unpublished commits on the current branch.

OPTIONS

General options
-a, --all
Stage changes to tracked files before revising.

--no-index
Ignore staged changes in the index.

--reauthor
Reset target commit's author to the current user.

--ref <gitref>
Working branch to update; defaults to HEAD.

Main modes of operation
-i, --interactive
Rather than applying staged changes to <target>, edit a todo list of actions to
perform on commits after <target>. See INTERACTIVE MODE.

--autosquash, --no-autosquash
Rather than directly applying staged changes to <target>, automatically perform
fixup or squash actions marked with fixup! or squash! between <target> and the
current HEAD. For more information on what these actions do, see INTERACTIVE MODE.

These commits are usually created with git commit --fixup=<commit> or git commit
--squash=<commit>, and identify the target with the first line of its commit
message.

This option can be combined with --interactive to modify the generated todos before
they're executed.

If the --autosquash option is enabled by default using a configuration variable,
the option --no-autosquash can be used to override and disable this setting. See
CONFIGURATION.

-c, --cut
Interactively select hunks from <target>. The chosen hunks are split into a second
commit immediately after the target.

After splitting is complete, both commits' messages are edited.

See the "Interactive Mode" section of git-add(1) to learn how to operate this mode.

-e, --edit
After applying staged changes, edit <target>'s commit message.

This option can be combined with --interactive to allow editing of commit messages
within the todo list. For more information on, see INTERACTIVE MODE.

-m <msg>, --message <msg>
Use the given <msg> as the new commit message for <target>. If multiple -m options
are given, their values are concatenated as separate paragraphs.

--version
Print version information and exit.

CONFIGURATION

       Configuration is managed by git-config(1).

       revise.autoSquash
              If set to true, imply --autosquash whenever --interactive is specified.  Overridden
              by  --no-autosquash.  Defaults to false. If not set, the value of rebase.autoSquash
              is used instead.

CONFLICT RESOLUTION

       When a conflict is encountered, git revise will attempt to resolve it automatically  using
       standard  git  mechanisms.  If  automatic  resolution  fails, the user will be prompted to
       resolve them manually.

       There is currently no support for using git-mergetool(1) to resolve conflicts.

       No attempt is made to detect renames of files  or  directories.  git  revise  may  produce
       suboptimal  results  across renames. Use the interactive mode of git-rebase(1) when rename
       tracking is important.

NOTES

       A successful git revise will add a single entry to the reflog, allowing it  to  be  undone
       with  git  reset @{1}. Unsuccessful git revise commands will leave your repository largely
       unmodified.

       No merge commits may occur between the target commit and HEAD, as rewriting  them  is  not
       supported.

       See  git-rebase(1)  for  more  information  on  the implications of modifying history on a
       repository that you share.

INTERACTIVE MODE

git revise supports an interactive mode inspired by the interactive mode of git-rebase(1).

This mode is started with the last commit you want to retain "as-is":

git revise -i <after-this-commit>

An editor will be fired up with the commits in your current branch after the given commit.
If the index has any staged but uncommitted changes, a <git index> entry will also be
present.

pick 8338dfa88912 Oneline summary of first commit
pick 735609912343 Summary of second commit
index 672841329981 <git index>

These commits may be re-ordered to change the order they appear in history. In addition,
the pick and index commands may be replaced to modify their behaviour.

If -e was specified, the full commit message will be included, and each command line will
begin with a ++. Any changes made to the commit messages in this file will be applied to
the commit in question, allowing for simultaneous editing of commit messages during the
todo editing phase.

++ pick 8338dfa88912
Oneline summary of first commit

Body of first commit

++ pick 735609912343
Summary of second commit

Body of second commit

++ index 672841329981
<git index>

The following commands are supported in all interactive modes:

index Do not commit these changes, instead leaving them staged in the index. Index lines
must come last in the file.

pick Use the given commit as-is in history. When applied to the generated index entry,
the commit will have the message <git index>.

fixup Add the commit's changes into the previous commit, discarding its commit message.

squash Like fixup, but also open an editor to merge the commits' messages.

reword Open an editor to modify the commit message.

cut Interactively select hunks from the commit. The chosen hunks are split into a
second commit immediately after it.