--------
[verse]
'git-format-patch' [-k] [-o <dir> | --stdout] [--thread]
- [--attach[=<boundary>] | --inline[=<boundary>]]
- [-s | --signoff] [<common diff options>]
- [-n | --numbered | -N | --no-numbered]
- [--start-number <n>] [--numbered-files]
- [--in-reply-to=Message-Id] [--suffix=.<sfx>]
- [--ignore-if-in-upstream]
- [--subject-prefix=Subject-Prefix]
+ [--attach[=<boundary>] | --inline[=<boundary>]]
+ [-s | --signoff] [<common diff options>]
+ [-n | --numbered | -N | --no-numbered]
+ [--start-number <n>] [--numbered-files]
+ [--in-reply-to=Message-Id] [--suffix=.<sfx>]
+ [--ignore-if-in-upstream]
+ [--subject-prefix=Subject-Prefix]
+ [--cc=<email>]
+ [--cover-letter]
[ <since> | <revision range> ]
DESCRIPTION
allows for useful naming of a patch series, and can be
combined with the --numbered option.
+--cc=<email>::
+ Add a "Cc:" header to the email headers. This is in addition
+ to any configured headers, and may be used multiple times.
+
+--cover-letter::
+ Generate a cover letter template. You still have to fill in
+ a description, but the shortlog and the diffstat will be
+ generated for you.
+
--suffix=.<sfx>::
Instead of using `.patch` as the suffix for generated
filenames, use specified suffix. A common alternative is
the first letter does not have to be a dot. Leaving it empty would
not add any suffix.
+--no-binary::
+ Don't output contents of changes in binary files, just take note
+ that they differ. Note that this disable the patch to be properly
+ applied. By default the contents of changes in those files are
+ encoded in the patch.
+
CONFIGURATION
-------------
You can specify extra mail header lines to be added to each message
subjectprefix = CHANGE
suffix = .txt
numbered = auto
+ cc = <email>
------------
EXAMPLES
--------
-git-format-patch -k --stdout R1..R2 | git-am -3 -k::
- Extract commits between revisions R1 and R2, and apply
- them on top of the current branch using `git-am` to
- cherry-pick them.
-
-git-format-patch origin::
- Extract all commits which are in the current branch but
- not in the origin branch. For each commit a separate file
- is created in the current directory.
-
-git-format-patch \--root origin::
- Extract all commits that lead to 'origin' since the
- inception of the project.
-
-git-format-patch -M -B origin::
- The same as the previous one. Additionally, it detects
- and handles renames and complete rewrites intelligently to
- produce a renaming patch. A renaming patch reduces the
- amount of text output, and generally makes it easier to
- review it. Note that the "patch" program does not
- understand renaming patches, so use it only when you know
- the recipient uses git to apply your patch.
-
-git-format-patch -3::
- Extract three topmost commits from the current branch
- and format them as e-mailable patches.
+* Extract commits between revisions R1 and R2, and apply them on top of
+the current branch using `git-am` to cherry-pick them:
++
+------------
+$ git format-patch -k --stdout R1..R2 | git-am -3 -k
+------------
+
+* Extract all commits which are in the current branch but not in the
+origin branch:
++
+------------
+$ git format-patch origin
+------------
++
+For each commit a separate file is created in the current directory.
+
+* Extract all commits that lead to 'origin' since the inception of the
+project:
++
+------------
+$ git format-patch \--root origin
+------------
+
+* The same as the previous one:
++
+------------
+$ git format-patch -M -B origin
+------------
++
+Additionally, it detects and handles renames and complete rewrites
+intelligently to produce a renaming patch. A renaming patch reduces
+the amount of text output, and generally makes it easier to review it.
+Note that the "patch" program does not understand renaming patches, so
+use it only when you know the recipient uses git to apply your patch.
+
+* Extract three topmost commits from the current branch and format them
+as e-mailable patches:
++
+------------
+$ git format-patch -3
+------------
See Also
--------