SYNOPSIS
--------
[verse]
-'git-add' [-n] [-v] [--force | -f] [--interactive | -i] [--patch | -p]
+'git add' [-n] [-v] [--force | -f] [--interactive | -i] [--patch | -p]
[--update | -u] [--refresh] [--ignore-errors] [--]
<filepattern>...
SYNOPSIS
--------
[verse]
-'git-am' [--signoff] [--keep] [--utf8 | --no-utf8]
+'git am' [--signoff] [--keep] [--utf8 | --no-utf8]
[--3way] [--interactive] [--binary]
[--whitespace=<option>] [-C<n>] [-p<n>]
<mbox>|<Maildir>...
-'git-am' [--skip | --resolved]
+'git am' [--skip | --resolved]
DESCRIPTION
-----------
SYNOPSIS
--------
-git-annotate [options] file [revision]
+git annotate [options] file [revision]
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-apply' [--stat] [--numstat] [--summary] [--check] [--index]
+'git apply' [--stat] [--numstat] [--summary] [--check] [--index]
[--apply] [--no-add] [--build-fake-ancestor <file>] [-R | --reverse]
[--allow-binary-replacement | --binary] [--reject] [-z]
[-pNUM] [-CNUM] [--inaccurate-eof] [--recount] [--cached]
SYNOPSIS
--------
[verse]
-'git-archimport' [-h] [-v] [-o] [-a] [-f] [-T] [-D depth] [-t tempdir]
+'git archimport' [-h] [-v] [-o] [-a] [-f] [-T] [-D depth] [-t tempdir]
<archive/branch>[:<git-branch>] ...
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git
-archive' --format=<fmt> [--list] [--prefix=<prefix>/] [<extra>]
+'git
archive' --format=<fmt> [--list] [--prefix=<prefix>/] [<extra>]
[--remote=<repo> [--exec=<git-upload-archive>]] <tree-ish>
[path...]
git bisect log
git bisect run <cmd>...
-This command uses 'git-rev-list --bisect' option to help drive the
+This command uses 'git rev-list --bisect' option to help drive the
binary search process to find which change introduced a bug, given an
old "good" commit object name and a later "bad" commit object name.
SYNOPSIS
--------
[verse]
-'git-blame' [-c] [-b] [-l] [--root] [-t] [-f] [-n] [-s] [-p] [-w] [--incremental] [-L n,m]
+'git blame' [-c] [-b] [-l] [--root] [-t] [-f] [-n] [-s] [-p] [-w] [--incremental] [-L n,m]
[-S <revs-file>] [-M] [-C] [-C] [--since=<date>]
[<rev> | --contents <file>] [--] <file>
SYNOPSIS
--------
[verse]
-'git-branch' [--color | --no-color] [-r | -a] [--merged | --no-merged]
+'git branch' [--color | --no-color] [-r | -a] [--merged | --no-merged]
[-v [--abbrev=<length> | --no-abbrev]]
[--contains <commit>]
-'git-branch' [--track | --no-track] [-l] [-f] <branchname> [<start-point>]
-'git
-branch' (-m | -M) [<oldbranch>] <newbranch>
-'git-branch' (-d | -D) [-r] <branchname>...
+'git branch' [--track | --no-track] [-l] [-f] <branchname> [<start-point>]
+'git
branch' (-m | -M) [<oldbranch>] <newbranch>
+'git branch' (-d | -D) [-r] <branchname>...
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-bundle' create <file> <git-rev-list args>
-'git-bundle' verify <file>
-'git-bundle' list-heads <file> [refname...]
-'git-bundle' unbundle <file> [refname...]
+'git bundle' create <file> <git-rev-list args>
+'git bundle' verify <file>
+'git bundle' list-heads <file> [refname...]
+'git bundle' unbundle <file> [refname...]
DESCRIPTION
-----------
and move it afterwards to help build the bundle.
------------
-$ git-bundle create mybundle master ^lastR2bundle
+$ git bundle create mybundle master ^lastR2bundle
$ git tag -f lastR2bundle master
------------
Then you move mybundle from A to B, and in R2 on B:
------------
-$ git-bundle verify mybundle
-$ git-fetch mybundle master:localRef
+$ git bundle verify mybundle
+$ git fetch mybundle master:localRef
------------
With something like this in the config in R2:
SYNOPSIS
--------
[verse]
-'git-cat-file' [-t | -s | -e | -p | <type>] <object>
-'git-cat-file' [--batch | --batch-check] < <list-of-objects>
+'git cat-file' [-t | -s | -e | -p | <type>] <object>
+'git cat-file' [--batch | --batch-check] < <list-of-objects>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-check-attr' attr... [--] pathname...
+'git check-attr' attr... [--] pathname...
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-check-ref-format' <refname>
+'git check-ref-format' <refname>
DESCRIPTION
-----------
. colon `:` is used as in `srcref:dstref` to mean "use srcref\'s
value and store it in dstref" in fetch and push operations.
It may also be used to select a specific object such as with
- linkgit:git-cat-file[1] "git-cat-file blob v1.3.3:refs.c".
+ linkgit:git-cat-file[1] "git cat-file blob v1.3.3:refs.c".
GIT
SYNOPSIS
--------
[verse]
-'git-checkout-index' [-u] [-q] [-a] [-f] [-n] [--prefix=<string>]
+'git checkout-index' [-u] [-q] [-a] [-f] [-n] [--prefix=<string>]
[--stage=<number>|all]
[--temp]
[-z] [--stdin]
The order of the flags used to matter, but not anymore.
-Just doing `git-checkout-index` does nothing. You probably meant
-`git-checkout-index -a`. And if you want to force it, you want
-`git-checkout-index -f -a`.
+Just doing `git checkout-index` does nothing. You probably meant
+`git checkout-index -a`. And if you want to force it, you want
+`git checkout-index -f -a`.
Intuitiveness is not the goal here. Repeatability is. The reason for
the "no arguments means no work" behavior is that from scripts you are
supposed to be able to do:
----------------
-$ find . -name '*.h' -print0 | xargs -0 git-checkout-index -f --
+$ find . -name '*.h' -print0 | xargs -0 git checkout-index -f --
----------------
which will force all existing `*.h` files to be replaced with their
since git-checkout-index accepts --stdin it would be faster to use:
----------------
-$ find . -name '*.h' -print0 | git-checkout-index -f -z --stdin
+$ find . -name '*.h' -print0 | git checkout-index -f -z --stdin
----------------
The `--` is just a good idea when you know the rest will be filenames;
To update and refresh only the files already checked out::
+
----------------
-$ git-checkout-index -n -f -a && git-update-index --ignore-missing --refresh
+$ git checkout-index -n -f -a && git update-index --ignore-missing --refresh
----------------
Using `git-checkout-index` to "export an entire tree"::
Just read the desired tree into the index, and do:
+
----------------
-$ git-checkout-index --prefix=git-export-dir/ -a
+$ git checkout-index --prefix=git-export-dir/ -a
----------------
+
-`git-checkout-index` will "export" the index into the specified
+`git checkout-index` will "export" the index into the specified
directory.
+
The final "/" is important. The exported name is literally just
Export files with a prefix::
+
----------------
-$ git-checkout-index --prefix=.merged- Makefile
+$ git checkout-index --prefix=.merged- Makefile
----------------
+
This will check out the currently cached copy of `Makefile`
SYNOPSIS
--------
[verse]
-'git-checkout' [-q] [-f] [[--track | --no-track] -b <new_branch> [-l]] [-m] [<branch>]
-'git
-checkout' [<tree-ish>] <paths>...
+'git checkout' [-q] [-f] [[--track | --no-track] -b <new_branch> [-l]] [-m] [<branch>]
+'git
checkout' [<tree-ish>] <paths>...
DESCRIPTION
-----------
When <paths> are given, this command does *not* switch
branches. It updates the named paths in the working tree from
-the index file (i.e. it runs `git-checkout-index -f -u`), or
+the index file (i.e. it runs `git checkout-index -f -u`), or
from a named commit. In
this case, the `-f` and `-b` options are meaningless and giving
either of them results in an error. <tree-ish> argument can be
(`v2.6.18` in the above example).
You can use usual git commands while in this state. You can use
-`git-reset --hard $othercommit` to further move around, for
+`git reset --hard $othercommit` to further move around, for
example. You can make changes and create a new commit on top of
a detached HEAD. You can even create a merge by using `git
merge $othercommit`.
SYNOPSIS
--------
-'git-cherry-pick' [--edit] [-n] [-m parent-number] [-s] [-x] <commit>
+'git cherry-pick' [--edit] [-n] [-m parent-number] [-s] [-x] <commit>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-cherry' [-v] <upstream> [<head>] [<limit>]
+'git cherry' [-v] <upstream> [<head>] [<limit>]
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git
-clean' [-d] [-f] [-n] [-q] [-x | -X] [--] <paths>...
+'git
clean' [-d] [-f] [-n] [-q] [-x | -X] [--] <paths>...
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-clone' [--template=<template_directory>]
+'git clone' [--template=<template_directory>]
[-l] [-s] [--no-hardlinks] [-q] [-n] [--bare]
[-o <name>] [-u <upload-pack>] [--reference <repository>]
[--depth <depth>] [--] <repository> [<directory>]
SYNOPSIS
--------
-'git
-commit-tree' <tree> [-p <parent commit>]\* < changelog
+'git
commit-tree' <tree> [-p <parent commit>]\* < changelog
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-commit' [-a | --interactive] [-s] [-v] [-u<mode>] [--amend]
+'git commit' [-a | --interactive] [-s] [-v] [-u<mode>] [--amend]
[(-c | -C) <commit>] [-F <file> | -m <msg>]
[--allow-empty] [--no-verify] [-e] [--author=<author>]
[--cleanup=<mode>] [--] [[-i | -o ]<file>...]
your working tree are temporarily stored to a staging area
called the "index" with linkgit:git-add[1]. A file can be
reverted back, only in the index but not in the working tree,
-to that of the last commit with `git-reset HEAD -- <file>`,
+to that of the last commit with `git reset HEAD -- <file>`,
which effectively reverts `git-add` and prevents the changes to
this file from participating in the next commit. After building
the state to be committed incrementally with these commands,
SYNOPSIS
--------
[verse]
-'git-config' [<file-option>] [type] [-z|--null] name [value [value_regex]]
-'git-config' [<file-option>] [type] --add name value
-'git-config' [<file-option>] [type] --replace-all name [value [value_regex]]
-'git-config' [<file-option>] [type] [-z|--null] --get name [value_regex]
-'git-config' [<file-option>] [type] [-z|--null] --get-all name [value_regex]
-'git-config' [<file-option>] [type] [-z|--null] --get-regexp name_regex [value_regex]
-'git-config' [<file-option>] --unset name [value_regex]
-'git-config' [<file-option>] --unset-all name [value_regex]
-'git-config' [<file-option>] --rename-section old_name new_name
-'git-config' [<file-option>] --remove-section name
-'git-config' [<file-option>] [-z|--null] -l | --list
-'git-config' [<file-option>] --get-color name [default]
-'git-config' [<file-option>] --get-colorbool name [stdout-is-tty]
+'git config' [<file-option>] [type] [-z|--null] name [value [value_regex]]
+'git config' [<file-option>] [type] --add name value
+'git config' [<file-option>] [type] --replace-all name [value [value_regex]]
+'git config' [<file-option>] [type] [-z|--null] --get name [value_regex]
+'git config' [<file-option>] [type] [-z|--null] --get-all name [value_regex]
+'git config' [<file-option>] [type] [-z|--null] --get-regexp name_regex [value_regex]
+'git config' [<file-option>] --unset name [value_regex]
+'git config' [<file-option>] --unset-all name [value_regex]
+'git config' [<file-option>] --rename-section old_name new_name
+'git config' [<file-option>] --remove-section name
+'git config' [<file-option>] [-z|--null] -l | --list
+'git config' [<file-option>] --get-color name [default]
+'git config' [<file-option>] --get-colorbool name [stdout-is-tty]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-count-objects' [-v]
+'git count-objects' [-v]
DESCRIPTION
-----------
In addition to the number of loose objects and disk
space consumed, it reports the number of in-pack
objects, number of packs, and number of objects that can be
- removed by running `git-prune-packed`.
+ removed by running `git prune-packed`.
Author
SYNOPSIS
--------
-'git-cvsexportcommit' [-h] [-u] [-v] [-c] [-P] [-p] [-a] [-d cvsroot] [-w cvsworkdir] [-W] [-f] [-m msgprefix] [PARENTCOMMIT] COMMITID
+'git cvsexportcommit' [-h] [-u] [-v] [-c] [-P] [-p] [-a] [-d cvsroot] [-w cvsworkdir] [-W] [-f] [-m msgprefix] [PARENTCOMMIT] COMMITID
DESCRIPTION
------------
$ export GIT_DIR=~/project/.git
$ cd ~/project_cvs_checkout
-$ git-cvsexportcommit -v <commit-sha1>
+$ git cvsexportcommit -v <commit-sha1>
$ cvs commit -F .msg <files>
------------
Merge one patch into CVS (-c and -w options). The working directory is within the Git Repo::
+
------------
- $ git-cvsexportcommit -v -c -w ~/project_cvs_checkout <commit-sha1>
+ $ git cvsexportcommit -v -c -w ~/project_cvs_checkout <commit-sha1>
------------
Merge pending patches into CVS automatically -- only if you really know what you are doing::
------------
$ export GIT_DIR=~/project/.git
$ cd ~/project_cvs_checkout
-$ git-cherry cvshead myhead | sed -n 's/^+ //p' | xargs -l1 git-cvsexportcommit -c -p -v
+$ git cherry cvshead myhead | sed -n 's/^+ //p' | xargs -l1 git cvsexportcommit -c -p -v
------------
Author
SYNOPSIS
--------
[verse]
-'git-cvsimport' [-o <branch-for-HEAD>] [-h] [-v] [-d <CVSROOT>]
+'git cvsimport' [-o <branch-for-HEAD>] [-h] [-v] [-d <CVSROOT>]
[-A <author-conv-file>] [-p <options-for-cvsps>] [-P <file>]
[-C <git_repository>] [-z <fuzz>] [-i] [-k] [-u] [-s <subst>]
[-a] [-m] [-M <regex>] [-S <regex>] [-L <commitlimit>]
You should *never* do any work of your own on the branches that are
created by git-cvsimport. By default initial import will create and populate a
"master" branch from the CVS repository's main branch which you're free
-to work with; after that, you need to 'git merge' incremental imports, or
+to work with; after that, you need to 'git-merge' incremental imports, or
any CVS branches, yourself. It is advisable to specify a named remote via
-r to separate and protect the incoming branches.
Usage:
[verse]
-'git-cvsserver' [options] [pserver|server] [<directory> ...]
+'git cvsserver' [options] [pserver|server] [<directory> ...]
OPTIONS
-------
SYNOPSIS
--------
[verse]
-'git-daemon' [--verbose] [--syslog] [--export-all]
+'git daemon' [--verbose] [--syslog] [--export-all]
[--timeout=n] [--init-timeout=n] [--strict-paths]
[--base-path=path] [--user-path | --user-path=path]
[--interpolated-path=pathtemplate]
SYNOPSIS
--------
-'git-describe' [--all] [--tags] [--contains] [--abbrev=<n>] <committish>...
+'git describe' [--all] [--tags] [--contains] [--abbrev=<n>] <committish>...
DESCRIPTION
-----------
With something like git.git current tree, I get:
- [torvalds@g5 git]$ git-describe parent
+ [torvalds@g5 git]$ git describe parent
v1.0.4-14-g2414721
i.e. the current head of my "parent" branch is based on v1.0.4,
Doing a "git-describe" on a tag-name will just show the tag name:
- [torvalds@g5 git]$ git-describe v1.0.4
+ [torvalds@g5 git]$ git describe v1.0.4
v1.0.4
With --all, the command can use branch heads as references, so
SEARCH STRATEGY
---------------
-For each committish supplied "git describe" will first look for
+For each committish supplied "git-describe" will first look for
a tag which tags exactly that commit. Annotated tags will always
be preferred over lightweight tags, and tags with newer dates will
always be preferred over tags with older dates. If an exact match
is found, its name will be output and searching will stop.
-If an exact match was not found "git describe" will walk back
+If an exact match was not found "git-describe" will walk back
through the commit history to locate an ancestor commit which
has been tagged. The ancestor's tag will be output along with an
abbreviation of the input committish's SHA1.
SYNOPSIS
--------
-'git
-diff-files' [-q] [-0|-1|-2|-3|-c|--cc] [<common diff options>] [<path>...]
+'git
diff-files' [-q] [-0|-1|-2|-3|-c|--cc] [<common diff options>] [<path>...]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git
-diff-index' [-m] [--cached] [<common diff options>] <tree-ish> [<path>...]
+'git
diff-index' [-m] [--cached] [<common diff options>] <tree-ish> [<path>...]
DESCRIPTION
-----------
*what* you are going to commit, without having to write a new tree
object and compare it that way, and to do that, you just do
- git-diff-index --cached HEAD
+ git diff-index --cached HEAD
Example: let's say I had renamed `commit.c` to `git-commit.c`, and I had
done an "git-update-index" to make that effective in the index file.
-"git-diff-files" wouldn't show anything at all, since the index file
+"git diff-files" wouldn't show anything at all, since the index file
matches my working directory. But doing a "git-diff-index" does:
- torvalds@ppc970:~/git> git-diff-index --cached HEAD
+ torvalds@ppc970:~/git> git diff-index --cached HEAD
-100644 blob 4161aecc6700a2eb579e842af0b7f22b98443f74 commit.c
+100644 blob 4161aecc6700a2eb579e842af0b7f22b98443f74 git-commit.c
You can see easily that the above is a rename.
-In fact, "git-diff-index --cached" *should* always be entirely equivalent to
+In fact, "git diff-index --cached" *should* always be entirely equivalent to
actually doing a "git-write-tree" and comparing that. Except this one is much
nicer for the case where you just want to check where you are.
have not actually done a "git-update-index" on it yet - there is no
"object" associated with the new state, and you get:
- torvalds@ppc970:~/v2.6/linux> git-diff-index HEAD
+ torvalds@ppc970:~/v2.6/linux> git diff-index HEAD
*100644->100664 blob 7476bb......->000000...... kernel/sched.c
i.e., it shows that the tree has changed, and that `kernel/sched.c` has is
SYNOPSIS
--------
[verse]
-'git-diff-tree' [--stdin] [-m] [-s] [-v] [--no-commit-id] [--pretty]
+'git diff-tree' [--stdin] [-m] [-s] [-v] [--no-commit-id] [--pretty]
[-t] [-r] [-c | --cc] [--root] [<common diff options>]
<tree-ish> [<tree-ish>] [<path>...]
If you're only interested in differences in a subset of files, for
example some architecture-specific files, you might do:
- git-diff-tree -r <tree-ish> <tree-ish> arch/ia64 include/asm-ia64
+ git diff-tree -r <tree-ish> <tree-ish> arch/ia64 include/asm-ia64
and it will only show you what changed in those two directories.
Or if you are searching for what changed in just `kernel/sched.c`, just do
- git-diff-tree -r <tree-ish> <tree-ish> kernel/sched.c
+ git diff-tree -r <tree-ish> <tree-ish> kernel/sched.c
and it will ignore all differences to other files.
An example of normal usage is:
- torvalds@ppc970:~/git> git-diff-tree 5319e4......
+ torvalds@ppc970:~/git> git diff-tree 5319e4......
*100664->100664 blob ac348b.......->a01513....... git-fsck-objects.c
which tells you that the last commit changed just one file (it's from
SYNOPSIS
--------
-'git
-diff' [<common diff options>] <commit>{0,2} [--] [<path>...]
+'git
diff' [<common diff options>] <commit>{0,2} [--] [<path>...]
DESCRIPTION
-----------
Show changes between two trees, a tree and the working tree, a
tree and the index file, or the index file and the working tree.
-'git
-diff' [--options] [--] [<path>...]::
+'git
diff' [--options] [--] [<path>...]::
This form is to view the changes you made relative to
the index (staging area for the next commit). In other
compare the two files / directories. This behavior can be
forced by --no-index.
-'git
-diff' [--options] --cached [<commit>] [--] [<path>...]::
+'git
diff' [--options] --cached [<commit>] [--] [<path>...]::
This form is to view the changes you staged for the next
commit relative to the named <commit>. Typically you
would want comparison with the latest commit, so if you
do not give <commit>, it defaults to HEAD.
-'git
-diff' [--options] <commit> [--] [<path>...]::
+'git
diff' [--options] <commit> [--] [<path>...]::
This form is to view the changes you have in your
working tree relative to the named <commit>. You can
branch name to compare with the tip of a different
branch.
-'git
-diff' [--options] <commit> <commit> [--] [<path>...]::
+'git
diff' [--options] <commit> <commit> [--] [<path>...]::
This is to view the changes between two arbitrary
<commit>.
-'git
-diff' [--options] <commit>..<commit> [--] [<path>...]::
+'git
diff' [--options] <commit>..<commit> [--] [<path>...]::
This is synonymous to the previous form. If <commit> on
one side is omitted, it will have the same effect as
using HEAD instead.
-'git
-diff' [--options] <commit>\...<commit> [--] [<path>...]::
+'git
diff' [--options] <commit>\...<commit> [--] [<path>...]::
This form is to view the changes on the branch containing
and up to the second <commit>, starting at a common ancestor
- of both <commit>. "git-diff A\...B" is equivalent to
- "git-diff $(git-merge-base A B) B". You can omit any one
+ of both <commit>. "git diff A\...B" is equivalent to
+ "git diff $(git-merge-base A B) B". You can omit any one
of <commit>, which has the same effect as using HEAD instead.
Just in case if you are doing something exotic, it should be
SYNOPSIS
--------
-'git-fast-export [options]' | 'git-fast-import'
+'git fast-export [options]' | 'git fast-import'
DESCRIPTION
-----------
SYNOPSIS
--------
-frontend | 'git-fast-import' [options]
+frontend | 'git fast-import' [options]
DESCRIPTION
-----------
------------------
Like `git-push` or `git-fetch`, imports handled by fast-import are safe to
run alongside parallel `git repack -a -d` or `git gc` invocations,
-or any other Git operation (including `git prune`, as loose objects
+or any other Git operation (including `git-prune`, as loose objects
are never used by fast-import).
fast-import does not lock the branch or tag refs it is actively importing.
remove the leading part of the line, for example:
====
- frontend | git-fast-import | sed 's/^progress //'
+ frontend | git fast-import | sed 's/^progress //'
====
Placing a `progress` command immediately after a `checkpoint` will
M 777 inline bob
END_OF_INPUT
- $ git-fast-import <in
+ $ git fast-import <in
fatal: Corrupt mode: M 777 inline bob
fast-import: dumping crash report to .git/fast_import_crash_8434
SYNOPSIS
--------
-'git-fetch-pack' [--all] [--quiet|-q] [--keep|-k] [--thin] [--include-tag] [--upload-pack=<git-upload-pack>] [--depth=<n>] [--no-progress] [-v] [<host>:]<directory> [<refs>...]
+'git fetch-pack' [--all] [--quiet|-q] [--keep|-k] [--thin] [--include-tag] [--upload-pack=<git-upload-pack>] [--depth=<n>] [--no-progress] [-v] [<host>:]<directory> [<refs>...]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-fetch' <options> <repository> <refspec>...
+'git fetch' <options> <repository> <refspec>...
DESCRIPTION
The ref names and their object names of fetched refs are stored
in `.git/FETCH_HEAD`. This information is left for a later merge
-operation done by "git merge".
+operation done by "git-merge".
When <refspec> stores the fetched result in tracking branches,
the tags that point at these branches are automatically
SYNOPSIS
--------
[verse]
-'git-filter-branch' [--env-filter <command>] [--tree-filter <command>]
+'git filter-branch' [--env-filter <command>] [--tree-filter <command>]
[--index-filter <command>] [--parent-filter <command>]
[--msg-filter <command>] [--commit-filter <command>]
[--tag-name-filter <command>] [--subdirectory-filter <directory>]
To restrict rewriting to only part of the history, specify a revision
range in addition to the new branch name. The new branch name will
-point to the top-most revision that a 'git rev-list' of this range
+point to the top-most revision that a 'git-rev-list' of this range
will print.
*NOTE* the changes introduced by the commits, and which are not reverted
SYNOPSIS
--------
[verse]
-git-fmt-merge-msg [--log | --no-log] <$GIT_DIR/FETCH_HEAD
-git-fmt-merge-msg [--log | --no-log] -F <file>
+git fmt-merge-msg [--log | --no-log] <$GIT_DIR/FETCH_HEAD
+git fmt-merge-msg [--log | --no-log] -F <file>
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-for-each-ref' [--count=<count>] [--shell|--perl|--python|--tcl]
+'git for-each-ref' [--count=<count>] [--shell|--perl|--python|--tcl]
[--sort=<key>]\* [--format=<format>] [<pattern>...]
DESCRIPTION
------------
#!/bin/sh
-git-for-each-ref --count=3 --sort='-*authordate' \
+git for-each-ref --count=3 --sort='-*authordate' \
--format='From: %(*authorname) %(*authoremail)
Subject: %(*subject)
Date: %(*authordate)
------------
#!/bin/sh
-git-for-each-ref --shell --format="ref=%(refname)" refs/heads | \
+git for-each-ref --shell --format="ref=%(refname)" refs/heads | \
while read entry
do
eval "$entry"
fi
'
-eval=`git-for-each-ref --shell --format="$fmt" \
+eval=`git for-each-ref --shell --format="$fmt" \
--sort='*objecttype' \
--sort=-taggerdate \
refs/tags`
SYNOPSIS
--------
[verse]
-'git-format-patch' [-k] [-o <dir> | --stdout] [--thread]
+'git format-patch' [-k] [-o <dir> | --stdout] [--thread]
[--attach[=<boundary>] | --inline[=<boundary>]]
[-s | --signoff] [<common diff options>]
[-n | --numbered | -N | --no-numbered]
SYNOPSIS
--------
-'git-fsck-objects' ...
+'git fsck-objects' ...
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-fsck' [--tags] [--root] [--unreachable] [--cache] [--no-reflogs]
+'git fsck' [--tags] [--root] [--unreachable] [--cache] [--no-reflogs]
[--full] [--strict] [--verbose] [--lost-found] [<object>*]
DESCRIPTION
So for example
- git-fsck --unreachable HEAD $(cat .git/refs/heads/*)
+ git fsck --unreachable HEAD $(cat .git/refs/heads/*)
will do quite a _lot_ of verification on the tree. There are a few
extra validity tests to be added (make sure that tree objects are
SYNOPSIS
--------
-'git-gc' [--aggressive] [--auto] [--quiet]
+'git gc' [--aggressive] [--auto] [--quiet]
DESCRIPTION
-----------
few hundred changesets or so.
--auto::
- With this option, `git gc` checks whether any housekeeping is
+ With this option, `git-gc` checks whether any housekeeping is
required; if not, it exits without performing any work.
Some git commands run `git gc --auto` after performing
operations that could create many loose objects.
kept. This defaults to 15 days.
The optional configuration variable 'gc.packrefs' determines if
-`git gc` runs `git-pack-refs`. This can be set to "nobare" to enable
+`git-gc` runs `git-pack-refs`. This can be set to "nobare" to enable
it within all non-bare repos or it can be set to a boolean value.
This defaults to true.
SYNOPSIS
--------
-'git-get-tar-commit-id' < <tarfile>
+'git get-tar-commit-id' < <tarfile>
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git-grep' [--cached]
+'git grep' [--cached]
[-a | --text] [-I] [-i | --ignore-case] [-w | --word-regexp]
[-v | --invert-match] [-h|-H] [--full-name]
[-E | --extended-regexp] [-G | --basic-regexp]
SYNOPSIS
--------
-'git-hash-object' [-t <type>] [-w] [--stdin | --stdin-paths] [--] <file>...
+'git hash-object' [-t <type>] [-w] [--stdin | --stdin-paths] [--] <file>...
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-http-fetch' [-c] [-t] [-a] [-d] [-v] [-w filename] [--recover] [--stdin] <commit> <url>
+'git http-fetch' [-c] [-t] [-a] [-d] [-v] [-w filename] [--recover] [--stdin] <commit> <url>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-http-push' [--all] [--dry-run] [--force] [--verbose] <url> <ref> [<ref>...]
+'git http-push' [--all] [--dry-run] [--force] [--verbose] <url> <ref> [<ref>...]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-imap-send'
+'git imap-send'
DESCRIPTION
Typical usage is something like:
-git-format-patch --signoff --stdout --attach origin | git-imap-send
+git format-patch --signoff --stdout --attach origin | git imap-send
CONFIGURATION
SYNOPSIS
--------
[verse]
-'git
-index-pack' [-v] [-o <index-file>] <pack-file>
-'git-index-pack' --stdin [--fix-thin] [--keep] [-v] [-o <index-file>]
+'git
index-pack' [-v] [-o <index-file>] <pack-file>
+'git index-pack' --stdin [--fix-thin] [--keep] [-v] [-o <index-file>]
[<pack-file>]
SYNOPSIS
--------
-'git
-init-db' [-q | --quiet] [--template=<template_directory>] [--shared[=<permissions>]]
+'git
init-db' [-q | --quiet] [--template=<template_directory>] [--shared[=<permissions>]]
DESCRIPTION
SYNOPSIS
--------
-'git
-init' [-q | --quiet] [--bare] [--template=<template_directory>] [--shared[=<permissions>]]
+'git
init' [-q | --quiet] [--bare] [--template=<template_directory>] [--shared[=<permissions>]]
OPTIONS
+
----------------
$ cd /path/to/my/codebase
-$ git-init <1>
-$ git-add . <2>
+$ git init <1>
+$ git add . <2>
----------------
+
<1> prepare /path/to/my/codebase/.git directory
SYNOPSIS
--------
[verse]
-'git
-instaweb' [--local] [--httpd=<httpd>] [--port=<port>]
+'git
instaweb' [--local] [--httpd=<httpd>] [--port=<port>]
[--browser=<browser>]
-'git-instaweb' [--start] [--stop] [--restart]
+'git instaweb' [--start] [--stop] [--restart]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-log' <option>...
+'git log' <option>...
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-lost-found'
+'git lost-found'
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-ls-files' [-z] [-t] [-v]
+'git ls-files' [-z] [-t] [-v]
(--[cached|deleted|others|ignored|stage|unmerged|killed|modified])\*
(-[c|d|o|i|s|u|k|m])\*
[-x <pattern>|--exclude=<pattern>]
SYNOPSIS
--------
[verse]
-'git-ls-remote' [--heads] [--tags] [-u <exec> | --upload-pack <exec>]
+'git ls-remote' [--heads] [--tags] [-u <exec> | --upload-pack <exec>]
<repository> <refs>...
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git-ls-tree' [-d] [-r] [-t] [-l] [-z]
+'git ls-tree' [-d] [-r] [-t] [-l] [-z]
[--name-only] [--name-status] [--full-name] [--abbrev=[<n>]]
<tree-ish> [paths...]
SYNOPSIS
--------
-'git
-mailinfo' [-k] [-u | --encoding=<encoding>] <msg> <patch>
+'git
mailinfo' [-k] [-u | --encoding=<encoding>] <msg> <patch>
DESCRIPTION
whitespaces, (3) '[' up to ']', typically '[PATCH]', and
then prepends "[PATCH] ". This flag forbids this
munging, and is most useful when used to read back
- 'git format-patch -k' output.
+ 'git-format-patch -k' output.
-u::
The commit log message, author name and author email are
SYNOPSIS
--------
-'git
-mailsplit' [-b] [-f<nn>] [-d<prec>] -o<directory> [--] [<mbox>|<Maildir>...]
+'git
mailsplit' [-b] [-f<nn>] [-d<prec>] -o<directory> [--] [<mbox>|<Maildir>...]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-merge-base' [--all] <commit> <commit>
+'git merge-base' [--all] <commit> <commit>
DESCRIPTION
-----------
"git-merge-base" finds as good a common ancestor as possible between
-the two commits. That is, given two commits A and B 'git-merge-base A
+the two commits. That is, given two commits A and B 'git merge-base A
B' will output a commit which is reachable from both A and B through
the parent relationship.
SYNOPSIS
--------
[verse]
-'git-merge-file' [-L <current-name> [-L <base-name> [-L <other-name>]]]
+'git merge-file' [-L <current-name> [-L <base-name> [-L <other-name>]]]
[-p|--stdout] [-q|--quiet] <current-file> <base-file> <other-file>
This option may be given up to three times, and
specifies labels to be used in place of the
corresponding file names in conflict reports. That is,
- `git-merge-file -L x -L y -L z a b c` generates output that
+ `git merge-file -L x -L y -L z a b c` generates output that
looks like it came from files x, y and z instead of
from files a, b and c.
SYNOPSIS
--------
-'git-merge-index' [-o] [-q] <merge-program> (-a | [--] <file>\*)
+'git merge-index' [-o] [-q] <merge-program> (-a | [--] <file>\*)
DESCRIPTION
-----------
Examples:
- torvalds@ppc970:~/merge-test> git-merge-index cat MM
+ torvalds@ppc970:~/merge-test> git merge-index cat MM
This is MM from the original tree. # original
This is modified MM in the branch A. # merge1
This is modified MM in the branch B. # merge2
or
- torvalds@ppc970:~/merge-test> git-merge-index cat AA MM
+ torvalds@ppc970:~/merge-test> git merge-index cat AA MM
cat: : No such file or directory
This is added AA in the branch A.
This is added AA in the branch B.
SYNOPSIS
--------
-'git-merge-tree' <base-tree> <branch1> <branch2>
+'git merge-tree' <base-tree> <branch1> <branch2>
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-merge' [-n] [--stat] [--no-commit] [--squash] [-s <strategy>]...
+'git merge' [-n] [--stat] [--no-commit] [--squash] [-s <strategy>]...
[-m <msg>] <remote> <remote>...
-'git-merge' <msg> HEAD <remote>...
+'git merge' <msg> HEAD <remote>...
DESCRIPTION
-----------
commits (usually, branch head or tag), and the index file must
exactly match the
tree of `HEAD` commit (i.e. the contents of the last commit) when
-it happens. In other words, `git-diff --cached HEAD` must
+it happens. In other words, `git diff --cached HEAD` must
report no changes.
[NOTE]
3. For conflicting paths, the index file records up to three
versions; stage1 stores the version from the common ancestor,
stage2 from `HEAD`, and stage3 from the remote branch (you
- can inspect the stages with `git-ls-files -u`). The working
+ can inspect the stages with `git ls-files -u`). The working
tree files have the result of "merge" program; i.e. 3-way
merge result with familiar conflict markers `<<< === >>>`.
up working tree changes made by 2. and 3.; `git-reset` can
be used for this.
- * Resolve the conflicts. `git-diff` would report only the
+ * Resolve the conflicts. `git diff` would report only the
conflicting paths because of the above 2. and 3.. Edit the
working tree files into a desirable shape, `git-add` or `git-rm`
them, to make the index file contain what the merge result
SYNOPSIS
--------
-'git-mergetool' [--tool=<tool>] [<file>]...
+'git mergetool' [--tool=<tool>] [<file>]...
DESCRIPTION
-----------
If one or more <file> parameters are given, the merge tool program will
be run to resolve differences on each file. If no <file> names are
-specified, `git mergetool` will run the merge tool program on every file
+specified, `git-mergetool` will run the merge tool program on every file
with merge conflicts.
OPTIONS
Valid merge tools are:
kdiff3, tkdiff, meld, xxdiff, emerge, vimdiff, gvimdiff, ecmerge, and opendiff
+
-If a merge resolution program is not specified, `git mergetool`
+If a merge resolution program is not specified, `git-mergetool`
will use the configuration variable `merge.tool`. If the
-configuration variable `merge.tool` is not set, `git mergetool`
+configuration variable `merge.tool` is not set, `git-mergetool`
will pick a suitable default.
+
You can explicitly provide a full path to the tool by setting the
configuration variable `mergetool.<tool>.path`. For example, you
can configure the absolute path to kdiff3 by setting
-`mergetool.kdiff3.path`. Otherwise, `git mergetool` assumes the
+`mergetool.kdiff3.path`. Otherwise, `git-mergetool` assumes the
tool is available in PATH.
+
Instead of running one of the known merge tool programs
-`git mergetool` can be customized to run an alternative program
+`git-mergetool` can be customized to run an alternative program
by specifying the command line to invoke in a configration
variable `mergetool.<tool>.cmd`.
+
-When `git mergetool` is invoked with this tool (either through the
+When `git-mergetool` is invoked with this tool (either through the
`-t` or `--tool` option or the `merge.tool` configuration
variable) the configured command line will be invoked with `$BASE`
set to the name of a temporary file containing the common base for
If the custom merge tool correctly indicates the success of a
merge resolution with its exit code then the configuration
variable `mergetool.<tool>.trustExitCode` can be set to `true`.
-Otherwise, `git mergetool` will prompt the user to indicate the
+Otherwise, `git-mergetool` will prompt the user to indicate the
success of the resolution after the custom tool has exited.
Author
SYNOPSIS
--------
-'git-mktag' < signature_file
+'git mktag' < signature_file
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-mktree' [-z]
+'git mktree' [-z]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git
-mv' <options>... <args>...
+'git
mv' <options>... <args>...
DESCRIPTION
-----------
This script is used to move or rename a file, directory or symlink.
- git-mv [-f] [-n] <source> <destination>
- git-mv [-f] [-n] [-k] <source> ... <destination directory>
+ git mv [-f] [-n] <source> <destination>
+ git mv [-f] [-n] [-k] <source> ... <destination directory>
In the first form, it renames <source>, which must exist and be either
a file, symlink or directory, to <destination>.
SYNOPSIS
--------
[verse]
-'git
-name-rev' [--tags] [--refs=<pattern>]
+'git
name-rev' [--tags] [--refs=<pattern>]
( --all | --stdin | <committish>... )
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git-pack-objects' [-q] [--no-reuse-delta] [--delta-base-offset] [--non-empty]
+'git pack-objects' [-q] [--no-reuse-delta] [--delta-base-offset] [--non-empty]
[--local] [--incremental] [--window=N] [--depth=N] [--all-progress]
[--revs [--unpacked | --all]*] [--stdout | base-name] < object-list
SYNOPSIS
--------
-'git-pack-redundant' [ --verbose ] [ --alt-odb ] < --all | .pack filename ... >
+'git pack-redundant' [ --verbose ] [ --alt-odb ] < --all | .pack filename ... >
DESCRIPTION
-----------
following command useful when wanting to remove packs which contain unreachable
objects.
-git-fsck --full --unreachable | cut -d ' ' -f3 | \
-git-pack-redundant --all | xargs rm
+git fsck --full --unreachable | cut -d ' ' -f3 | \
+git pack-redundant --all | xargs rm
OPTIONS
-------
SYNOPSIS
--------
-'git-pack-refs' [--all] [--no-prune]
+'git pack-refs' [--all] [--no-prune]
DESCRIPTION
-----------
A recommended practice to deal with a repository with too many
refs is to pack its refs with `--all --prune` once, and
-occasionally run `git-pack-refs \--prune`. Tags are by
+occasionally run `git pack-refs \--prune`. Tags are by
definition stationary and are not expected to change. Branch
heads will be packed with the initial `pack-refs --all`, but
only the currently active branch heads will become unpacked,
SYNOPSIS
--------
-'git
-patch-id' < <patch>
+'git
patch-id' < <patch>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-peek-remote' [--upload-pack=<git-upload-pack>] [<host>:]<directory>
+'git peek-remote' [--upload-pack=<git-upload-pack>] [<host>:]<directory>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-prune-packed' [-n] [-q]
+'git prune-packed' [-n] [-q]
DESCRIPTION
objects unreachable from any of these head objects from the object database.
In addition, it
prunes the unpacked objects that are also found in packs by
-running `git prune-packed`.
+running `git-prune-packed`.
Note that unreachable, packed objects will remain. If this is
not desired, see linkgit:git-repack[1].
`.git/objects/info/alternates`:
------------
-$ git prune $(cd ../another && $(git-rev-parse --all))
+$ git prune $(cd ../another && $(git rev-parse --all))
------------
Notes
SYNOPSIS
--------
-'git-pull' <options> <repository> <refspec>...
+'git pull' <options> <repository> <refspec>...
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git-push' [--all] [--dry-run] [--tags] [--receive-pack=<git-receive-pack>]
+'git push' [--all] [--dry-run] [--tags] [--receive-pack=<git-receive-pack>]
[--repo=all] [-f | --force] [-v | --verbose] [<repository> <refspec>...]
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git
-quiltimport' [--dry-run] [--author <author>] [--patches <dir>]
+'git
quiltimport' [--dry-run] [--author <author>] [--patches <dir>]
DESCRIPTION
SYNOPSIS
--------
-'git
-read-tree' (<tree-ish> | [[-m [--trivial] [--aggressive] | --reset | --prefix=<prefix>] [-u | -i]] [--exclude-per-directory=<gitignore>] [--index-output=<file>] <tree-ish1> [<tree-ish2> [<tree-ish3>]])
+'git
read-tree' (<tree-ish> | [[-m [--trivial] [--aggressive] | --reset | --prefix=<prefix>] [-u | -i]] [--exclude-per-directory=<gitignore>] [--index-output=<file>] <tree-ish1> [<tree-ish2> [<tree-ish3>]])
DESCRIPTION
being read, the stat info from the index is used. (In other words, the
index's stat()s take precedence over the merged tree's).
-That means that if you do a `git-read-tree -m <newtree>` followed by a
-`git-checkout-index -f -u -a`, the `git-checkout-index` only checks out
+That means that if you do a `git read-tree -m <newtree>` followed by a
+`git checkout-index -f -u -a`, the `git-checkout-index` only checks out
the stuff that really changed.
This is used to avoid unnecessary false hits when `git-diff-files` is
Two Tree Merge
~~~~~~~~~~~~~~
-Typically, this is invoked as `git-read-tree -m $H $M`, where $H
+Typically, this is invoked as `git read-tree -m $H $M`, where $H
is the head commit of the current repository, and $M is the head
of a foreign tree, which is simply ahead of $H (i.e. we are in a
fast forward situation).
2. The user wants to fast-forward to $M.
-In this case, the `git-read-tree -m $H $M` command makes sure
+In this case, the `git read-tree -m $H $M` command makes sure
that no local change is lost as the result of this "merge".
Here are the "carry forward" rules:
When this form of git-read-tree returns successfully, you can
see what "local changes" you made are carried forward by running
-`git-diff-index --cached $M`. Note that this does not
-necessarily match `git-diff-index --cached $H` would have
+`git diff-index --cached $M`. Note that this does not
+necessarily match `git diff-index --cached $H` would have
produced before such a two tree merge. This is because of cases
18 and 19 --- if you already had the changes in $M (e.g. maybe
-you picked it up via e-mail in a patch form), `git-diff-index
+you picked it up via e-mail in a patch form), `git diff-index
--cached $H` would have told you about the change before this
-merge, but it would not show in `git-diff-index --cached $M`
+merge, but it would not show in `git diff-index --cached $M`
output after two-tree merge.
This means that you can do
----------------
-$ git-read-tree -m <tree1> <tree2> <tree3>
+$ git read-tree -m <tree1> <tree2> <tree3>
----------------
and you will end up with an index with all of the <tree1> entries in
committed last to your repository:
----------------
-$ JC=`git-rev-parse --verify "HEAD^0"`
-$ git-checkout-index -f -u -a $JC
+$ JC=`git rev-parse --verify "HEAD^0"`
+$ git checkout-index -f -u -a $JC
----------------
You do random edits, without running git-update-index. And then
since you pulled from him:
----------------
-$ git-fetch git://.... linus
+$ git fetch git://.... linus
$ LT=`cat .git/FETCH_HEAD`
----------------
then does the right thing. So with the following sequence:
----------------
-$ git-read-tree -m -u `git-merge-base $JC $LT` $JC $LT
-$ git-merge-index git-merge-one-file -a
+$ git read-tree -m -u `git merge-base $JC $LT` $JC $LT
+$ git merge-index git-merge-one-file -a
$ echo "Merge with Linus" | \
- git-commit-tree `git-write-tree` -p $JC -p $LT
+ git commit-tree `git write-tree` -p $JC -p $LT
----------------
what you would commit is a pure merge between $JC and $LT without
SYNOPSIS
--------
[verse]
-'git-rebase' [-i | --interactive] [-v | --verbose] [-m | --merge]
+'git rebase' [-i | --interactive] [-v | --verbose] [-m | --merge]
[-s <strategy> | --strategy=<strategy>]
[-C<n>] [ --whitespace=<option>] [-p | --preserve-merges]
[--onto <newbase>] <upstream> [<branch>]
-'git-rebase' --continue | --skip | --abort
+'git rebase' --continue | --skip | --abort
DESCRIPTION
-----------
From this point, the result of either of the following commands:
- git-rebase master
- git-rebase master topic
+ git rebase master
+ git rebase master topic
would be:
If the upstream branch already contains a change you have made (e.g.,
because you mailed a patch which was applied upstream), then that commit
-will be skipped. For example, running `git-rebase master` on the
+will be skipped. For example, running `git rebase master` on the
following history (in which A' and A introduce the same set of changes,
but have different committer information):
We can get this using the following command:
- git-rebase --onto master next topic
+ git rebase --onto master next topic
Another example of --onto option is to rebase part of a
then the command
- git-rebase --onto master topicA topicB
+ git rebase --onto master topicA topicB
would result in:
then the command
- git-rebase --onto topicA~5 topicA~3 topicA
+ git rebase --onto topicA~5 topicA~3 topicA
would result in the removal of commits F and G:
parameter can be any valid commit-ish.
In case of conflict, git-rebase will stop at the first problematic commit
-and leave conflict markers in the tree. You can use git diff to locate
+and leave conflict markers in the tree. You can use git-diff to locate
the markers (<<<<<<) and make edits to resolve the conflict. For each
file you edit, you need to tell git that the conflict has been resolved,
typically this would be done with
-----------------
In interactive mode, you can mark commits with the action "edit". However,
-this does not necessarily mean that 'git rebase' expects the result of this
+this does not necessarily mean that 'git-rebase' expects the result of this
edit to be exactly one commit. Indeed, you can undo the commit, or you can
add other commits. This can be used to split a commit into two:
SYNOPSIS
--------
-'git-receive-pack' <directory>
+'git receive-pack' <directory>
DESCRIPTION
-----------
if expr "$oval" : '0*$' >/dev/null
then
echo "Created a new ref, with the following commits:"
- git-rev-list --pretty "$nval"
+ git rev-list --pretty "$nval"
else
echo "New commits:"
- git-rev-list --pretty "$nval" "^$oval"
+ git rev-list --pretty "$nval" "^$oval"
fi |
mail -s "Changes to ref $ref" commit-list@mydomain
done
left for git-receive-pack to do at that point is to exit itself
anyway.
-This hook can be used, for example, to run "git-update-server-info"
+This hook can be used, for example, to run "git update-server-info"
if the repository is packed and is served via a dumb transport.
#!/bin/sh
- exec git-update-server-info
+ exec git update-server-info
SEE ALSO
SYNOPSIS
--------
-'git-relink' [--safe] <dir> [<dir>]\* <master_dir>
+'git relink' [--safe] <dir> [<dir>]\* <master_dir>
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-remote' [-v | --verbose]
-'git-remote' add [-t <branch>] [-m <master>] [-f] [--mirror] <name> <url>
-'git-remote' rm <name>
-'git-remote' show [-n] <name>
-'git-remote' prune [-n | --dry-run] <name>
-'git-remote' update [group]
+'git remote' [-v | --verbose]
+'git remote' add [-t <branch>] [-m <master>] [-f] [--mirror] <name> <url>
+'git remote' rm <name>
+'git remote' show [-n] <name>
+'git remote' prune [-n | --dry-run] <name>
+'git remote' update [group]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-repack' [-a] [-A] [-d] [-f] [-l] [-n] [-q] [--window=N] [--depth=N]
+'git repack' [-a] [-A] [-d] [-f] [-l] [-n] [-q] [--window=N] [--depth=N]
DESCRIPTION
-----------
Also runs linkgit:git-prune-packed[1].
-l::
- Pass the `--local` option to `git pack-objects`, see
+ Pass the `--local` option to `git-pack-objects`, see
linkgit:git-pack-objects[1].
-f::
- Pass the `--no-reuse-delta` option to `git pack-objects`, see
+ Pass the `--no-reuse-delta` option to `git-pack-objects`, see
linkgit:git-pack-objects[1].
-q::
- Pass the `-q` option to `git pack-objects`, see
+ Pass the `-q` option to `git-pack-objects`, see
linkgit:git-pack-objects[1].
-n::
Do not update the server information with
- `git update-server-info`. This option skips
+ `git-update-server-info`. This option skips
updating local catalog files needed to publish
this repository (or a direct copy of it)
over HTTP or FTP. See gitlink:git-update-server-info[1].
SYNOPSIS
--------
-'git-repo-config' ...
+'git repo-config' ...
DESCRIPTION
SYNOPSIS
--------
-'git-request-pull' <start> <url> [<end>]
+'git request-pull' <start> <url> [<end>]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-rerere' [clear|diff|status|gc]
+'git rerere' [clear|diff|status|gc]
DESCRIPTION
-----------
up-to-date even before your topic is ready to be sent upstream.
This would result in falling back to three-way merge, and it
would conflict the same way the test merge you resolved earlier.
-`git-rerere` is run by `git rebase` to help you resolve this
+`git-rerere` is run by `git-rebase` to help you resolve this
conflict.
command:
-----------------------------------------------------------------------
- $ git-rev-list foo bar ^baz
+ $ git rev-list foo bar ^baz
-----------------------------------------------------------------------
means "list all the commits which are included in 'foo' and 'bar', but
the following may be used interchangeably:
-----------------------------------------------------------------------
- $ git-rev-list origin..HEAD
- $ git-rev-list HEAD ^origin
+ $ git rev-list origin..HEAD
+ $ git rev-list HEAD ^origin
-----------------------------------------------------------------------
Another special notation is "'<commit1>'...'<commit2>'" which is useful
between the two operands. The following two commands are equivalent:
-----------------------------------------------------------------------
- $ git-rev-list A B --not $(git-merge-base --all A B)
- $ git-rev-list A...B
+ $ git rev-list A B --not $(git merge-base --all A B)
+ $ git rev-list A...B
-----------------------------------------------------------------------
linkgit:git-rev-list[1] is a very essential git program, since it
SYNOPSIS
--------
-'git
-rev-parse' [ --option ] <args>...
+'git
rev-parse' [ --option ] <args>...
DESCRIPTION
-----------
A similar notation "`r1\...r2`" is called symmetric difference
of `r1` and `r2` and is defined as
-"`r1 r2 --not $(git-merge-base --all r1 r2)`".
+"`r1 r2 --not $(git merge-base --all r1 r2)`".
It is the set of commits that are reachable from either one of
`r1` or `r2` but not from both.
An option group Header
C? option C with an optional argument"
-eval `echo "$OPTS_SPEC" | git-rev-parse --parseopt -- "$@" || echo exit $?`
+eval `echo "$OPTS_SPEC" | git rev-parse --parseopt -- "$@" || echo exit $?`
------------
EXAMPLES
SYNOPSIS
--------
-'git-revert' [--edit | --no-edit] [-n] [-m parent-number] [-s] <commit>
+'git revert' [--edit | --no-edit] [-n] [-m parent-number] [-s] <commit>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-rm' [-f] [-n] [-r] [--cached] [--ignore-unmatch] [--quiet] [--] <file>...
+'git rm' [-f] [-n] [-r] [--cached] [--ignore-unmatch] [--quiet] [--] <file>...
DESCRIPTION
-----------
Remove files from the index, or from the working tree and the index.
-`git rm` will not remove a file from just your working directory.
+`git-rm` will not remove a file from just your working directory.
(There is no option to remove a file only from the work tree
and yet keep it in the index; use `/bin/rm` if you want to do that.)
The files being removed have to be identical to the tip of the branch,
EXAMPLES
--------
-git-rm Documentation/\\*.txt::
+git rm Documentation/\\*.txt::
Removes all `\*.txt` files from the index that are under the
`Documentation` directory and any of its subdirectories.
+
example; this lets git, and not the shell, expand the pathnames
of files and subdirectories under the `Documentation/` directory.
-git-rm -f git-*.sh::
+git rm -f git-*.sh::
Because this example lets the shell expand the asterisk
(i.e. you are listing the files explicitly), it
does not remove `subdir/git-foo.sh`.
SYNOPSIS
--------
-'git-send-email' [options] <file|directory> [... file|directory]
+'git send-email' [options] <file|directory> [... file|directory]
SYNOPSIS
--------
-'git-send-pack' [--all] [--dry-run] [--force] [--receive-pack=<git-receive-pack>] [--verbose] [--thin] [<host>:]<directory> [<ref>...]
+'git send-pack' [--all] [--dry-run] [--force] [--receive-pack=<git-receive-pack>] [--verbose] [--thin] [<host>:]<directory> [<ref>...]
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-git-log --pretty=short | 'git-shortlog' [-h] [-n] [-s] [-e] [-w]
-git-shortlog [-n|--numbered] [-s|--summary] [-e|--email] [-w[<width>[,<indent1>[,<indent2>]]]] [<committish>...]
+git log --pretty=short | 'git shortlog' [-h] [-n] [-s] [-e] [-w]
+git shortlog [-n|--numbered] [-s|--summary] [-e|--email] [-w[<width>[,<indent1>[,<indent2>]]]] [<committish>...]
DESCRIPTION
-----------
-Summarizes 'git log' output in a format suitable for inclusion
+Summarizes 'git-log' output in a format suitable for inclusion
in release announcements. Each commit will be grouped by author and
the first line of the commit message will be shown.
SYNOPSIS
--------
[verse]
-'git-show-branch' [--all] [--remotes] [--topo-order] [--current]
+'git show-branch' [--all] [--remotes] [--topo-order] [--current]
[--more=<n> | --list | --independent | --merge-base]
[--no-name | --sha1-name] [--topics] [<rev> | <glob>]...
-'git-show-branch' (-g|--reflog)[=<n>[,<base>]] [--list] [<ref>]
+'git show-branch' (-g|--reflog)[=<n>[,<base>]] [--list] [<ref>]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-show-index' < idx-file
+'git show-index' < idx-file
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git-show-ref' [-q|--quiet] [--verify] [-h|--head] [-d|--dereference]
+'git show-ref' [-q|--quiet] [--verify] [-h|--head] [-d|--dereference]
[-s|--hash] [--abbrev] [--tags] [--heads] [--] <pattern>...
-'git-show-ref' --exclude-existing[=pattern]
+'git show-ref' --exclude-existing[=pattern]
DESCRIPTION
-----------
allows you to do things like
-----------------------------------------------------------------------------
- git-show-ref --quiet --verify -- "refs/heads/$headname" ||
+ git show-ref --quiet --verify -- "refs/heads/$headname" ||
echo "$headname is not a valid branch"
-----------------------------------------------------------------------------
SYNOPSIS
--------
-'git-show' [options] <object>...
+'git show' [options] <object>...
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-stash' (list | show [<stash>] | apply [<stash>] | clear | drop [<stash>] | pop [<stash>])
-'git-stash' [save [<message>]]
+'git stash' (list | show [<stash>] | apply [<stash>] | clear | drop [<stash>] | pop [<stash>])
+'git stash' [save [<message>]]
DESCRIPTION
-----------
-Use 'git-stash' when you want to record the current state of the
+Use 'git stash' when you want to record the current state of the
working directory and the index, but want to go back to a clean
working directory. The command saves your local modifications away
and reverts the working directory to match the `HEAD` commit.
The modifications stashed away by this command can be listed with
`git-stash list`, inspected with `git-stash show`, and restored
(potentially on top of a different commit) with `git-stash apply`.
-Calling git-stash without any arguments is equivalent to `git-stash
+Calling git stash without any arguments is equivalent to `git stash
save`. A stash is by default listed as "WIP on 'branchname' ...", but
you can give a more descriptive message on the command line when
you create one.
save [<message>]::
- Save your local modifications to a new 'stash', and run `git-reset
+ Save your local modifications to a new 'stash', and run `git reset
--hard` to revert them. This is the default action when no
subcommand is given. The <message> part is optional and gives
the description along with the stashed state.
Show the changes recorded in the stash as a diff between the
stashed state and its original parent. When no `<stash>` is given,
shows the latest one. By default, the command shows the diffstat, but
- it will accept any format known to `git-diff` (e.g., `git-stash show
+ it will accept any format known to `git-diff` (e.g., `git stash show
-p stash@\{1}` to view the second most recent stash in patch form).
apply [--index] [<stash>]::
SYNOPSIS
--------
-'git-status' <options>...
+'git status' <options>...
DESCRIPTION
-----------
tree and the index file, and paths in the working tree that are not
tracked by git (and are not ignored by linkgit:gitignore[5]). The first
are what you _would_ commit by running `git commit`; the second and
-third are what you _could_ commit by running `git add` before running
+third are what you _could_ commit by running `git-add` before running
`git commit`.
The command takes the same set of options as `git-commit`; it
If there is no path that is different between the index file and
the current HEAD commit (i.e., there is nothing to commit by running
-`git-commit`), the command exits with non-zero status.
+`git commit`), the command exits with non-zero status.
OUTPUT
SYNOPSIS
--------
-'git-stripspace' [-s | --strip-comments] < <stream>
+'git stripspace' [-s | --strip-comments] < <stream>
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git
-submodule' [--quiet] add [-b branch] [--] <repository> [<path>]
-'git
-submodule' [--quiet] status [--cached] [--] [<path>...]
-'git
-submodule' [--quiet] init [--] [<path>...]
-'git
-submodule' [--quiet] update [--init] [--] [<path>...]
-'git
-submodule' [--quiet] summary [--summary-limit <n>] [commit] [--] [<path>...]
+'git
submodule' [--quiet] add [-b branch] [--] <repository> [<path>]
+'git
submodule' [--quiet] status [--cached] [--] [<path>...]
+'git
submodule' [--quiet] init [--] [<path>...]
+'git
submodule' [--quiet] update [--init] [--] [<path>...]
+'git
submodule' [--quiet] summary [--summary-limit <n>] [commit] [--] [<path>...]
COMMANDS
SYNOPSIS
--------
-'git-svn' <command> [options] [arguments]
+'git svn' <command> [options] [arguments]
DESCRIPTION
-----------
client converts the UTC time to the local time (or based on the TZ=
environment). This command has the same behaviour.
+
-Any other arguments are passed directly to `git log'
+Any other arguments are passed directly to `git-log'
'blame'::
Show what revision and author last modified each line of a file. The
arguments are passed directly to git-blame.
+
--git-format;;
- Produce output in the same format as `git blame', but with
+ Produce output in the same format as `git-blame', but with
SVN revision numbers instead of git commit hashes. In this mode,
changes that haven't been committed to SVN (including local
working-copy edits) are shown as revision 0.
------------------------------------------------------------------------
# Clone a repo (like git clone):
- git-svn clone http://svn.foo.org/project/trunk
+ git svn clone http://svn.foo.org/project/trunk
# Enter the newly cloned directory:
cd trunk
# You should be on master branch, double-check with git-branch
git commit ...
# Something is committed to SVN, rebase your local changes against the
# latest changes in SVN:
- git-svn rebase
+ git svn rebase
# Now commit your changes (that were committed previously using git) to SVN,
# as well as automatically updating your working HEAD:
- git-svn dcommit
+ git svn dcommit
# Append svn:ignore settings to the default git exclude file:
- git-svn show-ignore >> .git/info/exclude
+ git svn show-ignore >> .git/info/exclude
------------------------------------------------------------------------
Tracking and contributing to an entire Subversion-managed project
------------------------------------------------------------------------
# Clone a repo (like git clone):
- git-svn clone http://svn.foo.org/project -T trunk -b branches -t tags
+ git svn clone http://svn.foo.org/project -T trunk -b branches -t tags
# View all branches and tags you have cloned:
git branch -r
# Reset your master to trunk (or any other branch, replacing 'trunk'
people (or one person with multiple machines) want to use
git-svn to interact with the same Subversion repository, you can
do the initial 'git-svn clone' to a repository on a server and
-have each person clone that repository with 'git clone':
+have each person clone that repository with 'git-clone':
------------------------------------------------------------------------
# Do the initial import on a server
- ssh server "cd /pub && git-svn clone http://svn.foo.org/project
+ ssh server "cd /pub && git svn clone http://svn.foo.org/project
# Clone locally - make sure the refs/remotes/ space matches the server
mkdir project
cd project
- git-init
+ git init
git remote add origin server:/pub/project
git config --add remote.origin.fetch '+refs/remotes/*:refs/remotes/*'
git fetch
# Initialize git-svn locally (be sure to use the same URL and -T/-b/-t options as were used on server)
- git-svn init http://svn.foo.org/project
+ git svn init http://svn.foo.org/project
# Pull the latest changes from Subversion
- git-svn rebase
+ git svn rebase
------------------------------------------------------------------------
REBASE VS. PULL/MERGE
Originally, git-svn recommended that the remotes/git-svn branch be
pulled or merged from. This is because the author favored
-'git-svn set-tree B' to commit a single head rather than the
-'git-svn set-tree A..B' notation to commit multiple commits.
+'git svn set-tree B' to commit a single head rather than the
+'git svn set-tree A..B' notation to commit multiple commits.
-If you use 'git-svn set-tree A..B' to commit several diffs and you do
+If you use 'git svn set-tree A..B' to commit several diffs and you do
not have the latest remotes/git-svn merged into my-branch, you should
-use 'git-svn rebase' to update your work branch instead of 'git pull' or
+use 'git svn rebase' to update your work branch instead of 'git pull' or
'git merge'. 'pull/merge' can cause non-linear history to be flattened
when committing into SVN, which can lead to merge commits reversing
previous commits in SVN.
SYNOPSIS
--------
-'git-symbolic-ref' [-q] [-m <reason>] <name> [<ref>]
+'git symbolic-ref' [-q] [-m <reason>] <name> [<ref>]
DESCRIPTION
-----------
SYNOPSIS
--------
[verse]
-'git-tag' [-a | -s | -u <key-id>] [-f] [-m <msg> | -F <file>] <name> [<head>]
-'git-tag' -d <name>...
-'git
-tag' [-n[<num>]] -l [<pattern>]
-'git-tag' -v <name>...
+'git tag' [-a | -s | -u <key-id>] [-f] [-m <msg> | -F <file>] <name> [<head>]
+'git tag' -d <name>...
+'git
tag' [-n[<num>]] -l [<pattern>]
+'git tag' -v <name>...
DESCRIPTION
-----------
. The insane thing.
You really want to call the new version "X" too, 'even though'
-others have already seen the old one. So just use "git tag -f"
+others have already seen the old one. So just use "git-tag -f"
again, as if you hadn't already published the old one.
However, Git does *not* (and it should not) change tags behind
users back. So if somebody already got the old tag, doing a
-"git pull" on your tree shouldn't just make them overwrite the old
+"git-pull" on your tree shouldn't just make them overwrite the old
one.
If somebody got a release tag from you, you cannot just change
You would notice "please pull" messages on the mailing list says
repo URL and branch name alone. This is designed to be easily
-cut&pasted to "git fetch" command line:
+cut&pasted to "git-fetch" command line:
------------
Linus, please pull from
SYNOPSIS
--------
-'git-tar-tree' [--remote=<repo>] <tree-ish> [ <base> ]
+'git tar-tree' [--remote=<repo>] <tree-ish> [ <base> ]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-unpack-file' <blob>
+'git unpack-file' <blob>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git
-unpack-objects' [-n] [-q] [-r] [--strict] <pack-file
+'git
unpack-objects' [-n] [-q] [-r] [--strict] <pack-file
DESCRIPTION
SYNOPSIS
--------
[verse]
-'git-update-index'
+'git update-index'
[--add] [--remove | --force-remove] [--replace]
[--refresh] [-q] [--unmerged] [--ignore-missing]
[--cacheinfo <mode> <object> <file>]\*
To pretend you have a file with mode and sha1 at path, say:
----------------
-$ git-update-index --cacheinfo mode sha1 path
+$ git update-index --cacheinfo mode sha1 path
----------------
'--info-only' is used to register files without placing them in the object
option. To unset, use `--no-assume-unchanged`.
The command looks at `core.ignorestat` configuration variable. When
-this is true, paths updated with `git-update-index paths...` and
+this is true, paths updated with `git update-index paths...` and
paths updated with other git commands that update both index and
working tree (e.g. `git-apply --index`, `git-checkout-index -u`,
and `git-read-tree -u`) are automatically marked as "assume
unchanged". Note that "assume unchanged" bit is *not* set if
-`git-update-index --refresh` finds the working tree file matches
-the index (use `git-update-index --really-refresh` if you want
+`git update-index --refresh` finds the working tree file matches
+the index (use `git update-index --really-refresh` if you want
to mark them as "assume unchanged").
To update and refresh only the files already checked out:
----------------
-$ git-checkout-index -n -f -a && git-update-index --ignore-missing --refresh
+$ git checkout-index -n -f -a && git update-index --ignore-missing --refresh
----------------
On an inefficient filesystem with `core.ignorestat` set::
SYNOPSIS
--------
-'git
-update-ref' [-m <reason>] (-d <ref> [<oldvalue>] | [--no-deref] <ref> <newvalue> [<oldvalue>])
+'git
update-ref' [-m <reason>] (-d <ref> [<oldvalue>] | [--no-deref] <ref> <newvalue> [<oldvalue>])
DESCRIPTION
-----------
Given two arguments, stores the <newvalue> in the <ref>, possibly
-dereferencing the symbolic refs. E.g. `git-update-ref HEAD
+dereferencing the symbolic refs. E.g. `git update-ref HEAD
<newvalue>` updates the current branch head to the new object.
Given three arguments, stores the <newvalue> in the <ref>,
possibly dereferencing the symbolic refs, after verifying that
the current value of the <ref> matches <oldvalue>.
-E.g. `git
-update-ref refs/heads/master <newvalue> <oldvalue>`
+E.g. `git
update-ref refs/heads/master <newvalue> <oldvalue>`
updates the master branch head to <newvalue> only if its current
value is <oldvalue>. You can specify 40 "0" or an empty string
as <oldvalue> to make sure that the ref you are creating does
In general, using
- git-update-ref HEAD "$head"
+ git update-ref HEAD "$head"
should be a _lot_ safer than doing
Logging Updates
---------------
If config parameter "core.logAllRefUpdates" is true or the file
-"$GIT_DIR/logs/<ref>" exists then `git-update-ref` will append
+"$GIT_DIR/logs/<ref>" exists then `git update-ref` will append
a line to the log file "$GIT_DIR/logs/<ref>" (dereferencing all
symbolic refs before creating the log name) describing the change
in ref value. Log lines are formatted as:
SYNOPSIS
--------
-'git-update-server-info' [--force]
+'git update-server-info' [--force]
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-upload-archive' <directory>
+'git upload-archive' <directory>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-upload-pack' [--strict] [--timeout=<n>] <directory>
+'git upload-pack' [--strict] [--timeout=<n>] <directory>
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-var' [ -l | <variable> ]
+'git var' [ -l | <variable> ]
DESCRIPTION
-----------
EXAMPLE
--------
- $ git-var GIT_AUTHOR_IDENT
+ $ git var GIT_AUTHOR_IDENT
Eric W. Biederman <ebiederm@lnxi.com> 1121223278 -0600
SYNOPSIS
--------
-'git
-verify-pack' [-v] [--] <pack>.idx ...
+'git
verify-pack' [-v] [--] <pack>.idx ...
DESCRIPTION
SYNOPSIS
--------
-'git-verify-tag' <tag>...
+'git verify-tag' <tag>...
DESCRIPTION
-----------
SYNOPSIS
--------
-'git-web--browse' [OPTIONS] URL/FILE ...
+'git web--browse' [OPTIONS] URL/FILE ...
DESCRIPTION
-----------
When the browser, specified by options or configuration variables, is
not among the supported ones, then the corresponding
'browser.<tool>.cmd' configuration variable will be looked up. If this
-variable exists then "git web--browse" will treat the specified tool
+variable exists then "git-web--browse" will treat the specified tool
as a custom command and will use a shell eval to run the command with
the URLs passed as arguments.
cmd = A_PATH_TO/konqueror
------------------------------------------------
-Note about git config --global
+Note about git-config --global
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Note that these configuration variables should probably be set using
SYNOPSIS
--------
-'git-whatchanged' <option>...
+'git whatchanged' <option>...
DESCRIPTION
-----------
Examples
--------
-git-whatchanged -p v2.6.12.. include/scsi drivers/scsi::
+git whatchanged -p v2.6.12.. include/scsi drivers/scsi::
Show as patches the commits since version 'v2.6.12' that changed
any file in the include/scsi or drivers/scsi subdirectories
-git-whatchanged --since="2 weeks ago" \-- gitk::
+git whatchanged --since="2 weeks ago" \-- gitk::
Show the changes during the last two weeks to the file 'gitk'.
The "--" is necessary to avoid confusion with the *branch* named
SYNOPSIS
--------
-'git
-write-tree' [--missing-ok] [--prefix=<prefix>/]
+'git
write-tree' [--missing-ok] [--prefix=<prefix>/]
DESCRIPTION
-----------
These attributes affect how the contents stored in the
repository are copied to the working tree files when commands
-such as `git checkout` and `git merge` run. They also affect how
+such as `git-checkout` and `git-merge` run. They also affect how
git stores the contents you prepare in the working tree in the
-repository upon `git add` and `git commit`.
+repository upon `git-add` and `git-commit`.
`crlf`
^^^^^^
a conversion done to the files in the work tree, but there are a
few exceptions. Even though...
-- "git add" itself does not touch the files in the work tree, the
+- "git-add" itself does not touch the files in the work tree, the
next checkout would, so the safety triggers;
-- "git apply" to update a text file with a patch does touch the files
+- "git-apply" to update a text file with a patch does touch the files
in the work tree, but the operation is about text files and CRLF
conversion is about fixing the line ending inconsistencies, so the
safety does not trigger;
-- "git diff" itself does not touch the files in the work tree, it is
- often run to inspect the changes you intend to next "git add". To
+- "git-diff" itself does not touch the files in the work tree, it is
+ often run to inspect the changes you intend to next "git-add". To
catch potential problems early, safety triggers.
Generating diff text
~~~~~~~~~~~~~~~~~~~~
-The attribute `diff` affects if `git diff` generates textual
+The attribute `diff` affects if `git-diff` generates textual
patch for the path or just says `Binary files differ`. It also
can affect what line is shown on the hunk header `@@ -k,l +n,m @@`
line.
------------------------------------------------
$ mkdir git-tutorial
$ cd git-tutorial
-$ git-init
+$ git init
------------------------------------------------
to which git will reply
So to populate the index with the two files you just created, you can do
------------------------------------------------
-$ git-update-index --add hello example
+$ git update-index --add hello example
------------------------------------------------
and you have now told git to track those two files.
you'll have to use the object name, not the filename of the object:
----------------
-$ git-cat-file -t 557db03de997c86a4a028e1ebd3a1ceb225be238
+$ git cat-file -t 557db03de997c86a4a028e1ebd3a1ceb225be238
----------------
where the `-t` tells `git-cat-file` to tell you what the "type" of the
regular file), and you can see the contents with
----------------
-$ git-cat-file "blob" 557db03
+$ git cat-file "blob" 557db03
----------------
which will print out "Hello World". The object `557db03` is nothing
`git-diff-files` command:
------------
-$ git-diff-files
+$ git diff-files
------------
Oops. That wasn't very readable. It just spit out its own internal
differences as a patch, using the `-p` flag:
------------
-$ git-diff-files -p
+$ git diff-files -p
diff --git a/hello b/hello
index 557db03..263414f 100644
--- a/hello
what is recorded in the index, and what is currently in the working
tree. That's very useful.
-A common shorthand for `git-diff-files -p` is to just write `git
+A common shorthand for `git diff-files -p` is to just write `git
diff`, which will do the same thing.
------------
tree was all about, along with information of how we came to that state.
Creating a tree object is trivial, and is done with `git-write-tree`.
-There are no options or other input: git-write-tree will take the
+There are no options or other input: git write-tree will take the
current index state, and write an object that describes that whole
index. In other words, we're now tying together all the different
filenames with their contents (and their permissions), and we're
creating the equivalent of a git "directory" object:
------------------------------------------------
-$ git-write-tree
+$ git write-tree
------------------------------------------------
and this will just output the name of the resulting tree, in this case
----------------
which is another incomprehensible object name. Again, if you want to,
-you can use `git-cat-file -t 8988d\...` to see that this time the object
+you can use `git cat-file -t 8988d\...` to see that this time the object
is not a "blob" object, but a "tree" object (you can also use
-`git-cat-file` to actually output the raw object contents, but you'll see
+`git cat-file` to actually output the raw object contents, but you'll see
mainly a binary mess, so that's less interesting).
However -- normally you'd never use `git-write-tree` on its own, because
all with a sequence of simple shell commands:
------------------------------------------------
-$ tree=$(git-write-tree)
-$ commit=$(echo 'Initial commit' | git-commit-tree $tree)
-$ git-update-ref HEAD $commit
+$ tree=$(git write-tree)
+$ commit=$(echo 'Initial commit' | git commit-tree $tree)
+$ git update-ref HEAD $commit
------------------------------------------------
In this case this creates a totally new commit that is not related to
state in the working tree, and how they don't have to match, even
when we commit things.
-As before, if we do `git-diff-files -p` in our git-tutorial project,
+As before, if we do `git diff-files -p` in our git-tutorial project,
we'll still see the same difference we saw last time: the index file
hasn't changed by the act of committing anything. However, now that we
have committed something, we can also learn to use a new command:
But now we can do
----------------
-$ git-diff-index -p HEAD
+$ git diff-index -p HEAD
----------------
(where `-p` has the same meaning as it did in `git-diff-files`), and it
working tree, but when given the `\--cached` flag, it is told to
instead compare against just the index cache contents, and ignore the
current working tree state entirely. Since we just wrote the index
-file to HEAD, doing `git-diff-index \--cached -p HEAD` should thus return
+file to HEAD, doing `git diff-index \--cached -p HEAD` should thus return
an empty set of differences, and that's exactly what it does.
[NOTE]
update the index cache:
------------------------------------------------
-$ git-update-index hello
+$ git update-index hello
------------------------------------------------
(note how we didn't need the `\--add` flag this time, since git knew
about the file already).
Note what happens to the different `git-diff-\*` versions here. After
-we've updated `hello` in the index, `git-diff-files -p` now shows no
-differences, but `git-diff-index -p HEAD` still *does* show that the
+we've updated `hello` in the index, `git diff-files -p` now shows no
+differences, but `git diff-index -p HEAD` still *does* show that the
current state is different from the state we committed. In fact, now
`git-diff-index` shows the same difference whether we use the `--cached`
flag or not, since now the index is coherent with the working tree.
the same diff that we've already seen several times, we can now do
----------------
-$ git-diff-tree -p HEAD
+$ git diff-tree -p HEAD
----------------
(again, `-p` means to show the difference as a human-readable patch),
powerful)
----------------
-$ git-whatchanged -p
+$ git whatchanged -p
----------------
and you will see exactly what has changed in the repository over its
So after you do a `cp -a` to create a new copy, you'll want to do
+
----------------
-$ git-update-index --refresh
+$ git update-index --refresh
----------------
+
in the new repository to make sure that the index file is up-to-date.
so usually you'll precede the `git-update-index` with a
----------------
-$ git-read-tree --reset HEAD
-$ git-update-index --refresh
+$ git read-tree --reset HEAD
+$ git update-index --refresh
----------------
which will force a total index re-build from the tree pointed to by `HEAD`.
It resets the index contents to `HEAD`, and then the `git-update-index`
makes sure to match up all index entries with the checked-out files.
If the original repository had uncommitted changes in its
-working tree, `git-update-index --refresh` notices them and
+working tree, `git update-index --refresh` notices them and
tells you they need to be updated.
The above can also be written as simply
with the `git xyz` interfaces. You can learn things by just looking
at what the various git scripts do. For example, `git reset` used to be
the above two lines implemented in `git-reset`, but some things like
-`git status` and `git commit` are slightly more complex scripts around
+`git-status` and `git-commit` are slightly more complex scripts around
the basic git commands.
Many (most?) public remote repositories will not contain any of
followed by
----------------
-$ git-read-tree HEAD
+$ git read-tree HEAD
----------------
to populate the index. However, now you have populated the index, and
those, you'd check them out with
----------------
-$ git-checkout-index -u -a
+$ git checkout-index -u -a
----------------
where the `-u` flag means that you want the checkout to keep the index
------------------------------------------------
Here, we just added another line to `hello`, and we used a shorthand for
-doing both `git-update-index hello` and `git commit` by just giving the
+doing both `git update-index hello` and `git commit` by just giving the
filename directly to `git commit`, with an `-i` flag (it tells
git to 'include' that file in addition to what you have done to
the index file so far when making the commit). The `-m` flag is to give the
environment, is `git show-branch`.
------------------------------------------------
-$ git-show-branch --topo-order --more=1 master mybranch
+$ git show-branch --topo-order --more=1 master mybranch
* [master] Merge work in mybranch
! [mybranch] Some work.
--
Now, let's pretend you are the one who did all the work in
`mybranch`, and the fruit of your hard work has finally been merged
to the `master` branch. Let's go back to `mybranch`, and run
-`git merge` to get the "upstream changes" back to your branch.
+`git-merge` to get the "upstream changes" back to your branch.
------------
$ git checkout mybranch
The command it uses is `git-merge-base`:
------------
-$ mb=$(git-merge-base HEAD mybranch)
+$ mb=$(git merge-base HEAD mybranch)
------------
The command writes the commit object name of the common ancestor
tell it by:
------------
-$ git-name-rev $mb
+$ git name-rev $mb
my-first-tag
------------
this:
------------
-$ git-read-tree -m -u $mb HEAD mybranch
+$ git read-tree -m -u $mb HEAD mybranch
------------
This is the same `git-read-tree` command we have already seen,
inspect the index file with this command:
------------
-$ git-ls-files --stage
+$ git ls-files --stage
100644 7f8b141b65fdcee47321e399a2598a235a032422 0 example
100644 263414f423d0e4d70dae8fe53fa34614ff3e2860 1 hello
100644 06fa6a24256dc7e560efa5687fa84b51f0263c3a 2 hello
To look at only non-zero stages, use `\--unmerged` flag:
------------
-$ git-ls-files --unmerged
+$ git ls-files --unmerged
100644 263414f423d0e4d70dae8fe53fa34614ff3e2860 1 hello
100644 06fa6a24256dc7e560efa5687fa84b51f0263c3a 2 hello
100644 cc44c73eb783565da5831b4d820c962954019b69 3 hello
`git-merge-index` command:
------------
-$ git-merge-index git-merge-one-file hello
+$ git merge-index git-merge-one-file hello
Auto-merging hello.
merge: warning: conflicts during merge
ERROR: Merge conflict in hello.
--stage` again at this point:
------------
-$ git-ls-files --stage
+$ git ls-files --stage
100644 7f8b141b65fdcee47321e399a2598a235a032422 0 example
100644 263414f423d0e4d70dae8fe53fa34614ff3e2860 1 hello
100644 06fa6a24256dc7e560efa5687fa84b51f0263c3a 2 hello
------------
This is the state of the index file and the working file after
-`git merge` returns control back to you, leaving the conflicting
+`git-merge` returns control back to you, leaving the conflicting
merge for you to resolve. Notice that the path `hello` is still
-unmerged, and what you see with `git diff` at this point is
+unmerged, and what you see with `git-diff` at this point is
differences since stage 2 (i.e. your version).
done only once.
[NOTE]
-`git push` uses a pair of programs,
+`git-push` uses a pair of programs,
`git-send-pack` on your local machine, and `git-receive-pack`
on the remote machine. The communication between the two over
the network internally uses an SSH connection.
`.git`, we do things slightly differently:
------------
-$ GIT_DIR=my-git.git git-init
+$ GIT_DIR=my-git.git git init
------------
Make sure this directory is available for others you want your
If you plan to publish this repository to be accessed over http,
you should do `chmod +x my-git.git/hooks/post-update` at this
point. This makes sure that every time you push into this
-repository, `git-update-server-info` is run.
+repository, `git update-server-info` is run.
Your "public repository" is now ready to accept your changes.
Come back to the machine you have your private repository. From
3. Push into the public repository from your primary
repository.
-4. `git repack` the public repository. This establishes a big
+4. `git-repack` the public repository. This establishes a big
pack that contains the initial set of objects as the
- baseline, and possibly `git prune` if the transport
+ baseline, and possibly `git-prune` if the transport
used for pulling from your repository supports packed
repositories.
6. Push your changes to the public repository, and announce it
to the public.
-7. Every once in a while, "git repack" the public repository.
+7. Every once in a while, "git-repack" the public repository.
Go back to step 5. and continue working.
A recommended work cycle for a "subsystem maintainer" who works
on that project and has an own "public repository" goes like this:
-1. Prepare your work repository, by `git clone` the public
+1. Prepare your work repository, by `git-clone` the public
repository of the "project lead". The URL used for the
initial cloning is stored in the remote.origin.url
configuration variable.
point at the repository you are borrowing from.
4. Push into the public repository from your primary
- repository. Run `git repack`, and possibly `git prune` if the
+ repository. Run `git-repack`, and possibly `git-prune` if the
transport used for pulling from your repository supports
packed repositories.
"project lead" and possibly your "sub-subsystem
maintainers" to pull from it.
-7. Every once in a while, `git repack` the public repository.
+7. Every once in a while, `git-repack` the public repository.
Go back to step 5. and continue working.
not have a "public" repository is somewhat different. It goes
like this:
-1. Prepare your work repository, by `git clone` the public
+1. Prepare your work repository, by `git-clone` the public
repository of the "project lead" (or a "subsystem
maintainer", if you work on a subsystem). The URL used for
the initial cloning is stored in the remote.origin.url
[NOTE]
================================
The `pull` command knows where to get updates from because of certain
-configuration variables that were set by the first `git clone`
+configuration variables that were set by the first `git-clone`
command; see `git config -l` and the linkgit:git-config[1] man
page for details.
================================
------------------------------------------------
to "push" those commits to the shared repository. If someone else has
-updated the repository more recently, `git push`, like `cvs commit`, will
+updated the repository more recently, `git-push`, like `cvs commit`, will
complain, in which case you must pull any changes before attempting the
push again.
-In the `git push` command above we specify the name of the remote branch
-to update (`master`). If we leave that out, `git push` tries to update
+In the `git-push` command above we specify the name of the remote branch
+to update (`master`). If we leave that out, `git-push` tries to update
any branches in the remote repository that have the same name as a branch
in the local repository. So the last `push` can be done with either of:
:100644 100644 bcd1234... 0123456... M junkfile
------------------------------------------------
-but the command invocation was "git-diff-files myfile", then the
+but the command invocation was "git diff-files myfile", then the
junkfile entry would be removed from the list because only "myfile"
is under consideration.
post-merge
-----------
-This hook is invoked by `git-merge`, which happens when a `git pull`
+This hook is invoked by `git-merge`, which happens when a `git-pull`
is done on a local repository. The hook takes a single parameter, a status
flag specifying whether or not the merge being done was a squash merge.
This hook cannot affect the outcome of `git-merge` and is not executed,
-----------
This hook is invoked by `git-receive-pack` on the remote repository,
-which happens when a `git push` is done on a local repository.
+which happens when a `git-push` is done on a local repository.
Just before starting to update refs on the remote repository, the
pre-receive hook is invoked. Its exit status determines the success
or failure of the update.
------
This hook is invoked by `git-receive-pack` on the remote repository,
-which happens when a `git push` is done on a local repository.
+which happens when a `git-push` is done on a local repository.
Just before updating the ref on the remote repository, the update hook
is invoked. Its exit status determines the success or failure of
the ref update.
------------
This hook is invoked by `git-receive-pack` on the remote repository,
-which happens when a `git push` is done on a local repository.
+which happens when a `git-push` is done on a local repository.
It executes on the remote repository once after all the refs have
been updated.
-----------
This hook is invoked by `git-receive-pack` on the remote repository,
-which happens when a `git push` is done on a local repository.
+which happens when a `git-push` is done on a local repository.
It executes on the remote repository once after all the refs have
been updated.
An example:
--------------------------------------------------------------
- $ git-status
+ $ git status
[...]
# Untracked files:
[...]
*.html
# except foo.html which is maintained by hand
!foo.html
- $ git-status
+ $ git status
[...]
# Untracked files:
[...]
are available in this object store. Whenever a pack is
added or removed, `git update-server-info` should be run
to keep this file up-to-date if the repository is
- published for dumb transports. `git repack` does this
+ published for dumb transports. `git-repack` does this
by default.
objects/info/alternates::
refs::
References are stored in subdirectories of this
- directory. The `git prune` command knows to keep
+ directory. The `git-prune` command knows to keep
objects reachable from refs found in this directory and
its subdirectories.
branches::
A slightly deprecated way to store shorthands to be used
- to specify URL to `git fetch`, `git pull` and `git push`
+ to specify URL to `git-fetch`, `git-pull` and `git-push`
commands is to store a file in `branches/<name>` and
give 'name' to these commands in place of 'repository'
argument.
hooks::
Hooks are customization scripts used by various git
commands. A handful of sample hooks are installed when
- `git init` is run, but all of them are disabled by
+ `git-init` is run, but all of them are disabled by
default. To enable, they need to be made executable.
Read linkgit:githooks[5] for more details about
each hook.
This file helps dumb transports discover what refs are
available in this repository. If the repository is
published for dumb transports, this file should be
- regenerated by `git update-server-info` every time a tag
+ regenerated by `git-update-server-info` every time a tag
or branch is created or modified. This is normally done
from the `hooks/update` hook, which is run by the
- `git-receive-pack` command when you `git push` into the
+ `git-receive-pack` command when you `git-push` into the
repository.
info/grafts::
info/exclude::
This file, by convention among Porcelains, stores the
exclude pattern list. `.gitignore` is the per-directory
- ignore file. `git status`, `git add`, `git rm` and
- `git clean` look at it but the core git commands do not look
+ ignore file. `git-status`, `git-add`, `git-rm` and
+ `git-clean` look at it but the core git commands do not look
at it. See also: linkgit:gitignore[5].
remotes::
Stores shorthands to be used to give URL and default
refnames to interact with remote repository to
- `git fetch`, `git pull` and `git push` commands.
+ `git-fetch`, `git-pull` and `git-push` commands.
logs::
Records of changes made to refs are stored in this
The index file
--------------
-The primary tool we've been using to create commits is "git commit
+The primary tool we've been using to create commits is "git-commit
-a", which creates a commit including every change you've made to
your working tree. But what if you want to commit changes only to
certain files? Or only certain changes to certain files?
+hello world, again
------------------------------------------------
-So "git diff" is comparing against something other than the head.
+So "git-diff" is comparing against something other than the head.
The thing that it's comparing against is actually the index file,
which is stored in .git/index in a binary format, but whose contents
we can examine with ls-files:
hello world, again
------------------------------------------------
-So what our "git add" did was store a new blob and then put
+So what our "git-add" did was store a new blob and then put
a reference to it in the index file. If we modify the file again,
-we'll see that the new modifications are reflected in the "git diff"
+we'll see that the new modifications are reflected in the "git-diff"
output:
------------------------------------------------
+again?
------------------------------------------------
-With the right arguments, git diff can also show us the difference
+With the right arguments, git-diff can also show us the difference
between the working directory and the last commit, or between the
index and the last commit:
+hello world, again
------------------------------------------------
-At any time, we can create a new commit using "git commit" (without
+At any time, we can create a new commit using "git-commit" (without
the -a option), and verify that the state committed only includes the
changes stored in the index file, not the additional change that is
still only in our working tree:
+again?
------------------------------------------------
-So by default "git commit" uses the index to create the commit, not
+So by default "git-commit" uses the index to create the commit, not
the working tree; the -a option to commit tells it to first update
the index with all changes in the working tree.
-Finally, it's worth looking at the effect of "git add" on the index
+Finally, it's worth looking at the effect of "git-add" on the index
file:
------------------------------------------------
$ git add closing.txt
------------------------------------------------
-The effect of the "git add" was to add one entry to the index file:
+The effect of the "git-add" was to add one entry to the index file:
------------------------------------------------
$ git ls-files --stage
This will again prompt you for a message describing the change, and then
record a new version of the project.
-Alternatively, instead of running `git add` beforehand, you can use
+Alternatively, instead of running `git-add` beforehand, you can use
------------------------------------------------
$ git commit -a
Many revision control systems provide an "add" command that tells the
system to start tracking changes to a new file. Git's "add" command
-does something simpler and more powerful: `git add` is used both for new
+does something simpler and more powerful: `git-add` is used both for new
and newly modified files, and in both cases it takes a snapshot of the
given files and stages that content in the index, ready for inclusion in
the next commit.
------------------------------------------------
With this, Alice can perform the first operation alone using the
-"git fetch" command without merging them with her own branch,
+"git-fetch" command without merging them with her own branch,
using:
-------------------------------------
-------------------------------------
Unlike the longhand form, when Alice fetches from Bob using a
-remote repository shorthand set up with `git remote`, what was
+remote repository shorthand set up with `git-remote`, what was
fetched is stored in a remote tracking branch, in this case
`bob/master`. So after this:
-----------------
Git history is represented as a series of interrelated commits. We
-have already seen that the git log command can list those commits.
+have already seen that the git-log command can list those commits.
Note that first line of each git log entry also gives a name for the
commit:
merge-base: Clarify the comments on post processing.
-------------------------------------
-We can give this name to git show to see the details about this
+We can give this name to git-show to see the details about this
commit.
-------------------------------------
You can also give commits names of your own; after running
-------------------------------------
-$ git-tag v2.5 1b2e1d63ff
+$ git tag v2.5 1b2e1d63ff
-------------------------------------
you can refer to 1b2e1d63ff by the name "v2.5". If you intend to
Be careful with that last command: in addition to losing any changes
in the working directory, it will also remove all later commits from
this branch. If this branch is the only branch containing those
-commits, they will be lost. Also, don't use "git reset" on a
+commits, they will be lost. Also, don't use "git-reset" on a
publicly-visible branch that other developers pull from, as it will
force needless merges on other developers to clean up the history.
If you need to undo changes that you have pushed, use linkgit:git-revert[1]
instead.
-The git grep command can search for strings in any version of your
+The git-grep command can search for strings in any version of your
project, so
-------------------------------------
searches for all occurrences of "hello" in v2.5.
-If you leave out the commit name, git grep will search any of the
+If you leave out the commit name, git-grep will search any of the
files it manages in your current directory. So
-------------------------------------
is a quick way to search just the files that are tracked by git.
Many git commands also take sets of commits, which can be specified
-in a number of ways. Here are some examples with git log:
+in a number of ways. Here are some examples with git-log:
-------------------------------------
$ git log v2.5..v2.6 # commits between v2.5 and v2.6
# Makefile
-------------------------------------
-You can also give git log a "range" of commits where the first is not
+You can also give git-log a "range" of commits where the first is not
necessarily an ancestor of the second; for example, if the tips of
the branches "stable-release" and "master" diverged from a common
commit some time ago, then
will show the list of commits made on the stable branch but not
the experimental branch.
-The "git log" command has a weakness: it must present commits in a
+The "git-log" command has a weakness: it must present commits in a
list. When the history has lines of development that diverged and
-then merged back together, the order in which "git log" presents
+then merged back together, the order in which "git-log" presents
those commits is meaningless.
Most projects with multiple contributors (such as the linux kernel,
$ git diff v2.5:Makefile HEAD:Makefile.in
-------------------------------------
-You can also use "git show" to see any such file:
+You can also use "git-show" to see any such file:
-------------------------------------
$ git show v2.5:Makefile
did, and why.
Every commit has a 40-hexdigit id, sometimes called the "object name" or the
-"SHA1 id", shown on the first line of the "git show" output. You can usually
+"SHA1 id", shown on the first line of the "git-show" output. You can usually
refer to a commit by a shorter name, such as a tag or a branch name, but this
longer name can also be useful. Most importantly, it is a globally unique
name for this commit: so if you tell somebody else the object name (for
REVISIONS" section of linkgit:git-rev-parse[1].
[[Updating-a-repository-with-git-fetch]]
-Updating a repository with git fetch
+Updating a repository with git-fetch
------------------------------------
Eventually the developer cloned from will do additional work in her
-------------------------------------------------
New remote-tracking branches will be stored under the shorthand name
-that you gave "git remote add", in this case linux-nfs:
+that you gave "git-remote add", in this case linux-nfs:
-------------------------------------------------
$ git branch -r
shows the difference between the working tree and the index file.
-Note that "git add" always adds just the current contents of a file
+Note that "git-add" always adds just the current contents of a file
to the index; further changes to the same file will be ignored unless
you run git-add on the file again.
A project will often generate files that you do 'not' want to track with git.
This typically includes files generated by a build process or temporary
backup files made by your editor. Of course, 'not' tracking files with git
-is just a matter of 'not' calling "`git add`" on them. But it quickly becomes
+is just a matter of 'not' calling "`git-add`" on them. But it quickly becomes
annoying to have these untracked files lying around; e.g. they make
"`git add .`" and "`git commit -a`" practically useless, and they keep
showing up in the output of "`git status`".
In the process of undoing a previous bad change, you may find it
useful to check out an older version of a particular file using
-linkgit:git-checkout[1]. We've used git checkout before to switch
+linkgit:git-checkout[1]. We've used git-checkout before to switch
branches, but it has quite different behavior if it is given a path
name: the command
===============================
[[getting-updates-with-git-pull]]
-Getting updates with git pull
+Getting updates with git-pull
-----------------------------
After you clone a repository and make a few changes of your own, you
Another way to submit changes to a project is to tell the maintainer
of that project to pull the changes from your repository using
linkgit:git-pull[1]. In the section "<<getting-updates-with-git-pull,
-Getting updates with git pull>>" we described this as a way to get
+Getting updates with git-pull>>" we described this as a way to get
updates from the "main" repository, but it works just as well in the
other direction.
them.
[[forcing-fetch]]
-Forcing git fetch to do non-fast-forward updates
+Forcing git-fetch to do non-fast-forward updates
------------------------------------------------
If git fetch fails because the new head of a branch is not a
$ git config remote.example.fetch +master:ref/remotes/example/master
-------------------------------------------------
-Don't do this unless you're sure you won't mind "git fetch" possibly
+Don't do this unless you're sure you won't mind "git-fetch" possibly
throwing away commits on mybranch.
Also note that all of the above configuration can be performed by
Assume the output looks like this:
------------------------------------------------
-$ git-fsck --full
+$ git fsck --full
broken link from tree 2d9263c6d23595e7cb2a21e5ebbb53655278dff8
to blob 4b9458b3786228369c63936db65827de3cc06200
missing blob 4b9458b3786228369c63936db65827de3cc06200
NOTE: Do not use local URLs here if you plan to publish your superproject!
-See what files `git submodule` created:
+See what files `git-submodule` created:
-------------------------------------------------
$ ls -a
. .. .git .gitmodules a b c d
-------------------------------------------------
-The `git submodule add` command does a couple of things:
+The `git-submodule add` command does a couple of things:
- It clones the submodule under the current directory and by default checks out
the master branch.
$ git submodule init
-------------------------------------------------
-Now use `git submodule update` to clone the repositories and check out the
+Now use `git-submodule update` to clone the repositories and check out the
commits specified in the superproject:
-------------------------------------------------
. .. .git a.txt
-------------------------------------------------
-One major difference between `git submodule update` and `git submodule add` is
-that `git submodule update` checks out a specific commit, rather than the tip
+One major difference between `git-submodule update` and `git-submodule add` is
+that `git-submodule update` checks out a specific commit, rather than the tip
of a branch. It's like checking out a tag: the head is detached, so you're not
working on a branch.
index. Normal operation is just
-------------------------------------------------
-$ git-read-tree <sha1 of tree>
+$ git read-tree <sha1 of tree>
-------------------------------------------------
and your index file will now be equivalent to the tree that you saved
with
-------------------------------------------------
-$ git-checkout-index filename
+$ git checkout-index filename
-------------------------------------------------
or, if you want to check out all of the index, use `-a`.
state at the time of the commit, and a list of parents:
-------------------------------------------------
-$ git
-commit-tree <tree> -p <parent> [-p <parent2> ..]
+$ git
commit-tree <tree> -p <parent> [-p <parent2> ..]
-------------------------------------------------
and then giving the reason for the commit on stdin (either through
object:
-------------------------------------------------
-$ git-cat-file -t <objectname>
+$ git cat-file -t <objectname>
-------------------------------------------------
shows the type of the object, and once you have the type (which is
usually implicit in where you find the object), you can use
-------------------------------------------------
-$ git-cat-file blob|tree|commit|tag <objectname>
+$ git cat-file blob|tree|commit|tag <objectname>
-------------------------------------------------
to show its contents. NOTE! Trees have binary content, and as a result
you can do
-------------------------------------------------
-$ git-cat-file commit HEAD
+$ git cat-file commit HEAD
-------------------------------------------------
to see what the top commit was.
of two commits with
-------------------------------------------------
-$ git-merge-base <commit1> <commit2>
+$ git merge-base <commit1> <commit2>
-------------------------------------------------
which will return you the commit they are both based on. You should
do with (for example)
-------------------------------------------------
-$ git-cat-file commit <commitname> | head -1
+$ git cat-file commit <commitname> | head -1
-------------------------------------------------
since the tree object information is always the first line in a commit
To do the merge, do
-------------------------------------------------
-$ git-read-tree -m -u <origtree> <yourtree> <targettree>
+$ git read-tree -m -u <origtree> <yourtree> <targettree>
-------------------------------------------------
which will do all trivial merge operations for you directly in the
object, and you will have to resolve any such merge clashes using
other tools before you can write out the result.
-You can examine such index state with `git-ls-files --unmerged`
+You can examine such index state with `git ls-files --unmerged`
command. An example:
------------------------------------------------
-$ git-read-tree -m $orig HEAD $target
-$ git-ls-files --unmerged
+$ git read-tree -m $orig HEAD $target
+$ git ls-files --unmerged
100644 263414f423d0e4d70dae8fe53fa34614ff3e2860 1 hello.c
100644 06fa6a24256dc7e560efa5687fa84b51f0263c3a 2 hello.c
100644 cc44c73eb783565da5831b4d820c962954019b69 3 hello.c
------------------------------------------------
-Each line of the `git-ls-files --unmerged` output begins with
+Each line of the `git ls-files --unmerged` output begins with
the blob mode bits, blob SHA1, 'stage number', and the
filename. The 'stage number' is git's way to say which tree it
came from: stage 1 corresponds to `$orig` tree, stage 2 `HEAD`
the blob objects from these three stages yourself, like this:
------------------------------------------------
-$ git-cat-file blob 263414f... >hello.c~1
-$ git-cat-file blob 06fa6a2... >hello.c~2
-$ git-cat-file blob cc44c73... >hello.c~3
+$ git cat-file blob 263414f... >hello.c~1
+$ git cat-file blob 06fa6a2... >hello.c~2
+$ git cat-file blob cc44c73... >hello.c~3
$ git merge-file hello.c~2 hello.c~1 hello.c~3
------------------------------------------------
-------------------------------------------------
$ mv -f hello.c~2 hello.c
-$ git-update-index hello.c
+$ git update-index hello.c
-------------------------------------------------
When a path is in unmerged state, running `git-update-index` for
stages to temporary files and calls a "merge" script on it:
-------------------------------------------------
-$ git-merge-index git-merge-one-file hello.c
+$ git merge-index git-merge-one-file hello.c
-------------------------------------------------
-and that is what higher level `git merge -s resolve` is implemented with.
+and that is what higher level `git-merge -s resolve` is implemented with.
[[hacking-git]]
Hacking git
If you are interested in more details of the revision walking process,
just have a look at the first implementation of `cmd_log()`; call
-`git-show v1.3.0{tilde}155^2{tilde}4` and scroll down to that function (note that you
+`git show v1.3.0{tilde}155^2{tilde}4` and scroll down to that function (note that you
no longer need to call `setup_pager()` directly).
Nowadays, `git log` is a builtin, which means that it is _contained_ in the
-----------------------------------
Sometimes, you do not know where to look for a feature. In many such cases,
-it helps to search through the output of `git log`, and then `git show` the
+it helps to search through the output of `git log`, and then `git-show` the
corresponding commit.
-Example: If you know that there was some test case for `git bundle`, but
+Example: If you know that there was some test case for `git-bundle`, but
do not remember where it was (yes, you _could_ `git grep bundle t/`, but that
does not illustrate the point!):
projects / git.git / commitdiff