SYNOPSIS
--------
-git annotate [options] file [revision]
+'git annotate' [options] file [revision]
DESCRIPTION
-----------
without using the working tree. This implies '--index'.
--build-fake-ancestor <file>::
- Newer git-diff output has embedded 'index information'
+ Newer `git-diff` output has embedded 'index information'
for each blob to help identify the original version that
the patch applies to. When this flag is given, and if
the original versions of the blobs is available locally,
Apply the patch in reverse.
--reject::
- For atomicity, linkgit:git-apply[1] by default fails the whole patch and
+ For atomicity, `git-apply` by default fails the whole patch and
does not touch the working tree when some of the hunks
do not apply. This option makes it apply
the parts of the patch that are applicable, and leave the
ever ignored.
--unidiff-zero::
- By default, linkgit:git-apply[1] expects that the patch being
+ By default, `git-apply` expects that the patch being
applied is a unified diff with at least one line of context.
This provides good safety measures, but breaks down when
applying a diff generated with --unified=0. To bypass these
--apply::
If you use any of the options marked "Turns off
- 'apply'" above, linkgit:git-apply[1] reads and outputs the
+ 'apply'" above, `git-apply` reads and outputs the
information you asked without actually applying the
patch. Give this flag after those flags to also apply
the patch.
considered whitespace errors.
+
By default, the command outputs warning messages but applies the patch.
-When linkgit:git-apply[1] is used for statistics and not applying a
+When `git-apply is used for statistics and not applying a
patch, it defaults to `nowarn`.
+
You can use different `<action>` to control this
Submodules
----------
-If the patch contains any changes to submodules then linkgit:git-apply[1]
+If the patch contains any changes to submodules then `git-apply`
treats these changes as follows.
If --index is specified (explicitly or implicitly), then the submodule
Make sure you have a recent version of `tla` available in the path. `tla` must
know about the repositories you pass to `git-archimport`.
-For the initial import `git-archimport` expects to find itself in an empty
+For the initial import, `git-archimport` expects to find itself in an empty
directory. To follow the development of a project that uses Arch, rerun
`git-archimport` with the same parameters as the initial import to perform
incremental imports.
-While git-archimport will try to create sensible branch names for the
+While `git-archimport` will try to create sensible branch names for the
archives that it imports, it is also possible to specify git branch names
manually. To do so, write a git branch name after each <archive/branch>
parameter, separated by a colon. This way, you can shorten the Arch
-o::
Use this for compatibility with old-style branch names used by
- earlier versions of git-archimport. Old-style branch names
+ earlier versions of `git-archimport`. Old-style branch names
were category--branch, whereas new-style branch names are
archive,category--branch--version. In both cases, names given
on the command-line will override the automatically-generated
output. If <prefix> is specified it is
prepended to the filenames in the archive.
-'git-archive' behaves differently when given a tree ID versus when
+`git-archive` behaves differently when given a tree ID versus when
given a commit ID or tag ID. In the first case the current time is
used as modification time of each file in the archive. In the latter
case the commit time as recorded in the referenced commit object is
used instead. Additionally the commit ID is stored in a global
extended pax header if the tar format is used; it can be extracted
-using 'git-get-tar-commit-id'. In ZIP files it is stored as a file
+using `git-get-tar-commit-id`. In ZIP files it is stored as a file
comment.
OPTIONS
--exec=<git-upload-archive>::
Used with --remote to specify the path to the
- git-upload-archive executable on the remote side.
+ `git-upload-archive` on the remote side.
<tree-ish>::
The tree or commit to produce an archive for.
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` 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.
work around other problem this bisection is not interested in")
applied to the revision being tested.
-To cope with such a situation, after the inner git-bisect finds the
+To cope with such a situation, after the inner `git-bisect` finds the
next revision to test, with the "run" script, you can apply that tweak
before compiling, run the real test, and after the test decides if the
revision (possibly with the needed tweaks) passed the test, rewind the
tree to the pristine state. Finally the "run" script can exit with
-the status of the real test to let "git bisect run" command loop to
-know the outcome.
+the status of the real test to let the "git bisect run" command loop to
+determine the outcome.
EXAMPLES
--------
Also it can limit the range of lines annotated.
This report doesn't tell you anything about lines which have been deleted or
-replaced; you need to use a tool such as linkgit:git-diff[1] or the "pickaxe"
+replaced; you need to use a tool such as `git-diff` or the "pickaxe"
interface briefly mentioned in the following paragraph.
Apart from supporting file annotation, git also supports searching the
file (see `-M`). The first number listed is the score.
This is the number of alphanumeric characters detected
to be moved between or within files. This must be above
- a certain threshold for git-blame to consider those lines
+ a certain threshold for `git-blame` to consider those lines
of code to have been moved.
-f::
new branch.
When a local branch is started off a remote branch, git sets up the
-branch so that linkgit:git-pull[1] will appropriately merge from
+branch so that `git-pull` will appropriately merge from
the remote branch. This behavior may be changed via the global
`branch.autosetupmerge` configuration flag. That setting can be
overridden by using the `--track` and `--no-track` options.
Use -r together with -d to delete remote-tracking branches. Note, that it
only makes sense to delete remote-tracking branches if they no longer exist
-in remote repository or if linkgit:git-fetch[1] was configured not to fetch
+in remote repository or if `git-fetch` was configured not to fetch
them again. See also 'prune' subcommand of linkgit:git-remote[1] for way to
clean up all obsolete remote-tracking branches.
Display the full sha1s in output listing rather than abbreviating them.
--track::
- When creating a new branch, set up configuration so that git-pull
+ When creating a new branch, set up configuration so that `git-pull`
will automatically retrieve data from the start point, which must be
a branch. Use this if you always pull from the same upstream branch
into the new branch, and if you don't want to use "git pull
<repository> <refspec>" explicitly. This behavior is the default
when the start point is a remote branch. Set the
branch.autosetupmerge configuration variable to `false` if you want
- git-checkout and git-branch to always behave as if '--no-track' were
+ `git-checkout` and `git-branch` to always behave as if '--no-track' were
given. Set it to `always` if you want this behavior when the
start-point is either a local or remote branch.
machine be replicated on another machine, but the two machines cannot
be directly connected so the interactive git protocols (git, ssh,
rsync, http) cannot be used. This command provides support for
-git-fetch and git-pull to operate by packaging objects and references
+`git-fetch` and `git-pull` to operate by packaging objects and references
in an archive at the originating machine, then importing those into
-another repository using linkgit:git-fetch[1] and linkgit:git-pull[1]
+another repository using `git-fetch` and `git-pull`
after moving the archive by some means (i.e., by sneakernet). As no
direct connection between repositories exists, the user must specify a
basis for the bundle that is held by the destination repository: the
create <file>::
Used to create a bundle named 'file'. This requires the
- git-rev-list arguments to define the bundle contents.
+ `git-rev-list` arguments to define the bundle contents.
verify <file>::
Used to check that a bundle file is valid and will apply
cleanly to the current repository. This includes checks on the
bundle format itself as well as checking that the prerequisite
commits exist and are fully linked in the current repository.
- git-bundle prints a list of missing commits, if any, and exits
+ `git-bundle` prints a list of missing commits, if any, and exits
with non-zero status.
list-heads <file>::
printed out.
unbundle <file>::
- Passes the objects in the bundle to linkgit:git-index-pack[1]
+ Passes the objects in the bundle to `git-index-pack`
for storage in the repository, then prints the names of all
defined references. If a reflist is given, only references
matching those in the given list are printed. This command is
- really plumbing, intended to be called only by
- linkgit:git-fetch[1].
+ really plumbing, intended to be called only by `git-fetch`.
[git-rev-list-args...]::
- A list of arguments, acceptable to git-rev-parse and
- git-rev-list, that specify the specific objects and references
+ A list of arguments, acceptable to `git-rev-parse` and
+ `git-rev-list`, that specify the specific objects and references
to transport. For example, "master~10..master" causes the
current master reference to be packaged along with all objects
added since its 10th ancestor commit. There is no explicit
[refname...]::
A list of references used to limit the references reported as
- available. This is principally of use to git-fetch, which
+ available. This is principally of use to `git-fetch`, which
expects to receive only those references asked for and not
- necessarily everything in the pack (in this case, git-bundle is
- acting like linkgit:git-fetch-pack[1]).
+ necessarily everything in the pack (in this case, `git-bundle` is
+ acting like `git-fetch-pack`).
SPECIFYING REFERENCES
---------------------
-git-bundle will only package references that are shown by
-git-show-ref: this includes heads, tags, and remote heads. References
+`git-bundle` will only package references that are shown by
+`git-show-ref`: this includes heads, tags, and remote heads. References
such as master~1 cannot be packaged, but are perfectly suitable for
defining the basis. More than one reference may be packaged, and more
than one basis can be specified. The objects packaged are those not
. 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".
+ `git-cat-file`: "git cat-file blob v1.3.3:refs.c".
GIT
which will force all existing `*.h` files to be replaced with their
cached copies. If an empty command line implied "all", then this would
force-refresh everything in the index, which was not the point. But
-since git-checkout-index accepts --stdin it would be faster to use:
+since `git-checkout-index` accepts --stdin it would be faster to use:
----------------
$ find . -name '*.h' -print0 | git checkout-index -f -z --stdin
-t::
--track::
- When creating a new branch, set up configuration so that git-pull
+ When creating a new branch, set up configuration so that `git-pull`
will automatically retrieve data from the start point, which must be
a branch. Use this if you always pull from the same upstream branch
into the new branch, and if you don't want to use "git pull
<repository> <refspec>" explicitly. This behavior is the default
when the start point is a remote branch. Set the
branch.autosetupmerge configuration variable to `false` if you want
- git-checkout and git-branch to always behave as if '--no-track' were
+ `git-checkout` and `git-branch` to always behave as if '--no-track' were
given. Set it to `always` if you want this behavior when the
start-point is either a local or remote branch.
-------
<commit>::
Commit to cherry-pick.
- For a more complete list of ways to spell commits, see
+ For a more complete list of ways to spell commits, see the
"SPECIFYING REVISIONS" section in linkgit:git-rev-parse[1].
-e::
-----------
The changeset (or "diff") of each commit between the fork-point and <head>
is compared against each commit between the fork-point and <upstream>.
-The commits are compared with their 'patch id', obtained from linkgit:git-patch-id[1]
-program.
+The commits are compared with their 'patch id', obtained from
+the `git-patch-id` program.
Every commit that doesn't exist in the <upstream> branch
has its id (sha1) reported, prefixed by a symbol. The ones that have
\__*__*__<limit>__-__+__> <head>
-Because git-cherry compares the changeset rather than the commit id
-(sha1), you can use git-cherry to find out if a commit you made locally
+Because `git-cherry` compares the changeset rather than the commit id
+(sha1), you can use `git-cherry` to find out if a commit you made locally
has been applied <upstream> under a different commit id. For example,
this will happen if you're feeding patches <upstream> via email rather
than pushing or pulling commits directly.
A Tcl/Tk based graphical interface to review modified files, stage
them into the index, enter a commit message and record the new
commit onto the current branch. This interface is an alternative
-to the less interactive linkgit:git-commit[1] program.
+to the less interactive `git-commit` program.
-git-citool is actually a standard alias for 'git gui citool'.
+`git-citool` is actually a standard alias for `git gui citool`.
See linkgit:git-gui[1] for more details.
Author
-f::
If the git configuration specifies clean.requireForce as true,
- git-clean will refuse to run unless given -f or -n.
+ `git-clean` will refuse to run unless given -f or -n.
-n::
--dry-run::
-x::
Don't use the ignore rules. This allows removing all untracked
files, including build products. This can be used (possibly in
- conjunction with linkgit:git-reset[1]) to create a pristine
+ conjunction with `git-reset`) to create a pristine
working directory to test a clean build.
-X::
repository using this option and then delete branches (or use any
other git command that makes any existing commit unreferenced) in the
source repository, some objects may become unreferenced (or dangling).
-These objects may be removed by normal git operations (such as git-commit[1])
-which automatically call git-gc[1]. If these objects are removed and
-were referenced by the cloned repository, then the cloned repository
-will become corrupt.
+These objects may be removed by normal git operations (such as `git-commit`)
+which automatically call `git gc --auto`. (See linkgit:git-gc[1].)
+If these objects are removed and were referenced by the cloned repository,
+then the cloned repository will become corrupt.
--quiet::
-q::
Operate quietly. This flag is passed to "rsync" and
- "git-fetch-pack" commands when given.
+ `git-fetch-pack` commands when given.
--no-checkout::
-n::
--upload-pack <upload-pack>::
-u <upload-pack>::
When given, and the repository to clone from is handled
- by 'git-fetch-pack', '--exec=<upload-pack>' is passed to
+ by `git-fetch-pack`, `--exec=<upload-pack>` is passed to
the command to specify non-default path for the command
run on the other end.
present, system user name and fully qualified hostname.
A commit comment is read from stdin. If a changelog
-entry is not provided via "<" redirection, "git-commit-tree" will just wait
+entry is not provided via "<" redirection, `git-commit-tree` will just wait
for one to be entered and terminated with ^D.
The content to be added can be specified in several ways:
-1. by using linkgit:git-add[1] to incrementally "add" changes to the
+1. by using `git-add` to incrementally "add" changes to the
index before using the 'commit' command (Note: even modified
files must be "added");
-2. by using linkgit:git-rm[1] to remove files from the working tree
+2. by using `git-rm` to remove files from the working tree
and the index, again before using the 'commit' command;
3. by listing files as arguments to the 'commit' command, in which
by one which files should be part of the commit, before finalizing the
operation. Currently, this is done by invoking `git-add --interactive`.
-The linkgit:git-status[1] command can be used to obtain a
+The `git-status` command can be used to obtain a
summary of what is included by any of the above for the next
commit by giving the same set of parameters you would give to
this command.
-If you make a commit and then found a mistake immediately after
-that, you can recover from it with linkgit:git-reset[1].
+If you make a commit and then find a mistake immediately after
+that, you can recover from it with `git-reset`.
OPTIONS
--------
When recording your own work, the contents of modified files in
your working tree are temporarily stored to a staging area
-called the "index" with linkgit:git-add[1]. A file can be
+called the "index" with `git-add`. 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>`,
which effectively reverts `git-add` and prevents the changes to
this second commit would record the changes to `hello.c` and
`hello.h` as expected.
-After a merge (initiated by either linkgit:git-merge[1] or
-linkgit:git-pull[1]) stops because of conflicts, cleanly merged
+After a merge (initiated by `git-merge` or `git-pull`) stops
+because of conflicts, cleanly merged
paths are already staged to be committed for you, and paths that
conflicted are left in unmerged state. You would have to first
-check which paths are conflicting with linkgit:git-status[1]
+check which paths are conflicting with `git-status`
and after fixing them manually in your working tree, you would
-stage the result as usual with linkgit:git-add[1]:
+stage the result as usual with `git-add`:
------------
$ git status | grep unmerged
prepend a single exclamation mark in front (see also <<EXAMPLES>>).
The type specifier can be either '--int' or '--bool', which will make
-'git-config' ensure that the variable(s) are of the given type and
+`git-config` ensure that the variable(s) are of the given type and
convert the value to the canonical form (simple decimal number for int,
a "true" or "false" string for bool). If no type specifier is passed,
no checks or transformations are performed on the value.
List all variables set in config file.
--bool::
- git-config will ensure that the output is "true" or "false"
+ `git-config` will ensure that the output is "true" or "false"
--int::
- git-config will ensure that the output is a simple
+ `git-config` will ensure that the output is a simple
decimal number. An optional value suffix of 'k', 'm', or 'g'
in the config file will cause the value to be multiplied
by 1024, 1048576, or 1073741824 prior to output.
-----
If not set explicitly with '--file', there are three files where
-git-config will search for configuration options:
+`git-config` will search for configuration options:
$GIT_DIR/config::
Repository specific configuration file. (The filename is
If no further options are given, all reading options will read all of these
files that are available. If the global or the system-wide configuration
file are not available they will be ignored. If the repository configuration
-file is not available or readable, git-config will exit with a non-zero
+file is not available or readable, `git-config` will exit with a non-zero
error code. However, in neither case will an error message be issued.
All writing options will per default write to the repository specific
configuration file. Note that this also affects options like '--replace-all'
-and '--unset'. *git-config will only ever change one file at a time*.
+and '--unset'. *`git-config` will only ever change one file at a time*.
You can override these rules either by command line options or by environment
variables. The '--global' and the '--system' options will limit the file used
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
Supports file additions, removals, and commits that affect binary files.
-If the commit is a merge commit, you must tell git-cvsexportcommit what parent
-should the changeset be done against.
+If the commit is a merge commit, you must tell `git-cvsexportcommit` what
+parent the changeset should be done against.
OPTIONS
-------
At least version 2.1 is required.
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
+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.
-d <CVSROOT>::
The root of the CVS archive. May be local (a simple path) or remote;
currently, only the :local:, :ext: and :pserver: access methods
- are supported. If not given, git-cvsimport will try to read it
+ are supported. If not given, `git-cvsimport` will try to read it
from `CVS/Root`. If no such file exists, it checks for the
`CVSROOT` environment variable.
<CVS_module>::
The CVS module you want to import. Relative to <CVSROOT>.
- If not given, git-cvsimport tries to read it from
+ If not given, `git-cvsimport` tries to read it from
`CVS/Repository`.
-C <target-dir>::
-r <remote>::
The git remote to import this CVS repository into.
Moves all CVS branches into remotes/<remote>/<branch>
- akin to the git-clone --use-separate-remote option.
+ akin to the `git-clone` "--use-separate-remote" option.
-o <branch-for-HEAD>::
When no remote is specified (via -r) the 'HEAD' branch
from CVS is imported to the 'origin' branch within the git
repository, as 'HEAD' already has a special meaning for git.
When a remote is specified the 'HEAD' branch is named
- remotes/<remote>/master mirroring git-clone behaviour.
+ remotes/<remote>/master mirroring `git-clone` behaviour.
Use this option if you want to import into a different
branch.
+
---------
+
-git-cvsimport will make it appear as those authors had
+`git-cvsimport` will make it appear as those authors had
their GIT_AUTHOR_NAME and GIT_AUTHOR_EMAIL set properly
all along.
+
For convenience, this data is saved to `$GIT_DIR/cvs-authors`
each time the '-A' option is provided and read from that same
-file each time git-cvsimport is run.
+file each time `git-cvsimport` is run.
+
It is not recommended to use this feature if you intend to
export changes back to CVS again later with
-linkgit:git-cvsexportcommit[1].
+`git-cvsexportcommit`.
-h::
Print a short usage message and exit.
CVS clients cannot tag, branch or perform GIT merges.
-git-cvsserver maps GIT branches to CVS modules. This is very different
+`git-cvsserver` maps GIT branches to CVS modules. This is very different
from what most CVS users would expect since in CVS modules usually represent
one or more directories.
------
No special setup is needed for SSH access, other than having GIT tools
in the PATH. If you have clients that do not accept the CVS_SERVER
-environment variable, you can rename git-cvsserver to cvs.
+environment variable, you can rename `git-cvsserver` to `cvs`.
Note: Newer CVS versions (>= 1.12.11) also support specifying
CVS_SERVER directly in CVSROOT like
------
This has the advantage that it will be saved in your 'CVS/Root' files and
you don't need to worry about always setting the correct environment
-variable. SSH users restricted to git-shell don't need to override the default
-with CVS_SERVER (and shouldn't) as git-shell understands `cvs` to mean
-git-cvsserver and pretends that the other end runs the real cvs better.
+variable. SSH users restricted to `git-shell` don't need to override the default
+with CVS_SERVER (and shouldn't) as `git-shell` understands `cvs` to mean
+`git-cvsserver` and pretends that the other end runs the real `cvs` better.
--
2. For each repo that you want accessible from CVS you need to edit config in
the repo and add the following section.
logfile=/path/to/logfile
------
-Note: you need to ensure each user that is going to invoke git-cvsserver has
+Note: you need to ensure each user that is going to invoke `git-cvsserver` has
write access to the log file and to the database (see
<<dbbackend,Database Backend>>. If you want to offer write access over
SSH, the users of course also need write access to the git repository itself.
automatically saving it in your 'CVS/Root' files, then you need to set them
explicitly in your environment. CVSROOT should be set as per normal, but the
directory should point at the appropriate git repo. As above, for SSH clients
- _not_ restricted to git-shell, CVS_SERVER should be set to git-cvsserver.
+ _not_ restricted to `git-shell`, CVS_SERVER should be set to `git-cvsserver`.
+
--
------
Database Backend
----------------
-git-cvsserver uses one database per git head (i.e. CVS module) to
+`git-cvsserver` uses one database per git head (i.e. CVS module) to
store information about the repository for faster access. The
database doesn't contain any persistent data and can be completely
regenerated from the git repository at any time. The database
needs to be updated (i.e. written to) after every commit.
-If the commit is done directly by using git (as opposed to
-using git-cvsserver) the update will need to happen on the
-next repository access by git-cvsserver, independent of
+If the commit is done directly by using `git` (as opposed to
+using `git-cvsserver`) the update will need to happen on the
+next repository access by `git-cvsserver`, independent of
access method and requested operation.
That means that even if you offer only read access (e.g. by using
-the pserver method), git-cvsserver should have write access to
+the pserver method), `git-cvsserver` should have write access to
the database to work reliably (otherwise you need to make sure
-that the database is up-to-date any time git-cvsserver is executed).
+that the database is up-to-date any time `git-cvsserver` is executed).
By default it uses SQLite databases in the git directory, named
`gitcvs.<module_name>.sqlite`. Note that the SQLite backend creates
temporary files in the same directory as the database file on
write so it might not be enough to grant the users using
-git-cvsserver write access to the database file without granting
+`git-cvsserver` write access to the database file without granting
them write access to the directory, too.
You can configure the database backend with the following
Configuring database backend
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-git-cvsserver uses the Perl DBI module. Please also read
+`git-cvsserver` uses the Perl DBI module. Please also read
its documentation if changing these variables, especially
about `DBI->connect()`.
%a::
access method (one of "ext" or "pserver")
%u::
- Name of the user running git-cvsserver.
+ Name of the user running `git-cvsserver`.
If no name can be determined, the
numeric uid is used.
Protocol notes: If you are using anonymous access via pserver, just select that.
Those using SSH access should choose the 'ext' protocol, and configure 'ext'
access on the Preferences->Team->CVS->ExtConnection pane. Set CVS_SERVER to
-'git-cvsserver'. Note that password support is not good when using 'ext',
+`git-cvsserver`. Note that password support is not good when using 'ext',
you will definitely want to have SSH keys setup.
Alternatively, you can just use the non-standard extssh protocol that Eclipse
offer. In that case CVS_SERVER is ignored, and you will have to replace
-the cvs utility on the server with git-cvsserver or manipulate your `.bashrc`
-so that calling 'cvs' effectively calls git-cvsserver.
+the cvs utility on the server with `git-cvsserver` or manipulate your `.bashrc`
+so that calling 'cvs' effectively calls `git-cvsserver`.
Clients known to work
---------------------
the correct '-k' mode will be guessed based on the contents of
the file.
-For best consistency with cvs, it is probably best to override the
+For best consistency with `cvs`, it is probably best to override the
defaults by setting `gitcvs.usecrlfattr` to true,
and `gitcvs.allbinary` to "guess".
Dependencies
------------
-
-git-cvsserver depends on DBD::SQLite.
+`git-cvsserver` depends on DBD::SQLite.
Copyright and Authors
---------------------
--------
[verse]
'git daemon' [--verbose] [--syslog] [--export-all]
- [--timeout=n] [--init-timeout=n] [--strict-paths]
- [--base-path=path] [--user-path | --user-path=path]
- [--interpolated-path=pathtemplate]
- [--reuseaddr] [--detach] [--pid-file=file]
- [--enable=service] [--disable=service]
+ [--timeout=n] [--init-timeout=n] [--strict-paths]
+ [--base-path=path] [--user-path | --user-path=path]
+ [--interpolated-path=pathtemplate]
+ [--reuseaddr] [--detach] [--pid-file=file]
+ [--enable=service] [--disable=service]
[--allow-override=service] [--forbid-override=service]
[--inetd | [--listen=host_or_ipaddr] [--port=n] [--user=user [--group=group]]
[directory...]
It verifies that the directory has the magic file "git-daemon-export-ok", and
it will refuse to export any git directory that hasn't explicitly been marked
for export this way (unless the '--export-all' parameter is specified). If you
-pass some directory paths as 'git-daemon' arguments, you can further restrict
+pass some directory paths as `git-daemon` arguments, you can further restrict
the offers to a whitelist comprising of those.
By default, only `upload-pack` service is enabled, which serves
--strict-paths::
Match paths exactly (i.e. don't allow "/foo/repo" when the real path is
"/foo/repo.git" or "/foo/repo/.git") and don't do user-relative paths.
- git-daemon will refuse to start when this option is enabled and no
+ `git-daemon` will refuse to start when this option is enabled and no
whitelist is specified.
--base-path::
Remap all the path requests as relative to the given path.
- This is sort of "GIT root" - if you run git-daemon with
+ This is sort of "GIT root" - if you run `git-daemon` with
'--base-path=/srv/git' on example.com, then if you later try to pull
'git://example.com/hello.git', `git-daemon` will interpret the path
as '/srv/git/hello.git'.
git 9418/tcp # Git Version Control System
------------
-git-daemon as inetd server::
+`git-daemon` as inetd server::
To set up `git-daemon` as an inetd service that handles any
repository under the whitelisted set of directories, /pub/foo
and /pub/bar, place an entry like the following into
------------------------------------------------
-git-daemon as inetd server for virtual hosts::
+`git-daemon` as inetd server for virtual hosts::
To set up `git-daemon` as an inetd service that handles
repositories for different virtual hosts, `www.example.com`
and `www.example.org`, place an entry like the following into
default repository could be made as well.
-git-daemon as regular daemon for virtual hosts::
+`git-daemon` as regular daemon for virtual hosts::
To set up `git-daemon` as a regular, non-inetd service that
handles repositories for multiple virtual hosts based on
their IP addresses, start the daemon like this:
The hash suffix is "-g" + 7-char abbreviation for the tip commit
of parent (which was `2414721b194453f058079d897d13c4e377f92dc6`).
-Doing a "git-describe" on a tag-name will just show the tag name:
+Doing a `git-describe` on a tag-name will just show the tag name:
[torvalds@g5 git]$ git describe v1.0.4
v1.0.4
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.
If multiple tags were found during the walk then the tag which
has the fewest commits different from the input committish will be
selected and output. Here fewest commits different is defined as
-the number of commits which would be shown by "git log tag..input"
+the number of commits which would be shown by `git log tag..input`
will be the smallest number of commits possible.
Compares the files in the working tree and the index. When paths
are specified, compares only those named paths. Otherwise all
entries in the index are compared. The output format is the
-same as "git-diff-index" and "git-diff-tree".
+same as for `git-diff-index` and `git-diff-tree`.
OPTIONS
-------
-m::
By default, files recorded in the index but not checked
out are reported as deleted. This flag makes
- "git-diff-index" say that all non-checked-out files are up
+ `git-diff-index` say that all non-checked-out files are up
to date.
Output format
If '--cached' is specified, it allows you to ask:
show me the differences between HEAD and the current index
- contents (the ones I'd write with a "git-write-tree")
+ contents (the ones I'd write using `git-write-tree`)
For example, let's say that you have worked on your working directory, updated
some files in the index and are ready to commit. You want to see exactly
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
-matches my working directory. But doing a "git-diff-index" does:
+done an `update-index` to make that effective in 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
-100644 blob 4161aecc6700a2eb579e842af0b7f22b98443f74 commit.c
You can see easily that the above is a rename.
-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
+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.
-So doing a "git-diff-index --cached" is basically very useful when you are
+So doing a `git-diff-index --cached` is basically very useful when you are
asking yourself "what have I already marked for being committed, and
what's the difference to a previous tree".
---------------
The "non-cached" mode takes a different approach, and is potentially
the more useful of the two in that what it does can't be emulated with
-a "git-write-tree" + "git-diff-tree". Thus that's the default mode.
+a `git-write-tree` + `git-diff-tree`. Thus that's the default mode.
The non-cached version asks the question:
show me the differences between HEAD and the currently checked out
tree - index contents _and_ files that aren't up-to-date
which is obviously a very useful question too, since that tells you what
-you *could* commit. Again, the output matches the "git-diff-tree -r"
+you *could* commit. Again, the output matches the `git-diff-tree -r`
output to a tee, but with a twist.
The twist is that if some file doesn't match the index, we don't have
a backing store thing for it, and we use the magic "all-zero" sha1 to
show that. So let's say that you have edited `kernel/sched.c`, but
-have not actually done a "git-update-index" on it yet - there is no
+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
get the real diff, you need to look at the object in the working directory
directly rather than do an object-to-object diff.
-NOTE: As with other commands of this type, "git-diff-index" does not
+NOTE: As with other commands of this type, `git-diff-index` does not
actually look at the contents of the file at all. So maybe
`kernel/sched.c` hasn't actually changed, and it's just that you
touched it. In either case, it's a note that you need to
-"git-update-index" it to make the index be in sync.
+`git-update-index` it to make the index be in sync.
NOTE: You can have a mixture of files show up as "has been updated"
and "is still dirty in the working directory" together. You can always
If there is only one <tree-ish> given, the commit is compared with its parents
(see --stdin below).
-Note that "git-diff-tree" can use the tree encapsulated in a commit object.
+Note that `git-diff-tree` can use the tree encapsulated in a commit object.
OPTIONS
-------
separated with a single space are given.
-m::
- By default, "git-diff-tree --stdin" does not show
+ By default, `git-diff-tree --stdin` does not show
differences for merge commits. With this flag, it shows
differences to that commit from all of its parents. See
also '-c'.
-s::
- By default, "git-diff-tree --stdin" shows differences,
+ By default, `git-diff-tree --stdin` shows differences,
either in machine-readable form (without '-p') or in patch
form (with '-p'). This output can be suppressed. It is
only useful with '-v' flag.
-v::
- This flag causes "git-diff-tree --stdin" to also show
+ This flag causes `git-diff-tree --stdin` to also show
the commit message before the differences.
include::pretty-options.txt[]
--no-commit-id::
- git-diff-tree outputs a line with the commit ID when
+ `git-diff-tree` outputs a line with the commit ID when
applicable. This flag suppressed the commit ID output.
-c::
DESCRIPTION
-----------
This program dumps the given revisions in a form suitable to be piped
-into linkgit:git-fast-import[1].
+into `git-fast-import`.
You can use it as a human readable bundle replacement (see
linkgit:git-bundle[1]), or as a kind of an interactive
-linkgit:git-filter-branch[1].
+`git-filter-branch`.
OPTIONS
-------
--progress=<n>::
Insert 'progress' statements every <n> objects, to be shown by
- linkgit:git-fast-import[1] during import.
+ `git-fast-import` during import.
--signed-tags=(verbatim|warn|strip|abort)::
Specify how to handle signed tags. Since any transformation
Limitations
-----------
-Since linkgit:git-fast-import[1] cannot tag trees, you will not be
+Since `git-fast-import` cannot tag trees, you will not be
able to export the linux-2.6.git repository completely, as it contains
a tag referencing a tree instead of a commit.
This program is usually not what the end user wants to run directly.
Most end users want to use one of the existing frontend programs,
which parses a specific type of foreign source and feeds the contents
-stored there to git-fast-import.
+stored there to `git-fast-import`.
fast-import reads a mixed command/data stream from standard input and
writes one or more packfiles directly into the current repository.
with the newly imported data.
The fast-import backend itself can import into an empty repository (one that
-has already been initialized by linkgit:git-init[1]) or incrementally
+has already been initialized by `git-init`) or incrementally
update an existing populated repository. Whether or not incremental
imports are supported from a particular foreign source depends on
the frontend program in use.
This information may be useful after importing projects
whose total object set exceeds the 4 GiB packfile limit,
as these commits can be used as edge points during calls
- to linkgit:git-pack-objects[1].
+ to `git-pack-objects`.
--quiet::
Disable all non-fatal output, making fast-import silent when it
+
An example value is ``Tue Feb 6 11:22:18 2007 -0500''. The Git
parser is accurate, but a little on the lenient side. It is the
-same parser used by linkgit:git-am[1] when applying patches
+same parser used by `git-am` when applying patches
received from email.
+
Some malformed strings may be accepted as valid dates. In some of
This particular format is supplied as its short to implement and
may be useful to a process that wants to create a new commit
right now, without needing to use a working directory or
-linkgit:git-update-index[1].
+`git-update-index`.
+
If separate `author` and `committer` commands are used in a `commit`
the timestamps may not match, as the system clock will be polled
complete set of bytes which normally goes into such a signature.
If signing is required, create lightweight tags from within fast-import with
`reset`, then create the annotated versions of those tags offline
-with the standard linkgit:git-tag[1] process.
+with the standard `git-tag` process.
`reset`
~~~~~~~
When committing fixups, consider using `merge` to connect the
commit(s) which are supplying file revisions to the fixup branch.
-Doing so will allow tools such as linkgit:git-blame[1] to track
+Doing so will allow tools such as `git-blame` to track
through the real commit history and properly annotate the source
files.
~~~~~~~~~~~~~~~~~~~~~~~~~
If you are repacking very old imported data (e.g. older than the
last year), consider expending some extra CPU time and supplying
-\--window=50 (or higher) when you run linkgit:git-repack[1].
+\--window=50 (or higher) when you run `git-repack`.
This will take longer, but will also produce a smaller packfile.
You only need to expend the effort once, and everyone using your
project will benefit from the smaller repository.
DESCRIPTION
-----------
-Usually you would want to use linkgit:git-fetch[1] which is a
-higher level wrapper of this command instead.
+Usually you would want to use `git-fetch`, which is a
+higher level wrapper of this command, instead.
-Invokes 'git-upload-pack' on a potentially remote repository,
+Invokes `git-upload-pack` on a possibly remote repository
and asks it to send objects missing from this repository, to
update the named heads. The list of commits available locally
is found out by scanning local $GIT_DIR/refs/ and sent to
-'git-upload-pack' running on the other end.
+`git-upload-pack` running on the other end.
This command degenerates to download everything to complete the
asked refs from the remote side when the local side does not
-q::
--quiet::
- Pass '-q' flag to 'git-unpack-objects'; this makes the
+ Pass '-q' flag to `git-unpack-objects`; this makes the
cloning process less verbose.
-k::
--keep::
- Do not invoke 'git-unpack-objects' on received data, but
+ Do not invoke `git-unpack-objects` on received data, but
create a single packfile out of it instead, and store it
in the object database. If provided twice then the pack is
locked against repacking.
otherwise determine the tags this option made available.
--upload-pack=<git-upload-pack>::
- Use this to specify the path to 'git-upload-pack' on the
+ Use this to specify the path to `git-upload-pack` on the
remote side, if is not found on your $PATH.
Installations of sshd ignores the user's environment
setup scripts for login shells (e.g. .bash_profile) and
<host>::
A remote host that houses the repository. When this
- part is specified, 'git-upload-pack' is invoked via
+ part is specified, `git-upload-pack` is invoked via
ssh.
<directory>::
The ref names and their object names of fetched refs are stored
in `.git/FETCH_HEAD`. This information is left for a later merge
-operation done by "git-merge".
+operation done by `git-merge`.
When <refspec> stores the fetched result in tracking branches,
the tags that point at these branches are automatically
This is the filter for rewriting the commit's parent list.
It will receive the parent string on stdin and shall output
the new parent string on stdout. The parent string is in
- a format accepted by linkgit:git-commit-tree[1]: empty for
+ the format described in linkgit:git-commit-tree[1]: empty for
the initial commit, "-p parent" for a normal commit and
"-p parent1 -p parent2 -p parent3 ..." for a merge commit.
--commit-filter <command>::
This is the filter for performing the commit.
If this filter is specified, it will be called instead of the
- linkgit:git-commit-tree[1] command, with arguments of the form
+ `git-commit-tree` command, with arguments of the form
"<TREE_ID> [-p <PARENT_COMMIT_ID>]..." and the log message on
stdin. The commit id is expected on stdout.
+
You can use the 'map' convenience function in this filter, and other
convenience functions, too. For example, calling 'skip_commit "$@"'
will leave out the current commit (but not its changes! If you want
-that, use linkgit:git-rebase[1] instead).
+that, use `git-rebase` instead).
--tag-name-filter <command>::
This is the filter for rewriting tag names. When passed,
<rev-list-options>::
When options are given after the new branch name, they will
- be passed to linkgit:git-rev-list[1]. Only commits in the resulting
+ be passed to `git-rev-list`. Only commits in the resulting
output will be filtered, although the filtered commits can still
reference parents which are outside of that set.
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
by subsequent commits, will still be in the rewritten branch. If you want
to throw out _changes_ together with the commits, you should use the
-interactive mode of linkgit:git-rebase[1].
+interactive mode of `git-rebase`.
Consider this history:
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
-----------
Prepare each commit with its patch in
one file per commit, formatted to resemble UNIX mailbox format.
The output of this command is convenient for e-mail submission or
-for use with linkgit:git-am[1].
+for use with `git-am`.
There are two ways to specify which commits to operate on.
If -n is specified, instead of "[PATCH] Subject", the first line
is formatted as "[PATCH n/m] Subject".
-If given --thread, git-format-patch will generate In-Reply-To and
+If given --thread, `git-format-patch` will generate In-Reply-To and
References headers to make the second and subsequent patch mails appear
as replies to the first mail; this also generates a Message-Id header to
reference.
<object>::
An object to treat as the head of an unreachability trace.
+
-If no objects are given, git-fsck defaults to using the
+If no objects are given, `git-fsck` defaults to using the
index file, all SHA1 references in .git/refs/*, and all reflogs (unless
--no-reflogs is given) as 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
-sorted properly etc), but on the whole if "git-fsck" is happy, you
+sorted properly etc), but on the whole if `git-fsck` is happy, you
do have a valid tree.
Any corrupt objects you will have to find in backups or other archives
-(i.e., you can just remove them and do an "rsync" with some other site in
+(i.e., you can just remove them and do an `rsync` with some other site in
the hopes that somebody else has the object you have corrupted).
Of course, "valid tree" doesn't mean that it wasn't generated by some
Runs a number of housekeeping tasks within the current repository,
such as compressing file revisions (to reduce disk space and increase
performance) and removing unreachable objects which may have been
-created from prior invocations of linkgit:git-add[1].
+created from prior invocations of `git-add`.
Users are encouraged to run this task on a regular basis within
each repository to maintain good disk space utilization and good
-------
--aggressive::
- Usually 'git-gc' runs very quickly while providing good disk
+ Usually `git-gc` runs very quickly while providing good disk
space utilization and performance. This option will cause
- git-gc to more aggressively optimize the repository at the expense
+ `git-gc` to more aggressively optimize the repository at the expense
of taking much more time. The effects of this optimization are
persistent, so this option only needs to be used occasionally; every
few hundred changesets or so.
Notes
-----
-git-gc tries very hard to be safe about the garbage it collects. In
+`git-gc` tries very hard to be safe about the garbage it collects. In
particular, it will keep not only objects referenced by your current set
of branches and tags, but also objects referenced by the index, remote
-tracking branches, refs saved by linkgit:git-filter-branch[1] in
+tracking branches, refs saved by `git-filter-branch` in
refs/original/, or reflogs (which may references commits in branches
that were later amended or rewound).
DESCRIPTION
-----------
Acts as a filter, extracting the commit ID stored in archives created by
-linkgit:git-archive[1]. It reads only the first 1024 bytes of input, thus its
+`git-archive`. It reads only the first 1024 bytes of input, thus its
runtime is not influenced by the size of <tarfile> very much.
-If no commit ID is found, git-get-tar-commit-id quietly exists with a
+If no commit ID is found, `git-get-tar-commit-id` quietly exists with a
return code of 1. This can happen if <tarfile> had not been created
-using git-archive or if the first parameter of git-archive had been
+using `git-archive` or if the first parameter of `git-archive` had been
a tree ID instead of a commit ID or tag.
--files-without-match::
Instead of showing every matched line, show only the
names of files that contain (or do not contain) matches.
- For better compatibility with git-diff, --name-only is a
+ For better compatibility with `git-diff`, --name-only is a
synonym for --files-with-matches.
-c::
DESCRIPTION
-----------
-A Tcl/Tk based graphical user interface to Git. git-gui focuses
+A Tcl/Tk based graphical user interface to Git. `git-gui` focuses
on allowing users to make changes to their repository by making
new commits, amending existing ones, creating branches, performing
local merges, and fetching/pushing to remote repositories.
-Unlike linkgit:gitk[1], git-gui focuses on commit generation
-and single file annotation, and does not show project history.
-It does however supply menu actions to start a gitk session from
-within git-gui.
+Unlike `gitk`, `git-gui` focuses on commit generation
+and single file annotation and does not show project history.
+It does however supply menu actions to start a `gitk` session from
+within `git-gui`.
-git-gui is known to work on all popular UNIX systems, Mac OS X,
+`git-gui` is known to work on all popular UNIX systems, Mac OS X,
and Windows (under both Cygwin and MSYS). To the extent possible
-OS specific user interface guidelines are followed, making git-gui
+OS specific user interface guidelines are followed, making `git-gui`
a fairly native interface for users.
COMMANDS
browser are opened in the blame viewer.
citool::
- Start git-gui and arrange to make exactly one commit before
+ Start `git-gui` and arrange to make exactly one commit before
exiting and returning to the shell. The interface is limited
to only commit actions, slightly reducing the application's
startup time and simplifying the menubar.
version::
- Display the currently running version of git-gui.
+ Display the currently running version of `git-gui`.
Examples
linkgit:gitk[1]::
The git repository browser. Shows branches, commit history
and file differences. gitk is the utility started by
- git-gui's Repository Visualize actions.
+ `git-gui`'s Repository Visualize actions.
Other
-----
-git-gui is actually maintained as an independent project, but stable
+`git-gui` is actually maintained as an independent project, but stable
versions are distributed as part of the Git suite for the convenience
of end users.
-A git-gui development repository can be obtained from:
+A `git-gui` development repository can be obtained from:
git clone git://repo.or.cz/git-gui.git
with the contents of the named file (which can be outside of the
work tree), and optionally writes the resulting object into the
object database. Reports its object ID to its standard output.
-This is used by "git-cvsimport" to update the index
+This is used by `git-cvsimport` to update the index
without modifying files in the work tree. When <type> is not
specified, it defaults to "blob".
+
The web browser can be specified using the configuration variable
'help.browser', or 'web.browser' if the former is not set. If none of
-these config variables is set, the 'git-web--browse' helper script
-(called by 'git-help') will pick a suitable default. See
+these config variables is set, the `git-web--browse` helper script
+(called by `git-help`) will pick a suitable default. See
linkgit:git-web--browse[1] for more information about this.
CONFIGURATION VARIABLES
If no command line option is passed, the 'help.format' configuration
variable will be checked. The following values are supported for this
-variable; they make 'git-help' behave as their corresponding command
+variable; they make `git-help` behave as their corresponding command
line option:
* "man" corresponds to '-m|--man',
--stdin::
Instead of a commit id on the command line (which is not expected in this
- case), 'git-http-fetch' expects lines on stdin in the format
+ case), `git-http-fetch` expects lines on stdin in the format
<commit-id>['\t'<filename-as-in--w>]
CONFIGURATION
-------------
-git-imap-send requires the following values in the repository
+`git-imap-send` requires the following values in the repository
configuration file (shown with examples):
..........................
a default name determined from the pack content. If
<pack-file> is not specified consider using --keep to
prevent a race condition between this process and
- linkgit:git-repack[1].
+ `git-repack`.
--fix-thin::
- It is possible for linkgit:git-pack-objects[1] to build
+ It is possible for `git-pack-objects` to build
"thin" pack, which records objects in deltified form based on
objects not included in the pack to reduce network traffic.
Those objects are expected to be present on the receiving end
Before moving the index into its final destination
create an empty .keep file for the associated pack file.
This option is usually necessary with --stdin to prevent a
- simultaneous linkgit:git-repack[1] process from deleting
+ simultaneous `git-repack` process from deleting
the newly constructed pack and index before refs can be
updated to use objects contained in the pack.
and the SHA1 hash of that list is printed to stdout. If --stdin was
also used then this is prefixed by either "pack\t", or "keep\t" if a
new .keep file was successfully created. This is useful to remove a
-.keep file used as a lock to prevent the race with linkgit:git-repack[1]
+.keep file used as a lock to prevent the race with `git-repack`
mentioned above.
DESCRIPTION
-----------
-A simple script to setup gitweb and a web server for browsing the local
+A simple script to set up `gitweb` and a web server for browsing the local
repository.
OPTIONS
-b::
--browser::
The web browser that should be used to view the gitweb
- page. This will be passed to the 'git-web--browse' helper
+ page. This will be passed to the `git-web--browse` helper
script along with the URL of the gitweb instance. See
linkgit:git-web--browse[1] for more information about this. If
the script fails, the URL will be printed to stdout.
-----------
Shows the commit logs.
-The command takes options applicable to the linkgit:git-rev-list[1]
+The command takes options applicable to the `git-rev-list`
command to control what is shown and how, and options applicable to
-the linkgit:git-diff-tree[1] commands to control how the changes
+the `git-diff-*` commands to control how the changes
each commit introduces are shown.
[<tag> ]<mode> <object> <stage> <file>
-"git-ls-files --unmerged" and "git-ls-files --stage" can be used to examine
+`git-ls-files --unmerged` and `git-ls-files --stage` can be used to examine
detailed information on unmerged paths.
For an unmerged path, instead of recording a single mode/SHA1 pair,
the index records up to three such pairs; one from tree O in stage
1, A in stage 2, and B in stage 3. This information can be used by
the user (or the porcelain) to see what should eventually be recorded at the
-path. (see git-read-tree for more information on state)
+path. (see linkgit:git-read-tree[1] for more information on state)
When `-z` option is not used, TAB, LF, and backslash characters
in pathnames are represented as `\t`, `\n`, and `\\`,
Exclude Patterns
----------------
-'git-ls-files' can use a list of "exclude patterns" when
+`git-ls-files` can use a list of "exclude patterns" when
traversing the directory tree and finding files to show when the
flags --others or --ignored are specified. linkgit:gitignore[5]
specifies the format of exclude patterns.
in the same order they appear in the file.
3. command line flag --exclude-per-directory=<name> specifies
- a name of the file in each directory 'git-ls-files'
+ a name of the file in each directory `git-ls-files`
examines, normally `.gitignore`. Files in deeper
directories take precedence. Patterns are ordered in the
same order they appear in the files.
-u <exec>::
--upload-pack=<exec>::
- Specify the full path of linkgit:git-upload-pack[1] on the remote
+ Specify the full path of `git-upload-pack` on the remote
host. This allows listing references from repositories accessed via
SSH and where the SSH daemon does not use the PATH configured by the
user.
Reading a single e-mail message from the standard input, and
writes the commit log message in <msg> file, and the patches in
<patch> file. The author name, e-mail and e-mail subject are
-written out to the standard output to be used by git-am
+written out to the standard output to be used by `git-am`
to create a commit. It is usually not necessary to use this
command directly. See linkgit:git-am[1] instead.
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
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
-B' will output a commit which is reachable from both A and B through
+`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
+B` will output a commit which is reachable from both A and B through
the parent relationship.
Given a selection of equally good common ancestors it should not be
relied on to decide in any particular way.
-The "git-merge-base" algorithm is still in flux - use the source...
+The `git-merge-base` algorithm is still in flux - use the source...
OPTIONS
-------
DESCRIPTION
-----------
-git-file-merge incorporates all changes that lead from the `<base-file>`
+`git-file-merge` incorporates all changes that lead from the `<base-file>`
to `<other-file>` into `<current-file>`. The result ordinarily goes into
-`<current-file>`. git-merge-file is useful for combining separate changes
+`<current-file>`. `git-merge-file` is useful for combining separate changes
to an original. Suppose `<base-file>` is the original, and both
`<current-file>` and `<other-file>` are modifications of `<base-file>`.
-Then git-merge-file combines both changes.
+Then `git-merge-file` combines both changes.
A conflict occurs if both `<current-file>` and `<other-file>` have changes
-in a common segment of lines. If a conflict is found, git-merge-file
+in a common segment of lines. If a conflict is found, `git-merge-file`
normally outputs a warning and brackets the conflict with <<<<<<< and
>>>>>>> lines. A typical conflict will look like this:
The exit value of this program is negative on error, and the number of
conflicts otherwise. If the merge was clean, the exit value is 0.
-git-merge-file is designed to be a minimal clone of RCS merge, that is, it
+`git-merge-file` is designed to be a minimal clone of RCS `merge`; that is, it
implements all of RCS merge's functionality which is needed by
linkgit:git[1].
failure usually indicates conflicts during merge). This is for
porcelains which might want to emit custom messages.
-If "git-merge-index" is called with multiple <file>s (or -a) then it
+If `git-merge-index` is called with multiple <file>s (or -a) then it
processes them in turn only stopping if merge returns a non-zero exit
code.
Typically this is run with a script calling git's imitation of
the merge command from the RCS package.
-A sample script called "git-merge-one-file" is included in the
+A sample script called `git-merge-one-file` is included in the
distribution.
ALERT ALERT ALERT! The git "merge object order" is different from the
-RCS "merge" program merge object order. In the above ordering, the
+RCS `merge` program merge object order. In the above ordering, the
original is first. But the argument order to the 3-way merge program
-"merge" is to have the original in the middle. Don't ask me why.
+`merge` is to have the original in the middle. Don't ask me why.
Examples:
This is added AA in the branch B.
fatal: merge program failed
-where the latter example shows how "git-merge-index" will stop trying to
-merge once anything has returned an error (i.e., "cat" returned an error
+where the latter example shows how `git-merge-index` will stop trying to
+merge once anything has returned an error (i.e., `cat` returned an error
for the AA file, because it didn't exist in the original, and thus
-"git-merge-index" didn't even try to merge the MM thing).
+`git-merge-index` didn't even try to merge the MM thing).
Author
------
DESCRIPTION
-----------
-This is the standard helper program to use with "git-merge-index"
-to resolve a merge after the trivial merge done with "git-read-tree -m".
+This is the standard helper program to use with `git-merge-index`
+to resolve a merge after the trivial merge done with `git-read-tree -m`.
Author
------
If you tried a merge which resulted in a complex conflicts and
-would want to start over, you can recover with
-linkgit:git-reset[1].
+would want to start over, you can recover with `git-reset`.
CONFIGURATION
-------------
branch.<name>.mergeoptions::
Sets default options for merging into branch <name>. The syntax and
- supported options are equal to that of git-merge, but option values
+ supported options are equal to that of `git-merge`, but option values
containing whitespace characters are currently not supported.
HOW MERGE WORKS
be used for this.
* Resolve the conflicts. `git diff` would report only the
- conflicting paths because of the above 2. and 3.. Edit 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
should be, and run `git-commit` to commit the result.
SEE ALSO
--------
linkgit:git-fmt-merge-msg[1], linkgit:git-pull[1],
-linkgit:gitattributes[5]
-
+linkgit:gitattributes[5],
+linkgit:git-reset[1],
+linkgit:git-diff[1], linkgit:git-ls-files[1],
+linkgit:git-add[1], linkgit:git-rm[1],
+linkgit:git-mergetool[1]
Author
------
-----------
Use `git mergetool` to run one of several merge utilities to resolve
-merge conflicts. It is typically run after linkgit:git-merge[1].
+merge conflicts. It is typically run after `git-merge`.
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
DESCRIPTION
-----------
Finds symbolic names suitable for human digestion for revisions given in any
-format parsable by git-rev-parse.
+format parsable by `git-rev-parse`.
OPTIONS
Instead of printing both the SHA-1 and the name, print only
the name. If given with --tags the usual tag prefix of
"tags/" is also omitted from the name, matching the output
- of linkgit:git-describe[1] more closely. This option
+ of `git-describe` more closely. This option
cannot be combined with --stdin.
--no-undefined::
Of course, you look into the commit, but that only tells you what happened, but
not the context.
-Enter git-name-rev:
+Enter `git-name-rev`:
------------
% git name-rev 33db5f4d9027a10e477ccf054b2c1ab94f74c85a
any of the directories on $GIT_ALTERNATE_OBJECT_DIRECTORIES)
enables git to read from such an archive.
-'git-unpack-objects' command can read the packed archive and
+The `git-unpack-objects` command can read the packed archive and
expand the objects contained in the pack into "one-file
one-object" format; this is typically done by the smart-pull
commands when a pack is created on-the-fly for efficient network
--revs::
Read the revision arguments from the standard input, instead of
individual object names. The revision arguments are processed
- the same way as linkgit:git-rev-list[1] with `--objects` flag
+ the same way as `git-rev-list` with the `--objects` flag
uses its `commit` arguments to build the list of objects it
outputs. The objects on the resulting list are packed.
generated pack. If not specified, pack compression level is
determined first by pack.compression, then by core.compression,
and defaults to -1, the zlib default, if neither is set.
- Add \--no-reuse-object if you want to force a uniform compression
+ Add --no-reuse-object if you want to force a uniform compression
level on all data no matter the source.
--delta-base-offset::
A packed archive can express base object of a delta as
either 20-byte object name or as an offset in the
stream, but older version of git does not understand the
- latter. By default, git-pack-objects only uses the
+ latter. By default, `git-pack-objects` only uses the
former format for better compatibility. This option
allows the command to use the latter format for
compactness. Depending on the average delta chain
-----------
This program computes which packs in your repository
are redundant. The output is suitable for piping to
-'xargs rm' if you are in the root of the repository.
+`xargs rm` if you are in the root of the repository.
-git-pack-redundant accepts a list of objects on standard input. Any objects
+`git-pack-redundant` accepts a list of objects on standard input. Any objects
given will be ignored when checking which packs are required. This makes the
following command useful when wanting to remove packs which contain unreachable
objects.
IOW, you can use this thing to look for likely duplicate commits.
-When dealing with git-diff-tree output, it takes advantage of
+When dealing with `git-diff-tree` output, it takes advantage of
the fact that the patch is prefixed with the object name of the
commit, and outputs two 40-byte hexadecimal string. The first
string is the patch ID, and the second string is the commit ID.
OPTIONS
-------
--upload-pack=<git-upload-pack>::
- Use this to specify the path to 'git-upload-pack' on the
+ Use this to specify the path to `git-upload-pack` on the
remote side, if it is not found on your $PATH. Some
installations of sshd ignores the user's environment
setup scripts for login shells (e.g. .bash_profile) and
<host>::
A remote host that houses the repository. When this
- part is specified, 'git-upload-pack' is invoked via
+ part is specified, `git-upload-pack` is invoked via
ssh.
<directory>::
DESCRIPTION
-----------
-NOTE: In most cases, users should run linkgit:git-gc[1], which calls
-git-prune. See the section "NOTES", below.
+NOTE: In most cases, users should run `git-gc`, which calls
+`git-prune`. See the section "NOTES", below.
This runs `git-fsck --unreachable` using all the refs
available in `$GIT_DIR/refs`, optionally with additional set of
Notes
-----
-In most cases, users will not need to call git-prune directly, but
-should instead call linkgit:git-gc[1], which handles pruning along with
+In most cases, users will not need to call `git-prune` directly, but
+should instead call `git-gc`, which handles pruning along with
many other housekeeping tasks.
For a description of which objects are considered for pruning, see
-git-fsck's --unreachable option.
+`git-fsck`'s --unreachable option.
SEE ALSO
--------
If you tried a pull which resulted in a complex conflicts and
-would want to start over, you can recover with
-linkgit:git-reset[1].
+would want to start over, you can recover with `git-reset`.
SEE ALSO
line.
--receive-pack=<git-receive-pack>::
- Path to the 'git-receive-pack' program on the remote
+ Path to the `git-receive-pack` program on the remote
end. Sometimes useful when pushing to a remote
repository over ssh, and you do not have the program in
a directory on the default $PATH.
Single Tree Merge
~~~~~~~~~~~~~~~~~
-If only 1 tree is specified, git-read-tree operates as if the user did not
+If only 1 tree is specified, `git-read-tree` operates as if the user did not
specify `-m`, except that if the original index has an entry for a
given pathname, and the contents of the path matches with the tree
being read, the stat info from the index is used. (In other words, the
of a foreign tree, which is simply ahead of $H (i.e. we are in a
fast forward situation).
-When two trees are specified, the user is telling git-read-tree
+When two trees are specified, the user is telling `git-read-tree`
the following:
1. The current index and work tree is derived from $H, but
In all "keep index" cases, the index entry stays as in the
original index file. If the entry were not up to date,
-git-read-tree keeps the copy in the work tree intact when
+`git-read-tree` keeps the copy in the work tree intact when
operating under the -u flag.
-When this form of git-read-tree returns successfully, you can
+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
populated. Here is an outline of how the algorithm works:
- if a file exists in identical format in all three trees, it will
- automatically collapse to "merged" state by git-read-tree.
+ automatically collapse to "merged" state by `git-read-tree`.
- a file that has _any_ difference what-so-ever in the three trees
will stay as separate entries in the index. It's up to "porcelain
$ git checkout-index -f -u -a $JC
----------------
-You do random edits, without running git-update-index. And then
+You do random edits, without running `git-update-index`. And then
you notice that the tip of your "upstream" tree has advanced
since you pulled from him:
updated to the result of the merge.
However, if you have local changes in the working tree that
-would be overwritten by this merge,`git-read-tree` will refuse
+would be overwritten by this merge, `git-read-tree` will refuse
to run to prevent your changes from being lost.
In other words, there is no need to worry about what exists only
DESCRIPTION
-----------
-If <branch> is specified, git-rebase will perform an automatic
+If <branch> is specified, `git-rebase` will perform an automatic
`git checkout <branch>` before doing anything else. Otherwise
it remains on the current branch.
part of topicA. Note that the argument to --onto and the <upstream>
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
+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
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
git rebase --continue
-Alternatively, you can undo the git-rebase with
+Alternatively, you can undo the `git-rebase` with
git rebase --abort
-----------------
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:
-- Start an interactive rebase with 'git rebase -i <commit>^', where
+- Start an interactive rebase with `git rebase -i <commit>^`, where
<commit> is the commit you want to split. In fact, any commit range
will do, as long as it contains that commit.
- Mark the commit you want to split with the action "edit".
-- When it comes to editing that commit, execute 'git reset HEAD^'. The
+- When it comes to editing that commit, execute `git reset HEAD^`. The
effect is that the HEAD is rewound by one, and the index follows suit.
However, the working tree stays the same.
- Now add the changes to the index that you want to have in the first
- commit. You can use linkgit:git-add[1] (possibly interactively) and/or
- linkgit:git-gui[1] to do that.
+ commit. You can use `git add` (possibly interactively) or
+ `git-gui` (or both) to do that.
- Commit the now-current index with whatever commit message is appropriate
now.
- Repeat the last two steps until your working tree is clean.
-- Continue the rebase with 'git rebase --continue'.
+- Continue the rebase with `git rebase --continue`.
If you are not absolutely sure that the intermediate revisions are
consistent (they compile, pass the testsuite, etc.) you should use
-linkgit:git-stash[1] to stash away the not-yet-committed changes
+`git-stash` to stash away the not-yet-committed changes
after each commit, test, and amend the commit if fixes are necessary.
DESCRIPTION
-----------
-Invoked by 'git-send-pack' and updates the repository with the
+Invoked by `git-send-pack` and updates the repository with the
information fed from the remote end.
This command is usually not invoked directly by the end user.
-The UI for the protocol is on the 'git-send-pack' side, and the
+The UI for the protocol is on the `git-send-pack` side, and the
program pair is meant to be used to push updates to remote
-repository. For pull operations, see 'git-fetch-pack'.
+repository. For pull operations, see linkgit:git-fetch-pack[1].
The command allows for creation and fast forwarding of sha1 refs
(heads/tags) on the remote end (strictly speaking, it is the
-local end receive-pack runs, but to the user who is sitting at
+local end `git-receive-pack` runs, but to the user who is sitting at
the send-pack end, it is updating the remote. Confused?)
There are other real-world examples of using update and
post-update hooks found in the Documentation/howto directory.
-git-receive-pack honours the receive.denyNonFastForwards config
+`git-receive-pack` honours the receive.denyNonFastForwards config
option, which tells it if updates to a ref should be denied if they
are not fast-forwards.
Note that it is possible for refname to not have sha1-new when this
hook runs. This can easily occur if another user modifies the ref
-after it was updated by receive-pack, but before the hook was able
+after it was updated by `git-receive-pack`, but before the hook was able
to evaluate it. It is recommended that hooks rely on sha1-new
rather than the current value of refname.
This can be used to implement any repository wide cleanup tasks.
The exit code from this hook invocation is ignored; the only thing
-left for git-receive-pack to do at that point is to exit itself
+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
deleted by way of being left in the old pack and then
removed. Instead, the loose unreachable objects
will be pruned according to normal expiry rules
- with the next linkgit:git-gc[1].
+ with the next `git-gc` invocation. See linkgit:git-gc[1].
-d::
After packing, if the newly created packs make some
existing packs redundant, remove the redundant packs.
- Also runs linkgit:git-prune-packed[1].
+ Also run `git-prune-packed` to remove redundant
+ loose object files.
-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::
COMMANDS
--------
-Normally, git-rerere is run without arguments or user-intervention.
+Normally, `git-rerere` is run without arguments or user-intervention.
However, it has several commands that allow it to interact with
its working state.
'clear'::
This resets the metadata used by rerere if a merge resolution is to be
-is aborted. Calling linkgit:git-am[1] --skip or linkgit:git-rebase[1]
-[--skip|--abort] will automatically invoke this command.
+is aborted. Calling `git-am --skip` or `git-rebase [--skip|--abort]`
+will automatically invoke this command.
'diff'::
This displays diffs for the current state of the resolution. It is
useful for tracking what has changed while the user is resolving
conflicts. Additional arguments are passed directly to the system
-diff(1) command installed in PATH.
+`diff` command installed in PATH.
'status'::
conflicted merge using the information from your earlier hand
resolve.
-Running `git-rerere` command immediately after a conflicted
+Running the `git-rerere` command immediately after a conflicted
automerge records the conflicted working tree files, with the
usual conflict markers `<<<<<<<`, `=======`, and `>>>>>>>` in
them. Later, after you are done resolving the conflicts,
--soft::
Does not touch the index file nor the working tree at all, but
requires them to be in a good order. This leaves all your changed
- files "Changes to be committed", as linkgit:git-status[1] would
+ files "Changes to be committed", as `git-status` would
put it.
--hard::
$ git rev-list A...B
-----------------------------------------------------------------------
-linkgit:git-rev-list[1] is a very essential git program, since it
+`git-rev-list` is a very essential git program, since it
provides the ability to build and traverse commit ancestry graphs. For
this reason, it has a lot of different options that enables it to be
-used by commands as different as linkgit:git-bisect[1] and
-linkgit:git-repack[1].
+used by commands as different as `git-bisect` and
+`git-repack`.
OPTIONS
-------
Many git porcelainish commands take mixture of flags
(i.e. parameters that begin with a dash '-') and parameters
-meant for underlying `git-rev-list` command they use internally
-and flags and parameters for other commands they use as the
+meant for the underlying `git-rev-list` command they use internally
+and flags and parameters for the other commands they use
downstream of `git-rev-list`. This command is used to
distinguish between them.
--since=datestring::
--after=datestring::
- Parses the date string, and outputs corresponding
- --max-age= parameter for git-rev-list command.
+ Parse the date string, and output the corresponding
+ --max-age= parameter for `git-rev-list`.
--until=datestring::
--before=datestring::
- Parses the date string, and outputs corresponding
- --min-age= parameter for git-rev-list command.
+ Parse the date string, and output the corresponding
+ --min-age= parameter for `git-rev-list`.
<args>...::
Flags and parameters to be parsed.
-q::
--quiet::
- git-rm normally outputs one line (in the form of an "rm" command)
+ `git-rm` normally outputs one line (in the form of an "rm" command)
for each file removed. This option suppresses that output.
DESCRIPTION
-----------
-Usually you would want to use linkgit:git-push[1] which is a
-higher level wrapper of this command instead.
+Usually you would want to use `git-push`, which is a
+higher-level wrapper of this command, instead. See linkgit:git-push[1].
-Invokes 'git-receive-pack' on a possibly remote repository, and
+Invokes `git-receive-pack` on a possibly remote repository, and
updates it from the current repository, sending named refs.
OPTIONS
-------
--receive-pack=<git-receive-pack>::
- Path to the 'git-receive-pack' program on the remote
+ Path to the `git-receive-pack` program on the remote
end. Sometimes useful when pushing to a remote
repository over ssh, and you do not have the program in
a directory on the default $PATH.
<host>::
A remote host to house the repository. When this
- part is specified, 'git-receive-pack' is invoked via
+ part is specified, `git-receive-pack` is invoked via
ssh.
<directory>::
pushed is determined by finding a match that matches the source
side, and where it is pushed is determined by using the
destination side. The rules used to match a ref are the same
-rules used by linkgit:git-rev-parse[1] to resolve a symbolic ref
-name.
+rules used by `git-rev-parse` to resolve a symbolic ref
+name. See linkgit:git-rev-parse[1].
- It is an error if <src> does not match exactly one of the
local refs.
SYNOPSIS
--------
-'git-shell' -c <command> <argument>
+'
$(git --exec-path)/git-shell' -c <command> <argument>
DESCRIPTION
-----------
DESCRIPTION
-----------
-Summarizes 'git-log' output in a format suitable for inclusion
+Summarizes `git-log` output in a format suitable for inclusion
in release announcements. Each commit will be grouped by author and
the first line of the commit message will be shown.
OPTIONS
-------
<rev>::
- Arbitrary extended SHA1 expression (see `git-rev-parse`)
+ Arbitrary extended SHA1 expression (see linkgit:git-rev-parse[1])
that typically names a branch HEAD or a tag.
<glob>::
--merge-base::
Instead of showing the commit list, just act like the
- 'git-merge-base -a' command, except that it can accept
+ `git-merge-base -a` command, except that it can accept
more than two heads.
--independent::
DESCRIPTION
-----------
Reads given idx file for packed git archive created with
-git-pack-objects command, and dumps its contents.
+`git-pack-objects` command, and dumps its contents.
The information it outputs is subset of what you can get from
-'git-verify-pack -v'; this command only shows the packfile
+`git-verify-pack -v`; this command only shows the packfile
offset and SHA1 of each object.
--exclude-existing::
--exclude-existing=pattern::
- Make git-show-ref act as a filter that reads refs from stdin of the
+ Make `git-show-ref` act as a filter that reads refs from stdin of the
form "^(?:<anything>\s)?<refname>(?:\^\{\})?$" and performs the
following actions on each:
(1) strip "^{}" at the end of line if any;
will only match the exact branch called "master".
-If nothing matches, linkgit:git-show-ref[1] will return an error code of 1,
+If nothing matches, `git-show-ref` will return an error code of 1,
and in the case of verification, it will show an error message.
For scripting, you can ask it to be quiet with the "--quiet" flag, which
For commits it shows the log message and textual diff. It also
presents the merge commit in a special format as produced by
-'git-diff-tree --cc'.
+`git-diff-tree --cc`.
For tags, it shows the tag message and the referenced objects.
-For trees, it shows the names (equivalent to linkgit:git-ls-tree[1]
+For trees, it shows the names (equivalent to `git-ls-tree`
with \--name-only).
For plain blobs, it shows the plain contents.
-The command takes options applicable to the linkgit:git-diff-tree[1] command to
+The command takes options applicable to the `git-diff-tree` command to
control how the changes the commit introduces are shown.
This manual page describes only the most frequently used options.
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
-save`. A stash is by default listed as "WIP on 'branchname' ...", but
+`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 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.
stash@{1}: On master: 9cc0589... Add git-stash
----------------------------------------------------------------
+
-The command takes options applicable to the linkgit:git-log[1]
-command to control what is shown and how.
+The command takes options applicable to the `git-log`
+command to control what is shown and how. See linkgit:git-log[1].
show [<stash>]::
status::
Show the status of the submodules. This will print the SHA-1 of the
currently checked out commit for each submodule, along with the
- submodule path and the output of linkgit:git-describe[1] for the
+ submodule path and the output of `git-describe` for the
SHA-1. Each SHA-1 will be prefixed with `-` if the submodule is not
initialized and `+` if the currently checked out submodule commit
does not match the SHA-1 found in the index of the containing
- repository. This command is the default command for git-submodule.
+ repository. This command is the default command for `git-submodule`.
init::
Initialize the submodules, i.e. register in .git/config each submodule
DESCRIPTION
-----------
-git-svn is a simple conduit for changesets between Subversion and git.
+`git-svn` is a simple conduit for changesets between Subversion and git.
It is not to be confused with linkgit:git-svnimport[1], which is
read-only.
-git-svn was originally designed for an individual developer who wants a
+`git-svn` was originally designed for an individual developer who wants a
bidirectional flow of changesets between a single branch in Subversion
and an arbitrary number of branches in git. Since its inception,
-git-svn has gained the ability to track multiple branches in a manner
-similar to git-svnimport.
+`git-svn` has gained the ability to track multiple branches in a manner
+similar to `git-svnimport`.
-git-svn is especially useful when it comes to tracking repositories
+`git-svn` is especially useful when it comes to tracking repositories
not organized in the way Subversion developers recommend (trunk,
branches, tags directories).
'init'::
Initializes an empty git repository with additional
- metadata directories for git-svn. The Subversion URL
+ metadata directories for `git-svn`. The Subversion URL
may be specified as a command-line argument, or as full
URL arguments to -T/-t/-b. Optionally, the target
directory to operate on can be specified as a second
This fetches revisions from the SVN parent of the current HEAD
and rebases the current (uncommitted to SVN) work against it.
-This works similarly to 'svn update' or 'git-pull' except that
-it preserves linear history with 'git-rebase' instead of
-'git-merge' for ease of dcommiting with git-svn.
+This works similarly to `svn update` or `git-pull` except that
+it preserves linear history with `git-rebase` instead of
+`git-merge` for ease of dcommiting with `git-svn`.
-This accepts all options that 'git-svn fetch' and 'git-rebase'
-accepts. However '--fetch-all' only fetches from the current
+This accepts all options that `git-svn fetch` and `git-rebase`
+accept. However, '--fetch-all' only fetches from the current
[svn-remote], and not all [svn-remote] definitions.
-Like 'git-rebase'; this requires that the working tree be clean
+Like `git-rebase`; this requires that the working tree be clean
and have no uncommitted changes.
-l;;
--local;;
- Do not fetch remotely; only run 'git-rebase' against the
+ Do not fetch remotely; only run `git-rebase` against the
last fetched commit from the upstream SVN.
'dcommit'::
repository, and then rebase or reset (depending on whether or
not there is a diff between SVN and head). This will create
a revision in SVN for each commit in git.
- It is recommended that you run git-svn fetch and rebase (not
+ It is recommended that you run `git-svn` fetch and rebase (not
pull or merge) your commits against the latest changes in the
SVN repository.
An optional command-line argument may be specified as an
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
`svn blame' by default. Like the SVN blame command,
local uncommitted changes in the working copy are ignored;
the version of the file in the HEAD revision is annotated. Unknown
- arguments are passed directly to git-blame.
+ 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.
absolutely no attempts to do patching when committing to SVN, it
simply overwrites files with those specified in the tree or
commit. All merging is assumed to have taken place
- independently of git-svn functions.
+ independently of `git-svn` functions.
'create-ignore'::
Recursively finds the svn:ignore property on directories and
'commit-diff'::
Commits the diff of two tree-ish arguments from the
command-line. This command is intended for interoperability with
- git-svnimport and does not rely on being inside an git-svn
- init-ed repository. This command takes three arguments, (a) the
+ `git-svnimport` and does not rely on being inside an `git-svn
+ init`-ed repository. This command takes three arguments, (a) the
original tree to diff against, (b) the new tree result, (c) the
URL of the target Subversion repository. The final argument
- (URL) may be omitted if you are working from a git-svn-aware
- repository (that has been init-ed with git-svn).
+ (URL) may be omitted if you are working from a `git-svn`-aware
+ repository (that has been `init`-ed with `git-svn`).
The -r<revision> option is required for this.
'info'::
--shared[={false|true|umask|group|all|world|everybody}]::
--template=<template_directory>::
Only used with the 'init' command.
- These are passed directly to linkgit:git-init[1].
+ These are passed directly to `git-init`.
-r <ARG>::
--revision <ARG>::
Read a list of commits from stdin and commit them in reverse
order. Only the leading sha1 is read from each line, so
-git-rev-list --pretty=oneline output can be used.
+`git-rev-list --pretty=oneline` output can be used.
--rmdir::
Only used with the 'dcommit', 'set-tree' and 'commit-diff' commands.
-They are both passed directly to git-diff-tree see
+They are both passed directly to `git-diff-tree`; see
linkgit:git-diff-tree[1] for more information.
[verse]
-A<filename>::
--authors-file=<filename>::
-Syntax is compatible with the files used by git-svnimport and
-git-cvsimport:
+Syntax is compatible with the files used by `git-svnimport` and
+`git-cvsimport`:
------------------------------------------------------------------------
loginname = Joe User <user@example.com>
------------------------------------------------------------------------
-If this option is specified and git-svn encounters an SVN
-committer name that does not exist in the authors-file, git-svn
+If this option is specified and `git-svn` encounters an SVN
+committer name that does not exist in the authors-file, `git-svn`
will abort operation. The user will then have to add the
-appropriate entry. Re-running the previous git-svn command
+appropriate entry. Re-running the previous `git-svn` command
after the authors-file is modified should continue operation.
config key: svn.authorsfile
-q::
--quiet::
- Make git-svn less verbose.
+ Make `git-svn` less verbose.
--repack[=<n>]::
--repack-flags=<flags>::
to fetch before repacking. This defaults to repacking every
1000 commits fetched if no argument is specified.
---repack-flags are passed directly to linkgit:git-repack[1].
+--repack-flags are passed directly to `git-repack`.
[verse]
config key: svn.repack
These are only used with the 'dcommit' and 'rebase' commands.
-Passed directly to git-rebase when using 'dcommit' if a
-'git-reset' cannot be used (see dcommit).
+Passed directly to `git-rebase` when using 'dcommit' if a
+`git-reset` cannot be used (see 'dcommit').
-n::
--dry-run::
svn.noMetadata::
svn-remote.<name>.noMetadata::
-This gets rid of the git-svn-id: lines at the end of every commit.
+This gets rid of the 'git-svn-id:' lines at the end of every commit.
-If you lose your .git/svn/git-svn/.rev_db file, git-svn will not
+If you lose your .git/svn/git-svn/.rev_db file, `git-svn` will not
be able to rebuild it and you won't be able to fetch again,
either. This is fine for one-shot imports.
-The 'git-svn log' command will not work on repositories using
+The `git-svn log` command will not work on repositories using
this, either. Using this conflicts with the 'useSvmProps'
option for (hopefully) obvious reasons.
svn.useSvmProps::
svn-remote.<name>.useSvmProps::
-This allows git-svn to re-map repository URLs and UUIDs from
+This allows `git-svn` to re-map repository URLs and UUIDs from
mirrors created using SVN::Mirror (or svk) for metadata.
If an SVN revision has a property, "svm:headrev", it is likely
svn-remote.<name>.rewriteRoot::
This allows users to create repositories from alternate
- URLs. For example, an administrator could run git-svn on the
+ URLs. For example, an administrator could run `git-svn` on the
server locally (accessing via file://) but wish to distribute
the repository with a public http:// or svn:// URL in the
metadata so users of it will see the public URL.
--
Since the noMetadata, rewriteRoot, useSvnsyncProps and useSvmProps
-options all affect the metadata generated and used by git-svn; they
+options all affect the metadata generated and used by `git-svn`; they
*must* be set in the configuration file before any history is imported
and these settings should never be changed once they are set.
# of dcommit/rebase/show-ignore should be the same as above.
------------------------------------------------------------------------
-The initial 'git-svn clone' can be quite time-consuming
+The initial `git-svn clone` can be quite time-consuming
(especially for large Subversion repositories). If multiple
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':
+`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`:
------------------------------------------------------------------------
# Do the initial import on a server
REBASE VS. PULL/MERGE
---------------------
-Originally, git-svn recommended that the remotes/git-svn branch be
+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
-'git merge'. 'pull/merge' can cause non-linear history to be flattened
+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.
DESIGN PHILOSOPHY
-----------------
Merge tracking in Subversion is lacking and doing branched development
-with Subversion can be cumbersome as a result. While git-svn can track
+with Subversion can be cumbersome as a result. While `git-svn` can track
copy history (including branches and tags) for repositories adopting a
standard layout, it cannot yet represent merge history that happened
inside git back upstream to SVN users. Therefore it is advised that
-------
For the sake of simplicity and interoperating with a less-capable system
-(SVN), it is recommended that all git-svn users clone, fetch and dcommit
-directly from the SVN server, and avoid all git-clone/pull/merge/push
+(SVN), it is recommended that all `git-svn` users clone, fetch and dcommit
+directly from the SVN server, and avoid all `git-clone`/`pull`/`merge`/`push`
operations between git repositories and branches. The recommended
method of exchanging code between git branches and users is
-git-format-patch and git-am, or just dcommiting to the SVN repository.
+`git-format-patch` and `git-am`, or just 'dcommit'ing to the SVN repository.
-Running 'git-merge' or 'git-pull' is NOT recommended on a branch you
-plan to dcommit from. Subversion does not represent merges in any
+Running `git-merge` or `git-pull` is NOT recommended on a branch you
+plan to 'dcommit' from. Subversion does not represent merges in any
reasonable or useful fashion; so users using Subversion cannot see any
merges you've made. Furthermore, if you merge or pull from a git branch
-that is a mirror of an SVN branch, dcommit may commit to the wrong
+that is a mirror of an SVN branch, 'dcommit' may commit to the wrong
branch.
-'git-clone' does not clone branches under the refs/remotes/ hierarchy or
-any git-svn metadata, or config. So repositories created and managed with
-using git-svn should use rsync(1) for cloning, if cloning is to be done
+`git-clone` does not clone branches under the refs/remotes/ hierarchy or
+any `git-svn` metadata, or config. So repositories created and managed with
+using `git-svn` should use `rsync` for cloning, if cloning is to be done
at all.
-Since 'dcommit' uses rebase internally, any git branches you git-push to
-before dcommit on will require forcing an overwrite of the existing ref
+Since 'dcommit' uses rebase internally, any git branches you `git-push` to
+before 'dcommit' on will require forcing an overwrite of the existing ref
on the remote repository. This is generally considered bad practice,
-see the git-push(1) documentation for details.
+see the linkgit:git-push[1] documentation for details.
-Do not use the --amend option of git-commit(1) on a change you've
+Do not use the --amend option of linkgit:git-commit[1] on a change you've
already dcommitted. It is considered bad practice to --amend commits
you've already pushed to a remote repository for other users, and
dcommit with SVN is analogous to that.
CONFIGURATION
-------------
-git-svn stores [svn-remote] configuration information in the
+`git-svn` stores [svn-remote] configuration information in the
repository .git/config file. It is similar the core git
[remote] sections except 'fetch' keys do not accept glob
arguments; but they are instead handled by the 'branches'
however the remote wildcard may be anywhere as long as it's own
independent path component (surrounded by '/' or EOL). This
type of configuration is not automatically created by 'init' and
-should be manually entered with a text-editor or using
-linkgit:git-config[1]
+should be manually entered with a text-editor or using `git-config`.
SEE ALSO
--------
advertised (horrors). Therefore symbolic links are now deprecated
and symbolic refs are used by default.
-git-symbolic-ref will exit with status 0 if the contents of the
+`git-symbolic-ref` will exit with status 0 if the contents of the
symbolic ref were printed correctly, with status 1 if the requested
name is not a symbolic ref, or 128 if another error occurs.
CONFIGURATION
-------------
-By default, git-tag in sign-with-default mode (-s) will use your
+By default, `git-tag` in sign-with-default mode (-s) will use your
committer identity (of the form "Your Name <your@email.address>") to
find a key. If you want to use a different default key, you can specify
it in the repository configuration as follows:
. 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 a `git-fetch` command line:
------------
Linus, please pull from
When <base> is specified it is added as a leading path to the files in the
generated tar archive.
-git-tar-tree behaves differently when given a tree ID versus when given
+`git-tar-tree` behaves differently when given a tree ID versus when given
a commit ID or tag ID. In the first case the current time is used as
modification time of each file in the archive. In the latter case the
commit time as recorded in the referenced commit object is used instead.
Additionally the commit ID is stored in a global extended pax header.
-It can be extracted using git-get-tar-commit-id.
+It can be extracted using `git-get-tar-commit-id`.
OPTIONS
-------
from the pack-file. Therefore, nothing will be unpacked if you use
this command on a pack-file that exists within the target repository.
-Please see the `git-repack` documentation for options to generate
+See linkgit:git-repack[1] for options to generate
new packs and replace existing ones.
OPTIONS
See also linkgit:git-add[1] for a more user-friendly way to do some of
the most common operations on the index.
-The way "git-update-index" handles files it is told about can be modified
+The way `git-update-index` handles files it is told about can be modified
using the various options:
OPTIONS
-q::
Quiet. If --refresh finds that the index needs an update, the
default behavior is to error out. This option makes
- git-update-index continue anyway.
+ `git-update-index` continue anyway.
--ignore-submodules:
Do not try to update submodules. This option is only respected
--unmerged::
If --refresh finds unmerged changes in the index, the default
- behavior is to error out. This option makes git-update-index
+ behavior is to error out. This option makes `git-update-index`
continue anyway.
--ignore-missing::
--replace::
By default, when a file `path` exists in the index,
- git-update-index refuses an attempt to add `path/file`.
+ `git-update-index` refuses an attempt to add `path/file`.
Similarly if a file `path/file` exists, a file `path`
cannot be added. With --replace flag, existing entries
that conflicts with the entry being added are
can refresh the index for a file that hasn't been changed but where
the stat entry is out of date.
-For example, you'd want to do this after doing a "git-read-tree", to link
+For example, you'd want to do this after doing a `git-read-tree`, to link
up the stat index details with the proper files.
Using --cacheinfo or --info-only
. mode SP type SP sha1 TAB path
+
-The second format is to stuff git-ls-tree output
+The second format is to stuff `git-ls-tree` output
into the index file.
. mode SP sha1 SP stage TAB path
+
This format is to put higher order stages into the
-index file and matches git-ls-files --stage output.
+index file and matches `git-ls-files --stage` output.
To place a higher stage entry to the index, the path should
first be removed by feeding a mode=0 entry for the path, and
other end over the git protocol.
This command is usually not invoked directly by the end user. The UI
-for the protocol is on the 'git-archive' side, and the program pair
+for the protocol is on the `git-archive` side, and the program pair
is meant to be used to get an archive from a remote repository.
OPTIONS
DESCRIPTION
-----------
-Invoked by 'git-fetch-pack', learns what
+Invoked by `git-fetch-pack`, learns what
objects the other side is missing, and sends them after packing.
This command is usually not invoked directly by the end user.
-The UI for the protocol is on the 'git-fetch-pack' side, and the
+The UI for the protocol is on the `git-fetch-pack` side, and the
program pair is meant to be used to pull updates from a remote
-repository. For push operations, see 'git-send-pack'.
+repository. For push operations, see `git-send-pack`.
OPTIONS
DESCRIPTION
-----------
-Reads given idx file for packed git archive created with
-git-pack-objects command and verifies idx file and the
+Reads given idx file for packed git archive created with the
+`git-pack-objects` command and verifies idx file and the
corresponding pack file.
OPTIONS
DESCRIPTION
-----------
-Validates the gpg signature created by git-tag.
+Validates the gpg signature created by `git-tag`.
OPTIONS
-------
You can explicitly provide a full path to your preferred browser by
setting the configuration variable 'browser.<tool>.path'. For example,
you can configure the absolute path to firefox by setting
-'browser.firefox.path'. Otherwise, 'git-web--browse' assumes the tool
+'browser.firefox.path'. Otherwise, `git-web--browse` assumes the tool
is available in PATH.
browser.<tool>.cmd
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.
Author
------
Written by Christian Couder <chriscool@tuxfamily.org> and the git-list
-<git@vger.kernel.org>, based on git-mergetool by Theodore Y. Ts'o.
+<git@vger.kernel.org>, based on `git-mergetool` by Theodore Y. Ts'o.
Documentation
-------------
DESCRIPTION
-----------
Shows commit logs and diff output each commit introduces. The
-command internally invokes 'git-rev-list' piped to
-'git-diff-tree', and takes command line options for both of
+command internally invokes `git-rev-list` piped to
+`git-diff-tree`, and takes command line options for both of
these commands.
This manual page describes only the most frequently used options.
a pager.
'GIT_SSH'::
- If this environment variable is set then linkgit:git-fetch[1]
- and linkgit:git-push[1] will use this command instead
+ If this environment variable is set then `git-fetch`
+ and `git-push` will use this command instead
of `ssh` when they need to connect to a remote system.
- The 'GIT_SSH' command will be given exactly two arguments:
+ The '$GIT_SSH' command will be given exactly two arguments:
the 'username@host' (or just 'host') from the URL and the
shell command to execute on that remote system.
+
'GIT_FLUSH'::
If this environment variable is set to "1", then commands such
- as git-blame (in incremental mode), git-rev-list, git-log,
- git-whatchanged, etc., will force a flush of the output stream
+ as `git-blame` (in incremental mode), `git-rev-list`, `git-log`,
+ and `git-whatchanged` will force a flush of the output stream
after each commit-oriented record have been flushed. If this
variable is set to "0", the output of these commands will be done
using completely buffered I/O. If this environment variable is
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.
If the attribute `export-subst` is set for a file then git will expand
several placeholders when adding this file to an archive. The
-expansion depends on the availability of a commit ID, i.e. if
-linkgit:git-archive[1] has been given a tree instead of a commit or a
+expansion depends on the availability of a commit ID, i.e., if
+`git-archive` has been given a tree instead of a commit or a
tag then no replacement will be done. The placeholders are the same
as those for the option `--pretty=format:` of linkgit:git-log[1],
except that they need to be wrapped like this: `$Format:PLACEHOLDERS$`
that it has noticed that "hello" has been modified, and that the old object
contents it had have been replaced with something else.
-To make it readable, we can tell git-diff-files to output the
+To make it readable, we can tell `git-diff-files` to output the
differences as a patch, using the `-p` flag:
------------
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
up-to-date (so that you don't have to refresh it afterward), and the
`-a` flag means "check out all files" (if you have a stale copy or an
older version of a checked out tree you may also need to add the `-f`
-flag first, to tell git-checkout-index to *force* overwriting of any old
+flag first, to tell `git-checkout-index` to *force* overwriting of any old
files).
Again, this can all be simplified with
which will very loudly warn you that you're now committing a merge
(which is correct, so never mind), and you can write a small merge
-message about your adventures in git-merge-land.
+message about your adventures in `git-merge`-land.
After you're done, start up `gitk \--all` to see graphically what the
history looks like. Notice that `mybranch` still exists, and you can
before the commit log message is a short name you can use to
name the commit. In the above example, 'master' and 'mybranch'
are branch heads. 'master^' is the first parent of 'master'
-branch head. Please see 'git-rev-parse' documentation if you
+branch head. Please see linkgit:git-rev-parse[1] if you want to
see more complex cases.
[NOTE]
-Without the '--more=1' option, 'git-show-branch' would not output the
+Without the '--more=1' option, `git-show-branch` would not output the
'[master^]' commit, as '[mybranch]' commit is a common ancestor of
-both 'master' and 'mybranch' tips. Please see 'git-show-branch'
-documentation for details.
+both 'master' and 'mybranch' tips. Please see linkgit:git-show-branch[1]
+for details.
[NOTE]
If there were more commits on the 'master' branch after the merge, the
-merge commit itself would not be shown by 'git-show-branch' by
+merge commit itself would not be shown by `git-show-branch` by
default. You would need to provide '--sparse' option to make the
merge commit visible in this case.
================================
You can update the shared repository with your changes by first committing
-your changes, and then using the linkgit:git-push[1] command:
+your changes, and then using the `git-push` command:
------------------------------------------------
$ git push origin master
First, install version 2.1 or higher of cvsps from
link:http://www.cobite.com/cvsps/[http://www.cobite.com/cvsps/] and make
sure it is in your path. Then cd to a checked out CVS working directory
-of the project you are interested in and run linkgit:git-cvsimport[1]:
+of the project you are interested in and run `git-cvsimport`:
-------------------------------------------
$ git cvsimport -C <destination> <module>
DESCRIPTION
-----------
-The diff commands git-diff-index, git-diff-files, and git-diff-tree
+The diff commands `git-diff-index`, `git-diff-files`, and `git-diff-tree`
can be told to manipulate differences they find in
-unconventional ways before showing diff(1) output. The manipulation
+unconventional ways before showing `diff` output. The manipulation
is collectively called "diffcore transformation". This short note
describes what they are and how to use them to produce diff outputs
that are easier to understand than the conventional kind.
The chain of operation
----------------------
-The git-diff-* family works by first comparing two sets of
+The `git-diff-{asterisk}` family works by first comparing two sets of
files:
- - git-diff-index compares contents of a "tree" object and the
+ - `git-diff-index` compares contents of a "tree" object and the
working directory (when '\--cached' flag is not used) or a
"tree" object and the index file (when '\--cached' flag is
used);
- - git-diff-files compares contents of the index file and the
+ - `git-diff-files` compares contents of the index file and the
working directory;
- - git-diff-tree compares contents of two "tree" objects;
+ - `git-diff-tree` compares contents of two "tree" objects;
In all of these cases, the commands themselves compare
corresponding paths in the two sets of files. The result of
- diffcore-pickaxe
- diffcore-order
-These are applied in sequence. The set of filepairs git-diff-\*
+These are applied in sequence. The set of filepairs `git-diff-{asterisk}`
commands find are used as the input to diffcore-pathspec, and
the output from diffcore-pathspec is used as the input to the
next transformation. The final result is then passed to the
output routine and generates either diff-raw format (see Output
-format sections of the manual for git-diff-\* commands) or
+format sections of the manual for `git-diff-{asterisk}` commands) or
diff-patch format.
The first transformation in the chain is diffcore-pathspec, and
is controlled by giving the pathname parameters to the
-git-diff-* commands on the command line. The pathspec is used
+`git-diff-{asterisk}` commands on the command line. The pathspec is used
to limit the world diff operates in. It removes the filepairs
outside the specified set of pathnames. E.g. If the input set
of filepairs included:
: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.
-Implementation note. For performance reasons, git-diff-tree
+Implementation note. For performance reasons, `git-diff-tree`
uses the pathname parameters on the command line to cull set of
filepairs it feeds the diffcore mechanism itself, and does not
use diffcore-pathspec, but the end result is the same.
----------------------------------------------------
The second transformation in the chain is diffcore-break, and is
-controlled by the -B option to the git-diff-* commands. This is
+controlled by the -B option to the `git-diff-{asterisk}` commands. This is
used to detect a filepair that represents "complete rewrite" and
break such filepair into two filepairs that represent delete and
create. E.g. If the input contained this filepair:
This transformation is used to detect renames and copies, and is
controlled by the -M option (to detect renames) and the -C option
-(to detect copies as well) to the git-diff-* commands. If the
+(to detect copies as well) to the `git-diff-{asterisk}` commands. If the
input contained these filepairs:
------------------------------------------------
8/10 = 80%).
Note. When the "-C" option is used with `\--find-copies-harder`
-option, git-diff-\* commands feed unmodified filepairs to
+option, `git-diff-{asterisk}` commands feed unmodified filepairs to
diffcore mechanism as well as modified ones. This lets the copy
detector consider unmodified files as copy source candidates at
the expense of making it slower. Without `\--find-copies-harder`,
-git-diff-\* commands can detect copies only if the file that was
+`git-diff-{asterisk}` commands can detect copies only if the file that was
copied happened to have been modified in the same changeset.
This transformation is used to find filepairs that represent
changes that touch a specified string, and is controlled by the
--S option and the `\--pickaxe-all` option to the git-diff-*
+-S option and the `\--pickaxe-all` option to the `git-diff-{asterisk}`
commands.
When diffcore-pickaxe is in use, it checks if there are
This is used to reorder the filepairs according to the user's
(or project's) taste, and is controlled by the -O option to the
-git-diff-* commands.
+`git-diff-{asterisk}` commands.
This takes a text file each of whose lines is a shell glob
pattern. Filepairs that match a glob pattern on an earlier line
`core.excludesfile` in the user's `~/.gitconfig`.
The underlying git plumbing tools, such as
-linkgit:git-ls-files[1] and linkgit:git-read-tree[1], read
+`git-ls-files` and `git-read-tree`, read
`gitignore` patterns specified by command-line options, or from
files specified by command-line options. Higher-level git
-tools, such as linkgit:git-status[1] and linkgit:git-add[1],
+tools, such as `git-status` and `git-add`,
use patterns from the sources specified above.
Patterns have the following format:
OPTIONS
-------
To control which revisions to shown, the command takes options applicable to
-the linkgit:git-rev-list[1] command. This manual page describes only the most
+the `git-rev-list` command (see linkgit:git-rev-list[1]).
+This manual page describes only the most
frequently used options.
-n <number>::
logs::
Records of changes made to refs are stored in this
- directory. See the documentation on git-update-ref
+ directory. See linkgit:git-update-ref[1]
for more information.
logs/refs/heads/`name`::
the one shown above because the commit object records the time when
it was created and the name of the person performing the commit.
-We can ask git about this particular object with the cat-file
+We can ask git about this particular object with the `cat-file`
command. Don't copy the 40 hex digits from this example but use those
from your own version. Note that you can shorten it to only a few
characters to save yourself typing all 40 hex digits:
The index file
--------------
-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
+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
-the -a option), and verify that the state committed only includes the
+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
-the working tree; the -a option to commit tells it to first update
+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
commit" would create a commit that added closing.txt (with its new
contents), but that didn't modify file.txt.
-Also, note that a bare "git diff" shows the changes to file.txt, but
+Also, note that a bare `git diff` shows the changes to file.txt, but
not the addition of closing.txt, because the version of closing.txt
in the index file is identical to the one in the working directory.
the first two chapters of link:user-manual.html[The Git User's Manual].
First, note that you can get documentation for a command such as
-"git log --graph" with:
+`git log --graph` with:
------------------------------------------------
$ man git-log
directory created, named ".git".
Next, tell git to take a snapshot of the contents of all files under the
-current directory (note the '.'), with linkgit:git-add[1]:
+current directory (note the '.'), with `git-add`:
------------------------------------------------
$ git add .
This snapshot is now stored in a temporary staging area which git calls
the "index". You can permanently store the contents of the index in the
-repository with linkgit:git-commit[1]:
+repository with `git-commit`:
------------------------------------------------
$ git commit
------------------------------------------------
You are now ready to commit. You can see what is about to be committed
-using linkgit:git-diff[1] with the --cached option:
+using `git-diff` with the --cached option:
------------------------------------------------
$ git diff --cached
------------------------------------------------
-(Without --cached, linkgit:git-diff[1] will show you any changes that
+(Without --cached, `git-diff` will show you any changes that
you've made but not yet added to the index.) You can also get a brief
-summary of the situation with linkgit:git-status[1]:
+summary of the situation with `git-status`:
------------------------------------------------
$ git status
Git tracks content not files
----------------------------
-Many revision control systems provide an "add" command that tells the
-system to start tracking changes to a new file. Git's "add" command
+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
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
------------------------------------------------
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:
-------------------------------------
/home/alice/project
-------------------------------------
-(The complete configuration created by git-clone is visible using
-"git config -l", and the linkgit:git-config[1] man page
+(The complete configuration created by `git-clone` is visible using
+`git config -l`, and the linkgit:git-config[1] man page
explains the meaning of each option.)
Git also keeps a pristine copy of Alice's master branch under the
-----------------
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.
-------------------------------------
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]
+If you need to undo changes that you have pushed, use `git-revert`
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,
-or git itself) have frequent merges, and gitk does a better job of
+or git itself) have frequent merges, and `gitk` does a better job of
visualizing their history. For example,
-------------------------------------
$ 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
projects / thirdparty / git.git / commitdiff
