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GIT-WORKTREE(1)			  Git Manual		       GIT-WORKTREE(1)

       git-worktree - Manage multiple working trees

       git worktree add	[-f] [--detach]	[--checkout] [--lock [--reason <string>]] [-b <new-branch>] <path> [<commit-ish>]
       git worktree list [-v | --porcelain]
       git worktree lock [--reason <string>] <worktree>
       git worktree move <worktree> <new-path>
       git worktree prune [-n] [-v] [--expire <expire>]
       git worktree remove [-f]	<worktree>
       git worktree repair [<path>...]
       git worktree unlock <worktree>

       Manage multiple working trees attached to the same repository.

       A git repository	can support multiple working trees, allowing you to
       check out more than one branch at a time. With git worktree add a new
       working tree is associated with the repository. This new	working	tree
       is called a "linked working tree" as opposed to the "main working tree"
       prepared	by git-init(1) or git-clone(1).	A repository has one main
       working tree (if	it's not a bare	repository) and	zero or	more linked
       working trees. When you are done	with a linked working tree, remove it
       with git	worktree remove.

       In its simplest form, git worktree add <path> automatically creates a
       new branch whose	name is	the final component of <path>, which is
       convenient if you plan to work on a new topic. For instance, git
       worktree	add ../hotfix creates new branch hotfix	and checks it out at
       path ../hotfix. To instead work on an existing branch in	a new working
       tree, use git worktree add <path> <branch>. On the other	hand, if you
       just plan to make some experimental changes or do testing without
       disturbing existing development,	it is often convenient to create a
       throwaway working tree not associated with any branch. For instance,
       git worktree add	-d <path> creates a new	working	tree with a detached
       HEAD at the same	commit as the current branch.

       If a working tree is deleted without using git worktree remove, then
       its associated administrative files, which reside in the	repository
       (see "DETAILS" below), will eventually be removed automatically (see
       gc.worktreePruneExpire in git-config(1)), or you	can run	git worktree
       prune in	the main or any	linked working tree to clean up	any stale
       administrative files.

       If a linked working tree	is stored on a portable	device or network
       share which is not always mounted, you can prevent its administrative
       files from being	pruned by issuing the git worktree lock	command,
       optionally specifying --reason to explain why the working tree is

       add <path> [<commit-ish>]
	   Create <path> and checkout <commit-ish> into	it. The	new working
	   directory is	linked to the current repository, sharing everything
	   except working directory specific files such	as HEAD, index,	etc.
	   As a	convenience, <commit-ish> may be a bare	"-", which is
	   synonymous with @{-1}.

	   If <commit-ish> is a	branch name (call it <branch>) and is not
	   found, and neither -b nor -B	nor --detach are used, but there does
	   exist a tracking branch in exactly one remote (call it <remote>)
	   with	a matching name, treat as equivalent to:

	       $ git worktree add --track -b <branch> <path> <remote>/<branch>

	   If the branch exists	in multiple remotes and	one of them is named
	   by the checkout.defaultRemote configuration variable, we'll use
	   that	one for	the purposes of	disambiguation,	even if	the <branch>
	   isn't unique	across all remotes. Set	it to e.g.
	   checkout.defaultRemote=origin to always checkout remote branches
	   from	there if <branch> is ambiguous but exists on the origin
	   remote. See also checkout.defaultRemote in git-config(1).

	   If <commit-ish> is omitted and neither -b nor -B nor	--detach used,
	   then, as a convenience, the new working tree	is associated with a
	   branch (call	it <branch>) named after $(basename <path>). If
	   <branch> doesn't exist, a new branch	based on HEAD is automatically
	   created as if -b <branch> was given.	If <branch> does exist,	it
	   will	be checked out in the new working tree,	if it's	not checked
	   out anywhere	else, otherwise	the command will refuse	to create the
	   working tree	(unless	--force	is used).

	   List	details	of each	working	tree. The main working tree is listed
	   first, followed by each of the linked working trees.	The output
	   details include whether the working tree is bare, the revision
	   currently checked out, the branch currently checked out (or
	   "detached HEAD" if none), "locked" if the worktree is locked,
	   "prunable" if the worktree can be pruned by prune command.

	   If a	working	tree is	on a portable device or	network	share which is
	   not always mounted, lock it to prevent its administrative files
	   from	being pruned automatically. This also prevents it from being
	   moved or deleted. Optionally, specify a reason for the lock with

	   Move	a working tree to a new	location. Note that the	main working
	   tree	or linked working trees	containing submodules cannot be	moved
	   with	this command. (The git worktree	repair command,	however, can
	   reestablish the connection with linked working trees	if you move
	   the main working tree manually.)

	   Prune working tree information in $GIT_DIR/worktrees.

	   Remove a working tree. Only clean working trees (no untracked files
	   and no modification in tracked files) can be	removed. Unclean
	   working trees or ones with submodules can be	removed	with --force.
	   The main working tree cannot	be removed.

       repair [<path>...]
	   Repair working tree administrative files, if	possible, if they have
	   become corrupted or outdated	due to external	factors.

	   For instance, if the	main working tree (or bare repository) is
	   moved, linked working trees will be unable to locate	it. Running
	   repair in the main working tree will	reestablish the	connection
	   from	linked working trees back to the main working tree.

	   Similarly, if a linked working tree is moved	without	using git
	   worktree move, the main working tree	(or bare repository) will be
	   unable to locate it.	Running	repair within the recently-moved
	   working tree	will reestablish the connection. If multiple linked
	   working trees are moved, running repair from	any working tree with
	   each	tree's new <path> as an	argument, will reestablish the
	   connection to all the specified paths.

	   If both the main working tree and linked working trees have been
	   moved manually, then	running	repair in the main working tree	and
	   specifying the new <path> of	each linked working tree will
	   reestablish all connections in both directions.

	   Unlock a working tree, allowing it to be pruned, moved or deleted.

       -f, --force
	   By default, add refuses to create a new working tree	when
	   <commit-ish>	is a branch name and is	already	checked	out by another
	   working tree, or if <path> is already assigned to some working tree
	   but is missing (for instance, if <path> was deleted manually). This
	   option overrides these safeguards. To add a missing but locked
	   working tree	path, specify --force twice.

	   move	refuses	to move	a locked working tree unless --force is
	   specified twice. If the destination is already assigned to some
	   other working tree but is missing (for instance, if <new-path> was
	   deleted manually), then --force allows the move to proceed; use
	   --force twice if the	destination is locked.

	   remove refuses to remove an unclean working tree unless --force is
	   used. To remove a locked working tree, specify --force twice.

       -b <new-branch>,	-B <new-branch>
	   With	add, create a new branch named <new-branch> starting at
	   <commit-ish>, and check out <new-branch> into the new working tree.
	   If <commit-ish> is omitted, it defaults to HEAD. By default,	-b
	   refuses to create a new branch if it	already	exists.	 -B overrides
	   this	safeguard, resetting <new-branch> to <commit-ish>.

       -d, --detach
	   With	add, detach HEAD in the	new working tree. See "DETACHED	HEAD"
	   in git-checkout(1).

	   By default, add checks out <commit-ish>, however, --no-checkout can
	   be used to suppress checkout	in order to make customizations, such
	   as configuring sparse-checkout. See "Sparse checkout" in git-read-

	   With	worktree add <path>, without <commit-ish>, instead of creating
	   a new branch	from HEAD, if there exists a tracking branch in
	   exactly one remote matching the basename of <path>, base the	new
	   branch on the remote-tracking branch, and mark the remote-tracking
	   branch as "upstream"	from the new branch.

	   This	can also be set	up as the default behaviour by using the
	   worktree.guessRemote	config option.

	   When	creating a new branch, if <commit-ish> is a branch, mark it as
	   "upstream" from the new branch. This	is the default if <commit-ish>
	   is a	remote-tracking	branch.	See --track in git-branch(1) for

	   Keep	the working tree locked	after creation.	This is	the equivalent
	   of git worktree lock	after git worktree add,	but without a race

       -n, --dry-run
	   With	prune, do not remove anything; just report what	it would

	   With	list, output in	an easy-to-parse format	for scripts. This
	   format will remain stable across Git	versions and regardless	of
	   user	configuration. See below for details.

       -q, --quiet
	   With	add, suppress feedback messages.

       -v, --verbose
	   With	prune, report all removals.

	   With	list, output additional	information about worktrees (see

       --expire	<time>
	   With	prune, only expire unused working trees	older than <time>.

	   With	list, annotate missing working trees as	prunable if they are
	   older than <time>.

       --reason	<string>
	   With	lock or	with add --lock, an explanation	why the	working	tree
	   is locked.

	   Working trees can be	identified by path, either relative or

	   If the last path components in the working tree's path is unique
	   among working trees,	it can be used to identify a working tree. For
	   example if you only have two	working	trees, at /abc/def/ghi and
	   /abc/def/ggg, then ghi or def/ghi is	enough to point	to the former
	   working tree.

       In multiple working trees, some refs may	be shared between all working
       trees and some refs are local. One example is HEAD which	is different
       for each	working	tree. This section is about the	sharing	rules and how
       to access refs of one working tree from another.

       In general, all pseudo refs are per working tree	and all	refs starting
       with refs/ are shared. Pseudo refs are ones like	HEAD which are
       directly	under $GIT_DIR instead of inside $GIT_DIR/refs.	There are
       exceptions, however: refs inside	refs/bisect and	refs/worktree are not

       Refs that are per working tree can still	be accessed from another
       working tree via	two special paths, main-worktree and worktrees.	The
       former gives access to per-working tree refs of the main	working	tree,
       while the latter	to all linked working trees.

       For example, main-worktree/HEAD or main-worktree/refs/bisect/good
       resolve to the same value as the	main working tree's HEAD and
       refs/bisect/good	respectively. Similarly, worktrees/foo/HEAD or
       worktrees/bar/refs/bisect/bad are the same as
       $GIT_COMMON_DIR/worktrees/foo/HEAD and

       To access refs, it's best not to	look inside $GIT_DIR directly. Instead
       use commands such as git-rev-parse(1) or	git-update-ref(1) which	will
       handle refs correctly.

       By default, the repository config file is shared	across all working
       trees. If the config variables core.bare	or core.worktree are already
       present in the config file, they	will be	applied	to the main working
       trees only.

       In order	to have	configuration specific to working trees, you can turn
       on the worktreeConfig extension,	e.g.:

	   $ git config	extensions.worktreeConfig true

       In this mode, specific configuration stays in the path pointed by git
       rev-parse --git-path config.worktree. You can add or update
       configuration in	this file with git config --worktree. Older Git
       versions	will refuse to access repositories with	this extension.

       Note that in this file, the exception for core.bare and core.worktree
       is gone.	If they	exist in $GIT_DIR/config, you must move	them to	the
       config.worktree of the main working tree. You may also take this
       opportunity to review and move other configuration that you do not want
       to share	to all working trees:

       o   core.worktree and core.bare should never be shared

       o   core.sparseCheckout is recommended per working tree,	unless you are
	   sure	you always use sparse checkout for all working trees.

       Each linked working tree	has a private sub-directory in the
       repository's $GIT_DIR/worktrees directory. The private sub-directory's
       name is usually the base	name of	the linked working tree's path,
       possibly	appended with a	number to make it unique. For example, when
       $GIT_DIR=/path/main/.git	the command git	worktree add
       /path/other/test-next next creates the linked working tree in
       /path/other/test-next and also creates a	$GIT_DIR/worktrees/test-next
       directory (or $GIT_DIR/worktrees/test-next1 if test-next	is already

       Within a	linked working tree, $GIT_DIR is set to	point to this private
       directory (e.g. /path/main/.git/worktrees/test-next in the example) and
       $GIT_COMMON_DIR is set to point back to the main	working	tree's
       $GIT_DIR	(e.g. /path/main/.git).	These settings are made	in a .git file
       located at the top directory of the linked working tree.

       Path resolution via git rev-parse --git-path uses either	$GIT_DIR or
       $GIT_COMMON_DIR depending on the	path. For example, in the linked
       working tree git	rev-parse --git-path HEAD returns
       /path/main/.git/worktrees/test-next/HEAD	(not
       /path/other/test-next/.git/HEAD or /path/main/.git/HEAD)	while git
       rev-parse --git-path refs/heads/master uses $GIT_COMMON_DIR and returns
       /path/main/.git/refs/heads/master, since	refs are shared	across all
       working trees, except refs/bisect and refs/worktree.

       See gitrepository-layout(5) for more information. The rule of thumb is
       do not make any assumption about	whether	a path belongs to $GIT_DIR or
       $GIT_COMMON_DIR when you	need to	directly access	something inside
       $GIT_DIR. Use git rev-parse --git-path to get the final path.

       If you manually move a linked working tree, you need to update the
       gitdir file in the entry's directory. For example, if a linked working
       tree is moved to	/newpath/test-next and its .git	file points to
       /path/main/.git/worktrees/test-next, then update
       /path/main/.git/worktrees/test-next/gitdir to reference
       /newpath/test-next instead. Better yet, run git worktree	repair to
       reestablish the connection automatically.

       To prevent a $GIT_DIR/worktrees entry from being	pruned (which can be
       useful in some situations, such as when the entry's working tree	is
       stored on a portable device), use the git worktree lock command,	which
       adds a file named locked	to the entry's directory. The file contains
       the reason in plain text. For example, if a linked working tree's .git
       file points to /path/main/.git/worktrees/test-next then a file named
       /path/main/.git/worktrees/test-next/locked will prevent the test-next
       entry from being	pruned.	See gitrepository-layout(5) for	details.

       When extensions.worktreeConfig is enabled, the config file
       .git/worktrees/<id>/config.worktree is read after .git/config is.

       The worktree list command has two output	formats. The default format
       shows the details on a single line with columns.	For example:

	   $ git worktree list
	   /path/to/bare-source		   (bare)
	   /path/to/linked-worktree	   abcd1234 [master]
	   /path/to/other-linked-worktree  1234abc  (detached HEAD)

       The command also	shows annotations for each working tree, according to
       its state. These	annotations are:

       o   locked, if the working tree is locked.

       o   prunable, if	the working tree can be	pruned via git worktree	prune.

	   $ git worktree list
	   /path/to/linked-worktree    abcd1234	[master]
	   /path/to/locked-worktree    acbd5678	(brancha) locked
	   /path/to/prunable-worktree  5678abc	(detached HEAD)	prunable

       For these annotations, a	reason might also be available and this	can be
       seen using the verbose mode. The	annotation is then moved to the	next
       line indented followed by the additional	information.

	   $ git worktree list --verbose
	   /path/to/linked-worktree		 abcd1234 [master]
	   /path/to/locked-worktree-no-reason	 abcd5678 (detached HEAD) locked
	   /path/to/locked-worktree-with-reason	 1234abcd (brancha)
		   locked: working tree	path is	mounted	on a portable device
	   /path/to/prunable-worktree		 5678abc1 (detached HEAD)
		   prunable: gitdir file points	to non-existent	location

       Note that the annotation	is moved to the	next line if the additional
       information is available, otherwise it stays on the same	line as	the
       working tree itself.

   Porcelain Format
       The porcelain format has	a line per attribute. Attributes are listed
       with a label and	value separated	by a single space. Boolean attributes
       (like bare and detached)	are listed as a	label only, and	are present
       only if the value is true. Some attributes (like	locked)	can be listed
       as a label only or with a value depending upon whether a	reason is
       available. The first attribute of a working tree	is always worktree, an
       empty line indicates the	end of the record. For example:

	   $ git worktree list --porcelain
	   worktree /path/to/bare-source

	   worktree /path/to/linked-worktree
	   HEAD	abcd1234abcd1234abcd1234abcd1234abcd1234
	   branch refs/heads/master

	   worktree /path/to/other-linked-worktree
	   HEAD	1234abc1234abc1234abc1234abc1234abc1234a

	   worktree /path/to/linked-worktree-locked-no-reason
	   HEAD	5678abc5678abc5678abc5678abc5678abc5678c
	   branch refs/heads/locked-no-reason

	   worktree /path/to/linked-worktree-locked-with-reason
	   HEAD	3456def3456def3456def3456def3456def3456b
	   branch refs/heads/locked-with-reason
	   locked reason why is	locked

	   worktree /path/to/linked-worktree-prunable
	   HEAD	1233def1234def1234def1234def1234def1234b
	   prunable gitdir file	points to non-existent location

       If the lock reason contains "unusual" characters	such as	newline, they
       are escaped and the entire reason is quoted as explained	for the
       configuration variable core.quotePath (see git-config(1)). For Example:

	   $ git worktree list --porcelain
	   locked "reason\nwhy is locked"

       You are in the middle of	a refactoring session and your boss comes in
       and demands that	you fix	something immediately. You might typically use
       git-stash(1) to store your changes away temporarily, however, your
       working tree is in such a state of disarray (with new, moved, and
       removed files, and other	bits and pieces	strewn around) that you	don't
       want to risk disturbing any of it. Instead, you create a	temporary
       linked working tree to make the emergency fix, remove it	when done, and
       then resume your	earlier	refactoring session.

	   $ git worktree add -b emergency-fix ../temp master
	   $ pushd ../temp
	   # ... hack hack hack	...
	   $ git commit	-a -m 'emergency fix for boss'
	   $ popd
	   $ git worktree remove ../temp

       Multiple	checkout in general is still experimental, and the support for
       submodules is incomplete. It is NOT recommended to make multiple
       checkouts of a superproject.

       Part of the git(1) suite

Git 2.35.1			  01/28/2022		       GIT-WORKTREE(1)


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