| Version: | 1.0.0 |
|---|---|
| Generated: | 2008-10-17 |
This manual is generated from Bazaar's online help. To use the online help system, try the following commands.
Introduction including a list of commonly used commands:
bzr helpList of topics and a summary of each:
bzr help topicsList of commands and a summary of each:
bzr help commandsMore information about a particular topic or command:
bzr help topic-or-command-name
The following web sites provide further information on Bazaar:
| Home page: | http://www.bazaar-vcs.org/ |
|---|---|
| Official docs: | http://doc.bazaar-vcs.org/ |
| Launchpad: | https://launchpad.net/bzr/ |
A branch consists of the state of a project, including all of its history. All branches have a repository associated (which is where the branch history is stored), but multiple branches may share the same repository (a shared repository). Branches can be copied and merged.
Related commands:
init Make a directory into a versioned branch. branch Create a new copy of a branch. merge Perform a three-way merge.
Checkouts are source trees that are connected to a branch, so that when you commit in the source tree, the commit goes into that branch. They allow you to use a simpler, more centralized workflow, ignoring some of Bazaar's decentralized features until you want them. Using checkouts with shared repositories is very similar to working with SVN or CVS, but doesn't have the same restrictions. And using checkouts still allows others working on the project to use whatever workflow they like.
A checkout is created with the bzr checkout command (see "help checkout"). You pass it a reference to another branch, and it will create a local copy for you that still contains a reference to the branch you created the checkout from (the master branch). Then if you make any commits they will be made on the other branch first. This creates an instant mirror of your work, or facilitates lockstep development, where each developer is working together, continuously integrating the changes of others.
However the checkout is still a first class branch in Bazaar terms, so that you have the full history locally. As you have a first class branch you can also commit locally if you want, for instance due to the temporary loss af a network connection. Use the --local option to commit to do this. All the local commits will then be made on the master branch the next time you do a non-local commit.
If you are using a checkout from a shared branch you will periodically want to pull in all the changes made by others. This is done using the "update" command. The changes need to be applied before any non-local commit, but Bazaar will tell you if there are any changes and suggest that you use this command when needed.
It is also possible to create a "lightweight" checkout by passing the --lightweight flag to checkout. A lightweight checkout is even closer to an SVN checkout in that it is not a first class branch, it mainly consists of the working tree. This means that any history operations must query the master branch, which could be slow if a network connection is involved. Also, as you don't have a local branch, then you cannot commit locally.
Lightweight checkouts work best when you have fast reliable access to the master branch. This means that if the master branch is on the same disk or LAN a lightweight checkout will be faster than a heavyweight one for any commands that modify the revision history (as only one copy branch needs to be updated). Heavyweight checkouts will generally be faster for any command that uses the history but does not change it, but if the master branch is on the same disk then there wont be a noticeable difference.
Another possible use for a checkout is to use it with a treeless repository containing your branches, where you maintain only one working tree by switching the master branch that the checkout points to when you want to work on a different branch.
Obviously to commit on a checkout you need to be able to write to the master branch. This means that the master branch must be accessible over a writeable protocol , such as sftp://, and that you have write permissions at the other end. Checkouts also work on the local file system, so that all that matters is file permissions.
You can change the master of a checkout by using the "bind" command (see "help bind"). This will change the location that the commits are sent to. The bind command can also be used to turn a branch into a heavy checkout. If you would like to convert your heavy checkout into a normal branch so that every commit is local, you can use the "unbind" command.
Related commands:
checkout Create a checkout. Pass --lightweight to get a lightweight
checkout
update Pull any changes in the master branch in to your checkout
commit Make a commit that is sent to the master branch. If you have
a heavy checkout then the --local option will commit to the
checkout without sending the commit to the master
bind Change the master branch that the commits in the checkout will
be sent to
unbind Turn a heavy checkout into a standalone branch so that any
commits are only made locally
A criss-cross in the branch history can cause the default merge technique to emit more conflicts than would normally be expected.
If you encounter criss-crosses, you can use merge --weave instead, which should provide a much better result.
Criss-crosses occur in a branch's history if two branches merge the same thing and then merge one another, or if two branches merge one another at the same time. They can be avoided by having each branch only merge from or into a designated central branch (a "star topology").
Criss-crosses cause problems because of the way merge works. Bazaar's default merge is a three-way merger; in order to merge OTHER into THIS, it must find a basis for comparison, BASE. Using BASE, it can determine whether differences between THIS and OTHER are due to one side adding lines, or from another side removing lines.
Criss-crosses mean there is no good choice for a base. Selecting the recent merge points could cause one side's changes to be silently discarded. Selecting older merge points (which Bazaar does) mean that extra conflicts are emitted.
The weave merge type is not affected by this problem because it uses line-origin detection instead of a basis revision to determine the cause of differences.
Repositories in Bazaar are where committed information is stored. There is a repository associated with every branch.
Repositories are a form of database. Bzr will usually maintain this for good performance automatically, but in some situations (e.g. when doing very many commits in a short time period) you may want to ask bzr to optimise the database indices. This can be done by the 'bzr pack' command.
By default just running 'bzr init' will create a repository within the new branch but it is possible to create a shared repository which allows multiple branches to share their information in the same location. When a new branch is created it will first look to see if there is a containing shared repository it can use.
When two branches of the same project share a repository, there is generally a large space saving. For some operations (e.g. branching within the repository) this translates in to a large time saving.
To create a shared repository use the init-repository command (or the alias init-repo). This command takes the location of the repository to create. This means that 'bzr init-repository repo' will create a directory named 'repo', which contains a shared repository. Any new branches that are created in this directory will then use it for storage.
It is a good idea to create a repository whenever you might create more than one branch of a project. This is true for both working areas where you are doing the development, and any server areas that you use for hosting projects. In the latter case, it is common to want branches without working trees. Since the files in the branch will not be edited directly there is no need to use up disk space for a working tree. To create a repository in which the branches will not have working trees pass the '--no-trees' option to 'init-repository'.
Related commands:
init-repository Create a shared repository. Use --no-trees to create one
in which new branches won't get a working tree.
A standalone tree is a working tree with an associated repository. It is an independently usable branch, with no dependencies on any other. Creating a standalone tree (via bzr init) is the quickest way to put an existing project under version control.
Related Commands:
init Make a directory into a versioned branch.
A working tree is the contents of a branch placed on disk so that you can see the files and edit them. The working tree is where you make changes to a branch, and when you commit the current state of the working tree is the snapshot that is recorded in the commit.
When you push a branch to a remote system, a working tree will not be created. If one is already present the files will not be updated. The branch information will be updated and the working tree will be marked as out-of-date. Updating a working tree remotely is difficult, as there may be uncommitted changes or the update may cause content conflicts that are difficult to deal with remotely.
If you have a branch with no working tree you can use the 'checkout' command to create a working tree. If you run 'bzr checkout .' from the branch it will create the working tree. If the branch is updated remotely, you can update the working tree by running 'bzr update' in that directory.
If you have a branch with a working tree that you do not want the 'remove-tree' command will remove the tree if it is safe. This can be done to avoid the warning about the remote working tree not being updated when pushing to the branch. It can also be useful when working with a '--no-trees' repository (see 'bzr help repositories').
If you want to have a working tree on a remote machine that you push to you can either run 'bzr update' in the remote branch after each push, or use some other method to update the tree during the push. There is an 'rspush' plugin that will update the working tree using rsync as well as doing a push. There is also a 'push-and-update' plugin that automates running 'bzr update' via SSH after each push.
Useful commands:
checkout Create a working tree when a branch does not have one.
remove-tree Removes the working tree from a branch when it is safe to do so.
update When a working tree is out of sync with it's associated branch
this will update the tree to match the branch.
When making a commit, metadata about bugs fixed by that change can be recorded by using the --fixes option. For each bug marked as fixed, an entry is included in the 'bugs' revision property stating '<url> <status>'. Support for Launchpad's central bug tracker is built in. For other bug trackers, configuration is required in advance so that the correct URL can be recorded.
In addition to Launchpad, Bazaar directly supports the generation of URLs appropriate for Bugzilla and Trac. If your project uses a different bug tracker, it is easy to add support for it by writing a plugin, say. If you use Bugzilla or Trac, then you only need to set a configuration variable which contains the base URL of the bug tracker. These options can go into bazaar.conf, branch.conf or into a branch-specific configuration section in locations.conf. You can set up these values for each of the projects you work on.
Note: As you provide a short name for each tracker, you can specify one or more bugs in one or more trackers at commit time if you wish.
If present, the location of the Bugzilla bug tracker referred to by <tracker_abbreviation>. This option can then be used together with bzr commit --fixes to mark bugs in that tracker as being fixed by that commit. For example:
bugzilla_squid_url = http://www.squid-cache.org/bugs
would allow bzr commit --fixes squid:1234 to mark Squid's bug 1234 as fixed.
If present, the location of the Trac instance referred to by <tracker_abbreviation>. This option can then be used together with bzr commit --fixes to mark bugs in that tracker as being fixed by that commit. For example:
trac_twisted_url = http://www.twistedmatrix.com/trac
would allow bzr commit --fixes twisted:1234 to mark Twisted's bug 1234 as fixed.
If present, the location of a generic bug tracker instance referred to by <tracker_abbreviation>. The location must contain an {id} placeholder, which will be replaced by a specific bug ID. This option can then be used together with bzr commit --fixes to mark bugs in that tracker as being fixed by that commit. For example:
bugtracker_python_url = http://bugs.python.org/issue{id}
would allow bzr commit --fixes python:1234 to mark bug 1234 in Python's Roundup bug tracker as fixed, or:
bugtracker_cpan_url = http://rt.cpan.org/Public/Bug/Display.html?id={id}
for CPAN's RT bug tracker.
| BZRPATH | Path where bzr is to look for shell plugin external commands. |
| BZR_EMAIL | E-Mail address of the user. Overrides EMAIL. |
| E-Mail address of the user. | |
| BZR_EDITOR | Editor for editing commit messages. Overrides EDITOR. |
| EDITOR | Editor for editing commit messages. |
| BZR_PLUGIN_PATH | Paths where bzr should look for plugins. |
| BZR_HOME | Directory holding .bazaar config dir. Overrides HOME. |
| BZR_HOME (Win32) | Directory holding bazaar config dir. Overrides APPDATA and HOME. |
| BZR_REMOTE_PATH | Full name of remote 'bzr' command (for bzr+ssh:// URLs). |
| On Linux: | ~/.bazaar/bazaar.conf |
|---|---|
| On Windows: | C:\Documents and Settings\username\Application Data\bazaar\2.0\bazaar.conf |
Contains the user's default configuration. The section [DEFAULT] is used to define general configuration that will be applied everywhere. The section [ALIASES] can be used to create command aliases for commonly used options.
A typical config file might look something like:
[DEFAULT] email=John Doe <jdoe@isp.com> [ALIASES] commit = commit --strict log10 = log --short -r -10..-1
These formats can be used for creating branches, working trees, and repositories.
| pack-0.92: | (native) (default) New in 0.92: Pack-based format with data compatible with dirstate-tags format repositories. Interoperates with bzr repositories before 0.92 but cannot be read by bzr < 0.92. Previously called knitpack-experimental. For more information, see http://doc.bazaar- vcs.org/latest/developers/packrepo.html. |
|---|---|
| dirstate: | (native) New in 0.15: Fast local operations. Compatible with bzr 0.8 and above when accessed over the network. |
| dirstate-tags: | (native) New in 0.15: Fast local operations and improved scaling for network operations. Additionally adds support for tags. Incompatible with bzr < 0.15. |
| knit: | (native) Format using knits. Recommended for interoperation with bzr <= 0.14. |
| rich-root: | (native) New in 1.0. Better handling of tree roots. Incompatible with bzr < 1.0 |
Experimental formats are shown below.
| rich-root-pack: | (native) New in 1.0: Pack-based format with data compatible with rich-root format repositories. Interoperates with bzr repositories before 0.92 but cannot be read by bzr < 1.0. NOTE: This format is experimental. Before using it, please read http://doc.bazaar- vcs.org/latest/developers/packrepo.html. |
|---|
Deprecated formats are shown below.
| metaweave: | (native) Transitional format in 0.8. Slower than knit. |
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| weave: | (native) Pre-0.8 format. Slower than knit and does not support checkouts or shared repositories. |
These options may be used with any command, and may appear in front of any command. (e.g. "bzr --profile help").
| --version | Print the version number. Must be supplied before the command. |
| --no-aliases | Do not process command aliases when running this command. |
| --builtin | Use the built-in version of a command, not the plugin version. This does not suppress other plugin effects. |
| --no-plugins | Do not process any plugins. |
| --profile | Profile execution using the hotshot profiler. |
| --lsprof | Profile execution using the lsprof profiler. |
| --lsprof-file | Profile execution using the lsprof profiler, and write the results to a specified file. If the filename ends with ".txt", text format will be used. If the filename either starts with "callgrind.out" or end with ".callgrind", the output will be formatted for use with KCacheGrind. Otherwise, the output will be a pickle. |
See doc/developers/profiling.txt for more information on profiling. A number of debug flags are also available to assist troubleshooting and development.
| -Dauth | Trace authentication sections used. |
| -Derror | Instead of normal error handling, always print a traceback on error. |
| -Devil | Capture call sites that do expensive or badly-scaling operations. |
| -Dhashcache | Log every time a working file is read to determine its hash. |
| -Dhooks | Trace hook execution. |
| -Dhttp | Trace http connections, requests and responses |
| -Dhpss | Trace smart protocol requests and responses. |
| -Dindex | Trace major index operations. |
| -Dlock | Trace when lockdir locks are taken or released. |
| -Dmerge | Emit information for debugging merges. |
A revision, or a range bound, can be one of the following.
| revno: | Selects a revision using a number. |
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| revid: | Selects a revision using the revision id. |
| last: | Selects the nth revision from the end. |
| before: | Selects the parent of the revision specified. |
| tag: | Selects a revision identified by a tag name. |
| date: | Selects a revision on the basis of a datestamp. |
| ancestor: | Selects a common ancestor with a second branch. |
| branch: | Selects the last revision of a specified branch. |
| submit: | Selects a common ancestor with the submit branch. |
Further details are given below.
| revno: | Use an integer to specify a revision in the history of the branch. Optionally a branch can be specified. The 'revno:' prefix is optional. A negative number will count from the end of the branch (-1 is the last revision, -2 the previous one). If the negative number is larger than the branch's history, the first revision is returned. Examples:
revno:1 -> return the first revision
revno:3:/path/to/branch -> return the 3rd revision of
the branch '/path/to/branch'
revno:-1 -> The last revision in a branch.
-2:http://other/branch -> The second to last revision in the
remote branch.
-1000000 -> Most likely the first revision, unless
your history is very long.
|
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| revid: | Supply a specific revision id, that can be used to specify any revision id in the ancestry of the branch. Including merges, and pending merges. Examples: revid:aaaa@bbbb-123456789 -> Select revision 'aaaa@bbbb-123456789' |
| last: | Supply a positive number to get the nth revision from the end. This is the same as supplying negative numbers to the 'revno:' spec. Examples: last:1 -> return the last revision last:3 -> return the revision 2 before the end. |
| before: | Supply any revision spec to return the parent of that revision. It is an error to request the parent of the null revision (before:0). This is mostly useful when inspecting revisions that are not in the revision history of a branch. Examples:
before:1913 -> Return the parent of revno 1913 (revno 1912)
before:revid:aaaa@bbbb-1234567890 -> return the parent of revision
aaaa@bbbb-1234567890
bzr diff -r before:revid:aaaa..revid:aaaa
-> Find the changes between revision 'aaaa' and its parent.
(what changes did 'aaaa' introduce)
|
| tag: | Tags are stored in the branch and created by the 'tag' command. |
| date: | Supply a datestamp to select the first revision that matches the date. Date can be 'yesterday', 'today', 'tomorrow' or a YYYY-MM-DD string. Matches the first entry after a given date (either at midnight or at a specified time). One way to display all the changes since yesterday would be: bzr log -r date:yesterday..-1 Examples:
date:yesterday -> select the first revision since yesterday
date:2006-08-14,17:10:14 -> select the first revision after
August 14th, 2006 at 5:10pm.
|
| ancestor: | Supply the path to a branch to select the common ancestor. The common ancestor is the last revision that existed in both branches. Usually this is the branch point, but it could also be a revision that was merged. This is frequently used with 'diff' to return all of the changes that your branch introduces, while excluding the changes that you have not merged from the remote branch. Examples: ancestor:/path/to/branch $ bzr diff -r ancestor:../../mainline/branch |
| branch: | Supply the path to a branch to select its last revision. Examples: branch:/path/to/branch |
| submit: | Diffing against this shows all the changes that were made in this branch, and is a good predictor of what merge will do. The submit branch is used by the bundle and merge directive comands. If no submit branch is specified, the parent branch is used instead. The common ancestor is the last revision that existed in both branches. Usually this is the branch point, but it could also be a revision that was merged. Examples: $ bzr diff -r submit: |
Standard options are legal for all commands.
| --help, -h | Show help message. |
| --verbose, -v | Display more information. |
| --quiet, -q | Only display errors and warnings. |
Unlike global options, standard options can be used in aliases.
Status flags are used to summarise changes to the working tree in a concise manner. They are in the form:
xxx <filename>
where the columns' meanings are as follows.
Column 1 - versioning/renames:
+ File versioned - File unversioned R File renamed ? File unknown C File has conflicts P Entry for a pending merge (not a file)
Column 2 - contents:
N File created D File deleted K File kind changed M File modified
Column 3 - execute:
* The execute bit was changed
Supported URL prefixes:
aftp:// Access using active FTP. bzr:// Fast access using the Bazaar smart server. bzr+ssh:// Fast access using the Bazaar smart server over SSH. file:// Access using the standard filesystem (default) ftp:// Access using passive FTP. http:// Read-only access of branches exported on the web. https:// Read-only access of branches exported on the web using SSL. sftp:// Access using SFTP (most SSH servers provide SFTP).
| Purpose: | Add specified files or directories. |
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| Usage: | bzr add [FILE...] |
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| Options: |
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| Description: | In non-recursive mode, all the named items are added, regardless of whether they were previously ignored. A warning is given if any of the named files are already versioned. In recursive mode (the default), files are treated the same way but the behaviour for directories is different. Directories that are already versioned do not give a warning. All directories, whether already versioned or not, are searched for files or subdirectories that are neither versioned or ignored, and these are added. This search proceeds recursively into versioned directories. If no names are given '.' is assumed. Therefore simply saying 'bzr add' will version all files that are currently unknown. Adding a file whose parent directory is not versioned will implicitly add the parent, and so on up to the root. This means you should never need to explicitly add a directory, they'll just get added when you add a file in the directory. --dry-run will show which files would be added, but not actually add them. --file-ids-from will try to use the file ids from the supplied path. It looks up ids trying to find a matching parent directory with the same filename, and then by pure path. This option is rarely needed but can be useful when adding the same logical file into two branches that will be merged later (without showing the two different adds as a conflict). It is also useful when merging another project into a subdirectory of this one. |
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| Purpose: | Show the origin of each line in a file. |
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| Usage: | bzr annotate FILENAME |
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| Options: |
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| Description: | This prints out the given file with an annotation on the left side indicating which revision, author and date introduced the change. If the origin is the same for a run of consecutive lines, it is shown only at the top, unless the --all option is given. |
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| Aliases: | ann, blame, praise |
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| Purpose: | Convert the current branch into a checkout of the supplied branch. |
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| Usage: | bzr bind [LOCATION] |
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| Options: |
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| Description: | Once converted into a checkout, commits must succeed on the master branch before they will be applied to the local branch. |
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| Purpose: | Create a new copy of a branch. |
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| Usage: | bzr branch FROM_LOCATION [TO_LOCATION] |
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| Options: |
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| Description: | If the TO_LOCATION is omitted, the last component of the FROM_LOCATION will be used. In other words, "branch ../foo/bar" will attempt to create ./bar. If the FROM_LOCATION has no / or path separator embedded, the TO_LOCATION is derived from the FROM_LOCATION by stripping a leading scheme or drive identifier, if any. For example, "branch lp:foo-bar" will attempt to create ./foo-bar. To retrieve the branch as of a particular revision, supply the --revision parameter, as in "branch foo/bar -r 5". |
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| Aliases: | get, clone |
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| Purpose: | Break a dead lock on a repository, branch or working directory. |
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| Usage: | bzr break-lock [LOCATION] |
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| Options: |
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| Description: | CAUTION: Locks should only be broken when you are sure that the process holding the lock has been stopped. You can get information on what locks are open via the 'bzr info' command. |
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| Examples: | bzr break-lock |
| Purpose: | Write the contents of a file as of a given revision to standard output. |
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| Usage: | bzr cat FILENAME |
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| Options: |
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| Description: | If no revision is nominated, the last revision is used. Note: Take care to redirect standard output when using this command on a binary file. |
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| Purpose: | Validate consistency of branch history. |
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| Usage: | bzr check [BRANCH] |
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| Options: |
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| Description: | This command checks various invariants about the branch storage to detect data corruption or bzr bugs. Output fields:
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| Purpose: | Create a new checkout of an existing branch. |
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| Usage: | bzr checkout [BRANCH_LOCATION] [TO_LOCATION] |
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| Options: |
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| Description: | If BRANCH_LOCATION is omitted, checkout will reconstitute a working tree for the branch found in '.'. This is useful if you have removed the working tree or if it was never created - i.e. if you pushed the branch to its current location using SFTP. If the TO_LOCATION is omitted, the last component of the BRANCH_LOCATION will be used. In other words, "checkout ../foo/bar" will attempt to create ./bar. If the BRANCH_LOCATION has no / or path separator embedded, the TO_LOCATION is derived from the BRANCH_LOCATION by stripping a leading scheme or drive identifier, if any. For example, "checkout lp:foo-bar" will attempt to create ./foo-bar. To retrieve the branch as of a particular revision, supply the --revision parameter, as in "checkout foo/bar -r 5". Note that this will be immediately out of date [so you cannot commit] but it may be useful (i.e. to examine old code.) |
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| Aliases: | co |
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| Purpose: | Commit changes into a new revision. |
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| Usage: | bzr commit [SELECTED...] |
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| Options: |
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| Description: | If no arguments are given, the entire tree is committed. If selected files are specified, only changes to those files are committed. If a directory is specified then the directory and everything within it is committed. If author of the change is not the same person as the committer, you can specify the author's name using the --author option. The name should be in the same format as a committer-id, e.g. "John Doe <jdoe@example.com>". A selected-file commit may fail in some cases where the committed tree would be invalid. Consider: bzr init foo mkdir foo/bar bzr add foo/bar bzr commit foo -m "committing foo" bzr mv foo/bar foo/baz mkdir foo/bar bzr add foo/bar bzr commit foo/bar -m "committing bar but not baz" In the example above, the last commit will fail by design. This gives the user the opportunity to decide whether they want to commit the rename at the same time, separately first, or not at all. (As a general rule, when in doubt, Bazaar has a policy of Doing the Safe Thing.) Note: A selected-file commit after a merge is not yet supported. |
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| Aliases: | ci, checkin |
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| Purpose: | List files with conflicts. |
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| Usage: | bzr conflicts |
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| Options: |
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| Description: | Merge will do its best to combine the changes in two branches, but there are some kinds of problems only a human can fix. When it encounters those, it will mark a conflict. A conflict means that you need to fix something, before you should commit. Conflicts normally are listed as short, human-readable messages. If --text is supplied, the pathnames of files with text conflicts are listed, instead. (This is useful for editing all files with text conflicts.) Use bzr resolve when you have fixed a problem. See also bzr resolve. |
| Purpose: | List files deleted in the working tree. |
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| Usage: | bzr deleted |
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| Options: |
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| See also: |
| Purpose: | Show differences in the working tree or between revisions. |
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| Usage: | bzr diff [FILE...] |
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| Options: |
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| Description: | If files are listed, only the changes in those files are listed. Otherwise, all changes for the tree are listed. "bzr diff -p1" is equivalent to "bzr diff --prefix old/:new/", and produces patches suitable for "patch -p1". |
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| Examples: | Shows the difference in the working tree versus the last commit: bzr diff Difference between the working tree and revision 1: bzr diff -r1 Difference between revision 2 and revision 1: bzr diff -r1..2 Same as 'bzr diff' but prefix paths with old/ and new/: bzr diff --prefix old/:new/ Show the differences between the two working trees: bzr diff bzr.mine bzr.dev Show just the differences for 'foo.c': bzr diff foo.c |
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| Exit values: | 1 - changed 2 - unrepresentable changes 3 - error 0 - no change |
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| Aliases: | di, dif |
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| Purpose: | Export current or past revision to a destination directory or archive. |
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| Usage: | bzr export DEST [BRANCH] |
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| Options: |
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| Description: | If no revision is specified this exports the last committed revision. Format may be an "exporter" name, such as tar, tgz, tbz2. If none is given, try to find the format with the extension. If no extension is found exports to a directory (equivalent to --format=dir). If root is supplied, it will be used as the root directory inside container formats (tar, zip, etc). If it is not supplied it will default to the exported filename. The root option has no effect for 'dir' format. If branch is omitted then the branch containing the current working directory will be used. Note: Export of tree with non-ASCII filenames to zip is not supported.
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| Purpose: | Show help on a command or other topic. |
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| Usage: | bzr help [TOPIC] |
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| Options: |
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| Aliases: | ?, --help, -?, -h |
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| See also: | topics |
| Purpose: | Ignore specified files or patterns. |
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| Usage: | bzr ignore [NAME_PATTERN...] |
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| Options: |
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| Description: | To remove patterns from the ignore list, edit the .bzrignore file. Trailing slashes on patterns are ignored. If the pattern contains a slash or is a regular expression, it is compared to the whole path from the branch root. Otherwise, it is compared to only the last component of the path. To match a file only in the root directory, prepend './'. Ignore patterns specifying absolute paths are not allowed. Ignore patterns may include globbing wildcards such as: ? - Matches any single character except '/' * - Matches 0 or more characters except '/' /**/ - Matches 0 or more directories in a path [a-z] - Matches a single character from within a group of characters Ignore patterns may also be Python regular expressions. Regular expression ignore patterns are identified by a 'RE:' prefix followed by the regular expression. Regular expression ignore patterns may not include named or numbered groups. Note: ignore patterns containing shell wildcards must be quoted from the shell on Unix. |
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| Examples: | Ignore the top level Makefile: bzr ignore ./Makefile Ignore class files in all directories: bzr ignore "*.class" Ignore .o files under the lib directory: bzr ignore "lib/**/*.o" Ignore .o files under the lib directory: bzr ignore "RE:lib/.*\.o" |
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| Purpose: | List ignored files and the patterns that matched them. |
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| Usage: | bzr ignored |
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| Options: |
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| See also: |
| Purpose: | Show information about a working tree, branch or repository. |
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| Usage: | bzr info [LOCATION] |
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| Options: |
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| Description: | This command will show all known locations and formats associated to the tree, branch or repository. Statistical information is included with each report. Branches and working trees will also report any missing revisions. |
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| See also: |
| Purpose: | Make a directory into a versioned branch. |
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| Usage: | bzr init [LOCATION] |
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| Options: |
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| Description: | Use this to create an empty branch, or before importing an existing project. If there is a repository in a parent directory of the location, then the history of the branch will be stored in the repository. Otherwise init creates a standalone branch which carries its own history in the .bzr directory. If there is already a branch at the location but it has no working tree, the tree can be populated with 'bzr checkout'. Recipe for importing a tree of files: cd ~/project bzr init bzr add . bzr status bzr commit -m "imported project" |
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| Purpose: | Create a shared repository to hold branches. |
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| Usage: | bzr init-repository LOCATION |
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| Options: |
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| Description: | New branches created under the repository directory will store their revisions in the repository, not in the branch directory. If the --no-trees option is used then the branches in the repository will not have working trees by default. |
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| Examples: | Create a shared repositories holding just branches: bzr init-repo --no-trees repo bzr init repo/trunk Make a lightweight checkout elsewhere: bzr checkout --lightweight repo/trunk trunk-checkout cd trunk-checkout (add files here) |
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| Aliases: | init-repo |
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| Purpose: | Show log of a branch, file, or directory. |
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| Usage: | bzr log [LOCATION] |
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| Options: |
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| Description: | By default show the log of the branch containing the working directory. To request a range of logs, you can use the command -r begin..end -r revision requests a specific revision, -r ..end or -r begin.. are also valid. |
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| Examples: | Log the current branch: bzr log Log a file: bzr log foo.c Log the last 10 revisions of a branch: bzr log -r -10.. http://server/branch |
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| Purpose: | List files in a tree. |
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| Usage: | bzr ls [PATH] |
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| Options: |
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| Purpose: | Perform a three-way merge. |
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| Usage: | bzr merge [BRANCH] |
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| Options: |
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| Description: | The branch is the branch you will merge from. By default, it will merge the latest revision. If you specify a revision, that revision will be merged. If you specify two revisions, the first will be used as a BASE, and the second one as OTHER. Revision numbers are always relative to the specified branch. By default, bzr will try to merge in all new work from the other branch, automatically determining an appropriate base. If this fails, you may need to give an explicit base. Merge will do its best to combine the changes in two branches, but there are some kinds of problems only a human can fix. When it encounters those, it will mark a conflict. A conflict means that you need to fix something, before you should commit. Use bzr resolve when you have fixed a problem. See also bzr conflicts. If there is no default branch set, the first merge will set it. After that, you can omit the branch to use the default. To change the default, use --remember. The value will only be saved if the remote location can be accessed. The results of the merge are placed into the destination working directory, where they can be reviewed (with bzr diff), tested, and then committed to record the result of the merge. merge refuses to run if there are any uncommitted changes, unless --force is given. |
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| Examples: | To merge the latest revision from bzr.dev: bzr merge ../bzr.dev To merge changes up to and including revision 82 from bzr.dev: bzr merge -r 82 ../bzr.dev To merge the changes introduced by 82, without previous changes: bzr merge -r 81..82 ../bzr.dev |
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| Purpose: | Show unmerged/unpulled revisions between two branches. |
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| Usage: | bzr missing [OTHER_BRANCH] |
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| Options: |
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| Description: | OTHER_BRANCH may be local or remote. |
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| Purpose: | Create a new versioned directory. |
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| Usage: | bzr mkdir DIR... |
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| Options: |
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| Description: | This is equivalent to creating the directory and then adding it. |
| Purpose: | Move or rename a file. |
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| Usage: | bzr mv OLDNAME NEWNAME bzr mv SOURCE... DESTINATION |
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| Options: |
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| Description: | If the last argument is a versioned directory, all the other names are moved into it. Otherwise, there must be exactly two arguments and the file is changed to a new name. If OLDNAME does not exist on the filesystem but is versioned and NEWNAME does exist on the filesystem but is not versioned, mv assumes that the file has been manually moved and only updates its internal inventory to reflect that change. The same is valid when moving many SOURCE files to a DESTINATION. Files cannot be moved between branches. |
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| Aliases: | move, rename |
| Purpose: | Print or set the branch nickname. |
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| Usage: | bzr nick [NICKNAME] |
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| Options: |
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| Description: | If unset, the tree root directory name is used as the nickname To print the current nickname, execute with no argument. |
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| See also: |
| Purpose: | Compress the data within a repository. |
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| Usage: | bzr pack [BRANCH_OR_REPO] |
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| Options: |
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| See also: |
| Purpose: | List the installed plugins. |
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| Usage: | bzr plugins |
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| Options: |
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| Description: | This command displays the list of installed plugins including the path where each one is located and a short description of each. A plugin is an external component for Bazaar that extends the revision control system, by adding or replacing code in Bazaar. Plugins can do a variety of things, including overriding commands, adding new commands, providing additional network transports and customizing log output. See the Bazaar web site, http://bazaar-vcs.org, for further information on plugins including where to find them and how to install them. Instructions are also provided there on how to write new plugins using the Python programming language. |
| Purpose: | Turn this branch into a mirror of another branch. |
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| Usage: | bzr pull [LOCATION] |
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| Options: |
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| Description: | This command only works on branches that have not diverged. Branches are considered diverged if the destination branch's most recent commit is one that has not been merged (directly or indirectly) into the parent. If branches have diverged, you can use 'bzr merge' to integrate the changes from one into the other. Once one branch has merged, the other should be able to pull it again. If you want to forget your local changes and just update your branch to match the remote one, use pull --overwrite. If there is no default location set, the first pull will set it. After that, you can omit the location to use the default. To change the default, use --remember. The value will only be saved if the remote location can be accessed. |
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| See also: | |||||||||||||||||||
| Purpose: | Update a mirror of this branch. |
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