Provided by: git-dpm_0.8.5-1_all
git-dpm - Debian packages in git manager
git-dpm --help git-dpm [ options ] command [ per-command-options and -arguments ]
Git-dpm is a tool to handle a Debian source package in a git repository. Each project contains three branches, a Debian branch (master/whatever), a patched branch (patched/patched-whatever) and an upstream branch (upstream/upstream-whatever) and git-dpm helps you store the information in there so you have your changes exportable as quilt series. Git-dpm will guess the other two branches based on the branch it sees. (Most commands act based on the current HEAD, i.e. what branch you have currently checked out, though some as e.g. status allows an optional argument instead). So for example, if you are in branch master, git-dpm assumes the corresponding upstream branch is called upstream. If you are in branch upstream-something, it assumes the Debian branch is called something. Note that most commands may switch to another branch automatically, partly because it is easier to implement that way and hopefully so one does not need to switch branches manually so often.
SHORT EXPLANATION OF THE BRANCHES
the upstream branch (upstream|upstream-whatever) This branch contains the upstream sources. Its contents need to be equal enough to the contents in your upstream tarball. the patched branch (patched|patched-whatever) This branch contains your patches to the upstream source. Every commit will be stored as a single patch in the resulting package. Most of the time it will not exist as a branch known to git, but only as some point in the history of the Debian branch and possibly as tag for published versions. Git-dpm will create it when needed and remove the branch when no longer needed. To help git generate a linear patch series, this should ideal be a linear chain of commits, whose description are helpful for other people. As this branch is regularly rebased, you should not publish it. the Debian branch (master|whatever) This is the primary branch. This branch contains the debian/ directory and has the patched branch merged in. Every change not in debian/, .git* or deleting files must be done in the patched branch.
Let's start with some examples: Checking out a project First get the master branch: git clone URL Then create upstream branch and see if the .orig.tar is ready: git-dpm prepare Create the patched branch and check it out: git-dpm checkout-patched Do some changes, apply some patches, commit them.. ... git commit If your modification fixes a previous change (and that is not the last commit, otherwise you could have used --amend), you might want to squash those two commits into one, so use: git rebase -i upstream Then you want to get those changes into the Debian branch and the new patch files created (which you can do using git-dpm update-patches), but you most likely want to also document what you did in the changelog, so all in one step: git-dpm dch -- -i Perhaps change something in the Debian packaging: ... git commit -a Then push the whole thing back: git push Switching to a new upstream version Get a new .orig.tar file. Either upgrade your upstream branch to the contents of that file and call git-dpm new-upstream ../new-stuff.orig.tar.gz or tell git-dpm to import and record it: git-dpm import-new-upstream --rebase ../new-stuff.orig.tar.gz This will rebase the patched branch to the new upstream branch, perhaps you will need to resolve some conflicts: vim ... git add resolved files git rebase --continue After rebase is run (with some luck even in the first try): git-dpm dch -- -v newupstream-1 "new upstream version" You could have also done the last step in three by: git-dpm update-patches dch -- -v newupstream-1 "new upstream version" git commit --amend -a Do other debian/ changes: ... git commit -a Then push the whole thing back: git push Creating a new project Create an upstream (or upstream-whatever) branch containing the contents of your orig.tar file: tar -xvf example_0.orig.tar.gz cd example-0 git init git add . git commit -m "import example_0.orig.tar.gz" git checkout -b upstream-unstable You might want to use pristine tar to store your tar: pristine-tar commit ../example_0.orig.tar.gz upstream-unstable Then let git-dpm know what tarball your upstream branch belongs to: git-dpm init ../example_0.orig.tar.gz Note that since you were in upstream-unstable in this example, in the last example git-dpm assumed you want your Debian branch called unstable and not master, so after the command returned you are in the newly created unstable branch. Do the rest of the packaging: vim debian/control debian/rules dch --create --package example -v 0-1 git add debian/control debian/rules debian/changelog git commit -m "initial packaging" Then add some patches: git-dpm checkout-patched vim ... git commit -a git-dpm dch "fix ... (Closes: num)" The git-dpm checkout-patched created a temporary branch patched-unstable (as you were in a branch called unstable. If you had called it with HEAD being a branch master, it would have been patched) to which you added commits. Then the git-dpm update-patches implied by git-dpm dch merged those changes into unstable, deleted the temporary branch and created new debian/patches/ files. Then build your package: git-dpm status && dpkg-buildpackage -rfakeroot -us -uc -I".git*" Now take a look what happened, perhaps you want to add some files to .gitignore (in the unstable branch), or remove some files from the unstable branch because your clean rule removes them. Continue the last few steps until the package is finished. Then push your package: git-dpm tag git push --tags target unstable:unstable pristine-tar:pristine-tar
--debug Give verbose output what git-dpm is doing. Mostly only useful for debugging or when preparing an bug report. --debug-git-calls Output git invocations to stderr. (For more complicated debugging cases). --allow-changes-in-debian-branch Ignore upstream changes in your Debian branch. This will either discard them if merge-patched is called by come command or them being ignored elsewhere.
init [options] tarfile [upstream-commit [preapplied-commit [patched-commit]]] Create a new project. The first argument is an upstream tarball. You also need to have the contents of that file and the files given with --component unpackaged as some branch or commit in your git repository (or similar enough so dpkg-source will not know the difference). This will be stored in the upstream branch (called upstream or upstream-whatever). If the second argument is non-existing or empty, that branch must already exist, otherwise that branch will be initialized with what that second argument. (It's your responsibility that the contents match. git-dpm does not know what your clean rule does, so cannot check (and does not even try to warn yet)). You can already have an Debian branch (called master or whatever). If it does not exist, it will exist afterwards. Otherwise it can contain a debian/patches/series file, which git-dpm will import. The third argument can be a descendant of your upstream branch, that contains the changes of your Debian branch before any patches are applied (Most people prefer to have none and lintian warns, but if you have some, commit/cherry pick them in a new branch/detached head on top of your upstream branch and name them here). Without --patches-applied, your Debian branch may not have any upstream changes compared to this commit (or if it is not given, the upstream branch). If there is no fourth argument, git-dpm will apply possible patches in your Debian branch on top of the third argument or upstream. You can also do so yourself and give that as fourth argument. The contents of this commit/branch given in the fourth commit or created by applying patches on top of the third/your upstream branch is then merged into your Debian branch and remembered as patched branch. Options: --component filename Record a .orig-component.tar file to be unpacked in your upstream branch. --patches-applied Denote the Debian branch already has the patches applied. Without this git-dpm will check there are no changes in the Debian branch outside patch management before applying the patches; with this, it will instead check there are no differences after applying the patches. --create-no-patches Do not create/override debian/patches directory. You will have to call update-patches yourself. Useful if you are importing historical data and keep the original patches in the Debian branch. --record-patch-category Add a Patch-Category: field to each imported patch that is in a subdirectory of debian/patches. This causes update-patches to store it in the same subdirectory. --record-patch-name Add a Patch-Name: field to each imported patch with its name. This causes update-patches to store it under its original name. prepare Make sure upstream branch and upstream orig.tar ball are there and up to date. (Best called after a clone or a pull). status [branch] Check the status of the current project (or of the project belonging to the argument branch if that is given). Returns with non-zero exit code if something to do is detected. checkout-patched Checkout the patched branch (patched|patched-whatever) after making sure it exists and is one recorded in the debian/.git-dpm file. If the patched branch references an old state (i.e. one that is already ancestor of the current Debian branch), it is changed to the recorded current one. Otherwise you can reset it to the last recorded state with the --force option. update-patches [options] [branch-name] After calling merge-patched-into-debian if necessary, update the contents of debian/patches to the current state of the patched branch. Also record in debian/.git-dpm which state of the patched branch the patches directory belongs to. If a branch-name is given, that branch is processed. Otherwise the name is derived from the currently checked out branch as usual. Options: --redo Do something, even if it seems like there is nothing to do. --allow-revert, --ignore-deletions, --dot-git-files=* passed on to merge-patched-into-debian --amend Do not create a new commit, but amend the last one in the Debian branch. (I.e. call merge-patched-into-debian with --amend and amend the updates patches into the last commit even if that was not created by merge-patched-into-debian). -m message Use message as commit message. (If used together with --amend, do not reuse old commit message, author or author date but replace the old commit with a new commit with that message). --keep-branch do not remove an existing patched branch (usually that is removed and can be recreated with checkout-patched to avoid stale copies lurking around. dch [options] -- dch-options After calling update-patches if necessary, run devscripts' dch with the specified options and then do a git commit with a commit message containing changes to the debian/changelog file. Options: --amend Replace the commit currently the head of the Debian branch (master|something) instead of creating a new one on top. The commit message will also include changes done to debian/changelog in the previous commit (unless reverted by the new edit). --ignore-patches Do not call update-patches but simply ignore the current state of the patched branch (patched|patched-something). --keep-branch, --allow-revert, --allow-nonlinear, --ignore-deletions, --dot-git-files=* Passed to update-patches, if called. --latest-only|--latest|-l Only include changes between the current working directory before calling dch and after calling it (and not since the last commit or the last commit not replaced). -e | -v | -a | --all | -s | -n | --no-verify | -u | --untracked-files | -q | --quiet | --cleanup=... | --author=... passed to git commit. merge-patched-into-debian [options] [branch-name] Usually update-patches runs this for you if deemed necessary. This command is the core of git-dpm, but you usually do not call it directly. It is called by update-patches and things calling update-patches like dch when necessary. It replaces all files (with only the exceptions described below) in the current Debian branch (master|whatever) with those found in the patched branch (patched|patched-whatever). Only the debian directory and files in the root directory starting with ".git" are kept from the Debian branch (so .gitignore, .gitattributes, ... will stay). And all files that were found in the last recorded patched branch and deleted in the current Debian branch will also be deleted in the new one. Additionally the debian/.git-dpm file will be updated so the current patched branch is recorded and is marked as belonging to the last recorded upstream branch. If there is no branch-name given on the command line the base name of the branches to operate on is computed from the currently checked out branch as usual. Otherwise this argument is used. Options: --allow-revert Usually reverting to an old state of the patched branch is not allowed, to avoid mistakes (like having only pulled the Debian branch and forgot to run checkout-patched). This option changes that so you can for example drop the last patch in your stack. --no-ignore-deletions (default) Files deleted currently in the Debian branch relative to the recorded patched branch will still be deleted in the new Debian branch and not taken from the new patched branch. This is the default unless a different default was set with git config dpm.BRANCHNAME.dpmIgnoreDeletions true. --ignore-deletions Disable the behavior described in --no-ignore-deletions. --dot-git-files=method Specify how files starting with .git outside debian/ are handled. Those are handles specially as .gitattributes and .gitignore might be different in the Debian branch without being part of any patch. (The whole debian/ directory is always taken from the Debian branch, so files there are not affected). Possible methods are: automatic (default) Any .git* files that are added, modified or removed in the current Debian branch compared to the old upstream branch are set to this state, everything else is taken as found in the new patched branch. debian All .git* files are taken from the Debian branch. Files with a name like that from the patched branch are ignored. upstream Files starting with .git are not given special handling. They are taken from the patched branch, unless they are deleted in the Debian branch and the default --no-ignore-deletions is active. (i.e. just like any other file outside debian/). --keep-branch do not remove an existing patched branch (usually that is removed and can be recreated with checkout-patched to avoid stale copies lurking around). --amend Replace the last commit on your Debian branch (as git commit --amend would do). With the exception that every parent that is an ancestor of or equal to the new patched branch or the recorded patched branch is omitted. (That is, you lose not only the commit on the Debian branch, but also a previous state of the patched branch if your last commit also merged the patched branch). -m message Commit message to use for the new commit created. (If used together with --amend, this disables reusing the old author and date). import-new-upstream [options] .orig.tar Import the contents of the given tarfile (as with import-tar) and record this branch (as with new-upstream). This is roughly equivalent to: git-dpm import-tar -p upstream filename git checkout -b upstream git-dpm new-upstream filename --detached Don't make the new upstream branch an ancestor of the old upstream branch (unless you re-add that with -p). -p commit-id|--parent commit-id Give import-tar additional parents of the new commit to create. For example if you track upstream's git repository in some branch, you can name that here to make it part of the history of your Debian branch. --allow-no-parent If dpm.importWithoutParent is set to false via git config, git-dpm will not allow import-new-upstream to be run without this option or at least on -p option. --rebase-patched After recording the new upstream branch, rebase the patched branch to the new upstream branch. --no-rebase-patched Do not call rebase-patched after recording the new upstream branch. (This is currently the default, but that may change in the future). -m message Commit message to use for the new commit to the Debian branch recording the new file and upstream branch. --component package_version.orig-component.tar.gz Unpack the specified filename into the component directory and record it so that prepare and status know to check for it. --init None of the branches yet exists, create them. As the branches to operate on are derived from HEAD if no --branch option is given, you either need HEAD point to an not yet existing branch (like directly after git init) or you need you give a name with --branch. Otherwise one of the branches already exists and you only get an error message. --branch debianbranch Don't derive the Debian branch name from current HEAD but use debianbranch instead. (And upstream branch name and patched branch name derived from that as usual). --pristine-tar-commit | --ptc Call pristine-tar commit for all imported tarballs not yet found in the pristine-tar branch. --no-pristine-tar-commit Do not call pristine-tar commit for all imported tarballs even if configured to do so by git config dpm.pristineTarCommit true or by git config branch.debianbranch.dpmPristineTarCommit true. --ignore-deletions, --dot-git-files= Passed to merge-patched, if called (only done if there were no patches previously). --upstream-author author Used as the --author argument to git-dpm import-tar. --upstream-date date Used as the --date argument to git-dpm import-tar (especially auto is supported to extract a date from the tar file). import-tar [options] .tar-file Create a new commit containing the contents of the given file. The commit will not have any parents, unless you give -p options. -p commit-id|--parent commit-id Add the given commit as parent. (Can be specified multiple times). --branch branchname Create new branch branchname if it does not already exist or replace branchname with a commit created from the tarball with the current branchname head as parent. -m message Do not start an editor for the commit message, but use the argument instead. --date date Date of the commit to create. If the value is auto then the newest date of any file or directory in the tarball is used. --author author Author of the commit to create. It has to be in the usual git format author <email>. new-upstream [options] .orig.tar [commit] If you changed the upstream branch (upstream|upstream-whatever), git-dpm needs to know which tarball this branch now corresponds to and you have to rebase your patched branch (patched|patched-whatever) to the new upstream branch. If there is a second argument, this command first replaces your upstream branch with the specified commit. Then the new upstream branch is recorded in your Debian branch's debian/.git-dpm file. If you specified --rebase-patched (or short --rebase), git-dpm rebase-patched will be called to rebase your patched branch on top of the new upstream branch. After this (and if the branch then looks like what you want), you still need to call git-dpm merge-patched-into-debian (or directly git-dpm update-patches). WARNING to avoid any misunderstandings: You have to change the upstream branch before using this command. It's your responsibility to ensure the contents of the tarball match those of the upstream branch. --rebase-patched Automatically call git-dpm rebase-patched. --new-tarball-only Don't refuse operation if the tarball changes but the upstream branch did not. (This is only sensible if the tarball changed without changing its contents, see the warning above). -m message Commit message to use for the new commit to the Debian branch recording the new file and upstream branch. --amend Replace the last commit instead of creating a new one on top. --component filename Record filename as needed component source file (i.e. a sourcename_upstreamversion.orig-component.tar.compression file). It's your responsible to have that file's contents already as part of your upstream branch (in a component subdirectory). (Recorded files will be looked for by status and prepare. The list of recorded component source files is removed when a new upstream branch or upstream .orig source file is recorded). --ignore-deletions, --ot-git-files= Passed to merge-patched, if called (which is only done if there were no patches previously, so the new upstream branch is merged in directly). rebase-patched Try to rebase your current patched branch (patched|patched-whatever) to your current current upstream branch (upstream|upstream-whatever). If those branches do not yet exist as git branches, they are (re)created from the information recorded in debian/.git-dpm first. This is only a convenience wrapper around git rebase that first tries to determine what exactly is to rebase. If there are any conflicts, git rebase will ask you to resolve them and tell rebase to continue. After this is finished (and if the branch then looks like what you want), you still need merge-patched-into-debian (or directly update-patches). tag [ options ] [ version ] Add tags to the upstream, patched and Debian branches. If no version is given, it is taken from debian/changelog. Options: --refresh Overwrite the tags if they are already there and differ (except upstream). --refresh-upstream Overwrite the upstream if that is there and differs. --allow-stale-patches Don't error out if patches are not up to date. This is only useful if you are importing historical data and want to tag it. --named Use the package name as part of the names of the generated tags. (use git config dpm.tagsNamed true to make this the default) --with-name name Like --named but give the name to use. --debian-tag tag-name --patched-tag tag-name --upstream-tag tag-name Specify the names of the tags to generate. %p is replaced with the package name, %v with the version (without epoch), %u with the upstream version, %e with the epoch, %% with a single %. The defaults are '%p-debian%e-%v', '%p-patched%e-%v' and '%p-upstream%e-%u' with --named and 'debian%e-%v', 'patched%e-%v' and 'upstream%e-%u' without. (Use git config to set the values dpm.debianTag, dpm.patchedTag and dpm.upstreamTag to change the defaults of those values). ref-tag [ options ] commit [ version ] Like tag, but create tags for commit, i.e. commit will get the Debian tag and the other tags are placed where the debian/.git-dpm file of that commit points to. So it is mostly equivalent to: git checkout -b temp commit git-dpm tag [options] [version] git checkout previous-head git branch -D temp Options like tag. apply-patch [ options... ] [ filename ] Switch to the patched branch (assuming it is up to date, use checkout-patched first to make sure or get an warning), and apply the patch given as argument or from stdin. --author author <email> Override the author to be recorded. --defaultauthor author <email> If no author could be determined from the commit, use this. --date date Date to record this patch originally be from if non found. --dpatch Parse patch as dpatch patch (Only works for dpatch patches actually being a patch, might silently fail for others). --cdbs Parse patch as cdbs simple-patchsys.mk patch (Only works for dpatch patches actually being a patch, might silently fail for others). --edit Start an editor before doing the commit (In case you are too lazy to amend). --record-name Add a Patch-Name: field to tell update-patches to export it with the same name again. --name name Add a Patch-Name: field to tell update-patches to use name as filename to store this patch into (relative to debian/patches). --category name Add a Patch-Category: field to tell update-patches to always export this patch into a subdirectory name of debian/patches. cherry-pick [ options... ] commit Recreate the patched branch and cherry-pick the given commit. Then merge that back into the Debian branch and update the debian/patches directory (i.e. mostly equivalent to checkout-patched, git's cherry-pick, and update-patches). --merge-only Only merge the patched branch back into the Debian branch but do not update the patches directory (You'll need to run update-patches later to get this done). -e | --edit Passed to git's cherry-pick: edit the commit message picked. -s | --signoff Passed to git's cherry-pick: add a Signed-off-by header -x Passed to git's cherry-pick: add a line describing what was picked -m num | --mainline num Passed to git's cherry-pick: allow picking a merge by specifying the parent to look at. --repick Don't abort if the specified commit is already contained. --allow-nonlinear, --ignore-deletions, --dot-git-files= Passed to update-patches, if called. passed to merge-patched-into-debian and update-patches. --keep-branch do not remove the patched branch when it is no longer needed. --amend passed to merge-patched-into-debian: amend the last commit in the Debian branch. import-dsc Import a Debian source package from a .dsc file. This can be used to create a new project or to import a source package into an existing project. While a possible old state of a project is recorded as parent commit, the state of the old Debian branch is not taken into account. Especially all file deletions and .gitignore files and the like need to be reapplied/re-added afterwards. (Assumption is that new source package versions from outside might change stuff significantly, so old information might more likely be outdated. And reapplying it is easier then reverting such changes.) First step is importing the .orig.tar file and possible .orig-component.tar files. You can either specify a branch to use. Otherwise import-dsc will look if the previous state of this project already has the needed file so the old upstream branch can be reused. If there is non, the file will be imported as a new commit, by default with a possible previous upstream branch as parent. Then import-dsc will try to import the source package in the state as dpkg-source -x would create it. (That is applying the .diff and making debian/rules executable for 1.0 format packages and replacing the debian directory with the contents of a .debian.tar and applying possible debian/patches/series for 3.0 format packages). This is later referred to as verbatim import. If it is a 1.0 source format package, import-dsc then looks for a set of supported patch systems and tries to apply those patches. Those are then merged with the verbatim state into the new Debian branch. Then a debian/.git-dpm file is created and a possible old state of the project added as parent. Note that dpkg-source is not used to extract packages, but they are extracted manually. Especially git-apply is used instead of patch. While this generally works (and git-dpm has some magic to work around some of git-apply's shortcomings), unclean patches might sometimes need a -C0 option and then in same cases be applied at different positions than where patch would apply them. General options: -b | --branch branch-name Don't look at the current HEAD, but import the package into the git-dpm project branchname or create a new project (if that branch does not yet exist). --verbatim branch-name After import-dsc has completed successfully, branch-name will contain the verbatim import of the .dsc file. If a branch of that name already exists, the new verbatim commit will also have the old as parent. (This also causes the verbatim commit not being amended with other changes, which can result in more commits). --use-changelog Parse debian/changelog of the imported package. Use the description as commit messages and the author and time as default for patches and import commits without that information. (Warning: may still contain some rough edges). Options about creating the upstream branch: --upstream-to-use commit Do not import the .orig.tar nor try to reuse an old import, but always use the commit specified. It is your responsibility that this branch is similar enough to the .orig.tar file plus possible .orig-component.tar in their respective directories. (As usual, similar enough means: Does not miss any files that your patches touch or your build process requires (or recreates unless debian/rules clean removes them again). Every file different than in .orig.tar or not existing there you must delete in the resulting Debian branch. No patch may touch those files.) Use with care. Nothing will warn you even if you use the contents of a totally wrong upstream version. --detached-upstream If importing a .orig.tar as new commit, do not make an possible commit for an old upstream version parent. --upstream-parent commit Add commit as (additional) parent if importing a new upstream version. (This can for example be used to make upstream's git history part of your package's history and thus help git when cherry-picking stuff). --allow-no-parent If dpm.importWithoutParent is set to false via git config, git-dpm will not allow import-dsc to be run without this option or at least on --upstream-parent option. --pristine-tar-commit |--ptc Call pristine-tar commit for all tarballs imported after the rest of the import-dsc command was successful. --no-pristine-tar-commit Do not call pristine-tar commit for all imported tarballs even if configured to do so by git config dpm.pristineTarCommit true or by git config branch.debianbranch.dpmPristineTarCommit true. --upstream-author author Used as the --author argument to git-dpm import-tar. --upstream-date date Used as the --date argument to git-dpm import-tar (especially auto is supported to extract a date from the tar file). Options about applying patches: -f | --force-commit-reuse Only look at parent and tree and no longer at the description when trying to reuse commits importing patches from previous package versions. -Cnum | --patch-context num Passed as -Cnum to git-apply. Specifies the number of context lines that must match. --dpatch-allow-empty Do not error out if a dpatch file does not change anything when treated as patch. As dpatch files can be arbitrary scripts, git-dpm has some problems detecting if they are really patches. (It can only cope with patches). If a script that is not a patch is treated as patch that usually results in patch not modify anything, thus those are forbidden without this option. --patch-system mode Specify what patch system is used for source format 1.0 packages. auto (this is the default) Try to determine what patch system is used by looking at debian/rules (and debian/control). none Those are not the patches you are looking for. history Don't try to find any patches in the .diff (like none). If if the project already exists and the upstream tarball is the same, create the patched state of the new one by using the patches of the old one and adding a patch of top bringing it to the new state. If you import multiple revisions of some package, where each new revision added at most a single change to upstream, this option allows you to almost automatically create a proper set of patches (ideally only missing descriptions). If there are same changes and reverts those will be visible in the patches created, so this mode is not very useful in that case. quilt Extract and apply a debian/patches/series quilt like series on top of possible upstream changes found in the .diff file. quilt-first As the quilt mode, but apply the patches to an unmodified upstream first and then cherry-pick the changes found in the .diff file. As this is not the order in which patches are applied in a normal unpack/build cycle, this will fail if those changes are not distinct enough (for example when patches depend on changes done in the .diff). But if the .diff only contains unrelated changes which varies with each version, this gives a much nicer history, as the commits for the patches can more easily be reused. quilt-applied As the quilt-first mode, but assume the patches are already applied in the .diff, so apply them on top of an unmodified upstream and then add a commit bringing it to the state in the .diff. (Or not if that patch would be empty). dpatch | dpatch-first | dpatch-applied Like the quilt resp. quilt-first resp. quilt-applied modes, but instead look for dpatch-style patches in debian/patches/00list. Note that only patches are supported and not dpatch running other commands. simple | simple-first | simple-applied Like the quilt resp. quilt-first resp. quilt-applied modes, but instead assume debian/patches/ contains patches suitable for cdbs's simple-patchsys.mk. --patch-author "name <email>" Set the author for all git commits importing patches. --patch-default-author "name <email>" Set an author for all patches not containing author information (or where git-dpm cannot determine it). --edit-patches For every patch imported, start an editor for the commit message. --record-patch-category Add a Patch-Category: field to each imported patch that is in a subdirectory of debian/patches. This causes update-patches to store it in the same subdirectory. --record-patch-name Add a Patch-Name: field to each imported patch with its name. This causes update-patches to store it under its original name. record-dsc [options] commit .dsc-file Store a pristine .dsc file in a dscs branch after storing the files it contains using pristine-tar. The first argument is an tag or commit storing the git-dpm project in the state belonging to the .dsc file and the second argument is the .dsc file itself. The files it references are expected in the same directory as the file itself (if they are needed). Some checks are done to make sure the file and its contents are named properly and match the commit in question, but only cursory to avoid obvious mistakes (for example only the version is checked, but .debian.tar is not unpacked to check the files are really the same, for example). Options: --create-branch Create a new dscs branch. --allow-unsigned Allow recording a unsigned .dsc file. This usually defeats the point of storing them at all.
the debian/.git-dpm file
You should not need to know about the contents if this file except for debugging git-dpm. The file contains 8 lines, but future version may contain more. The first line is hint what this file is about and ignored. Then there are 4 git commit ids for the recorded states: First the state of the patched branch when the patches in debian/patches were last updated. Then the state of the patched branch when it was last merged into the Debian branch. Then the state upstream branch when the patched branch was last merged. Finally the upstream branch. The following 3 lines are the filename, the sha1 checksum and the size of the origtarball belonging to the recorded upstream branch.
Most commands also have shorter aliases, to avoid typing: update-patches: up, u-p, ci prepare: prep checkout-patched: co, c-p rebase-patched: r-p new-upstream-branch: new-upstream, n-u apply-patch: a-p import-tar: i-t import-new-upstream: i-n-u, inu
the upstream branch (upstream|upstream-whatever) This branch contains the upstream sources. It contents need to be equal enough to the contents in your upstream tarball. Equal enough means that dpkg-source should see no difference between your patched tree and and original tarball unpackaged, the patched applied and debian/rules clean run. Usually it is easiest to just store the verbatim contents of your orig tarball here. Then you can also use it for pristine tar. This branch may contain a debian/ subdirectory, which will usually be just ignored. You can either publish that branch or make it only implicitly visible via the debian/.git-dpm file in the Debian branch. While it usually makes sense that newer upstream branches contain older ones, this is not needed. You should be able to switch from one created yourself or by some foreign-vcs importing tool generated one to an native upstream branch or vice versa without problems. Note that since the Debian branch has the patched branch as ancestor and the patched branch the upstream branch, your upstream branches are part of the history of your Debian branch. Which has the advantage that you can recreate the exact state of your branches from your history directly (like git checkout -b oldstate myoldtagorshaofdebianbranchcommit ; git-dpm prepare ; git checkout unstable-oldstate) but the disadvantage that to remove those histories from your repository you have to do some manual work. the patched branch (patched|patched-whatever) This branch contains your patches to the upstream source. (which of course means it is based on your upstream branch). Every commit will be stored as a single patch in the resulting package. To help git generate a linear patch series, this should ideal be a linear chain of commits, whose description are helpful for other people. As this branch is regularly rebase d, you should not publish it. Instead you can recreate this branch using git-dpm checkout-patched using the information stored in debian/.git-dpm. You are not allowed to change the contents of the debian/ subdirectory in this branch. Renaming files or deleting files usually causes unnecessary large patches. the Debian branch (master|whatever) This is the primary branch. This branch contains the debian/ directory and has the patched branch merged in. Every change not in debian/, .git* or deleting files must be done in the patched branch. alternative branch names You can specify alternate branch names for upstream and patched branches of a specific Debian branch, or force a branch to be a Debian branch that would normally be considered e.g. upstream branch of another branch by adding dpmUpstreamBranch and dpmPatchedBranch configure items for the Debian branch in question (you need both, only one is treated as error). The following example is a no-op for all practical purposes: git config branch.master.dpmUpstreamBranch upstream git config branch.master.dpmPatchedBranch patched
Copyright © 2009,2010 Bernhard R. Link This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
REPORTING BUGS AND ISSUES
You can report bugs or feature suggestions to firstname.lastname@example.org or to me. Please send questions to email@example.com or to me at firstname.lastname@example.org.