* Create a repository - use the database backend svnadmin create ~/svn_repos/Eccos - use the filesystem backend svnadmin create --fs-type=fsfs PATH * Import a revision svn import -m "Initial import" Eccos file:///home/reichr/svn_repos/Eccos/trunk * Check out a revision svn co file:///home/reichr/svn_repos/Eccos/trunk Eccos * Dump a repository svnadmin dump /home/reichr/svn_repos/Eccos | gzip -9 > dump.gz svnadmin dump /home/reichr/svn_repos/Eccos | gzip -9 > `date "+Eccosdump%Y-%m-%d_%H:%M:%S.gz"` * Load contents of a dump into a repository gunzip -c dump.gz | svnadmin load /home/reichr/svn_repos/e * Import from an existing directory, no need to check it out again It should work, but you could also check it out right into /etc. Something like this: $ svnadmin create /var/svnrepos/admin $ svn mkdir -m "initial setup" file:///var/svnrepos/admin/trunk c:> svn mkdir -m "initial setup" file:///c:/fhs/svn_repos/trunk $ cd /etc $ svn co file:///var/svnrepos/admin/trunk . $ svn add passwd group $ svn commit -m "start loading it in" I tested the 'svn co' into '.' just now. Works great. * svn propset svn propset svn:keywords "LastChangedDate LastChangedRevision Id Author" weather.txt svn propset svn:keywords "LastChangedDate LastChangedRevision Id" slides.tex * Before an update you could use the following to get the log messages of the changes: svn log -rBASE:HEAD * Upgrade to a new subversion version $ mv repos repos.tmp $ svnadmin create repos $ svnadmin-old dump repos.tmp | svnadmin load repos $ # copy over any hook scripts and stuff from repos.tmp to repos * Upgrade my repositories at work $ mv Eccos Eccos-old $ svnadmin create Eccos $ gunzip -c dumps/Eccosdump2003-11-11_10:08:54.gz | svnadmin load Eccos * Checkout from a repository over ssh svn co svn+ssh://felix/home/reichr/svn_repos/XSteveData/trunk data * Change the path of the repository for a working copy svn switch --relocate file:///original/path/to/repos file:///new/path * Put system configuration in a subversion repository - create the repository /home/reichr/svn_repos/WaldiConfig svnadmin create WaldiConfig - Import an empty directory cd to an empty directory svn import -m "Initial import" . file:///home/reichr/svn_repos/WaldiConfig/trunk - Check it out from Waldi (user reichr) svn co svn+ssh://felix/home/reichr/svn_repos/WaldiConfig/trunk WaldiConfig - Put files in the repository (as root) mv /etc/fstab /home/reichr/WaldiConfig/etc ln -s /home/reichr/WaldiConfig/etc/fstab /etc/fstab * Network a repository via svn+ssh: - create the repository on the repository host: svnadmin create rp1 -- this is located at /home/svtest/rp1 - Import data to the repository: svn import -m"Initial import" svn+ssh://svtest@host/rp1/trunk - Checkout the project: svn co svn+ssh://svtest@host/home/svtest/rp1/trunk p1 * Warning: Putting the repository on a network filesystem my be a bad idea, because the repository may get corrupted! It is better to put it on a local filesystem. * Merge from a branch back to the trunk SvnMerging * Generate a patch to undo some local changes and redo them later > What usually happens to me is that I've changed N files in M different > directories distributed all over the filesystem, and I want to check in > N-1 of them. Yeah, I have to do this all the time. But I can eye a potentially complex command-line pretty well, so if I need to commit all but one file, I do this: % svn diff path/to/file_not_committing > /tmp/patch.txt % svn revert path/to/file_not_committing % svn ci -m "committing all the stuff i wanted to" % patch -p0 < /tmp/patch.txt Revert is your friend. Learn it, use it, looooooooooove it. * Revert to a previous version svn co project svn ci foo.c (commits to r348) svn merge -r348:347 foo.c svn ci foo.c (commits 349) note the ordering of the revision numbers in the merge command. what this really says is "make a diff between revision 348 and 347, and apply it immediately to foo.c" if you are trying to revert a directory tree with moves or deletes in it, and are getting arcane errors, try the --ignore-ancestry flag. * Edit the commit/log messages after the commit Read chapter 7, regarding unversioned properties attached to revisions. You want to change the svn:log property: $ svn propedit -r N --revprop svn:log URL * Svn repository via apache2 - manage the htpasswd file: http://search.cpan.org/dist/Apache-Htpasswd/Htpasswd.pm - a sample cgi script to alter users passwords via Apache::Htpasswd: http://perlmonks.thepen.com/178482.html - A full featured utility to add/change users via commandline or cgi: http://stein.cshl.org/~lstein/user_manage/ * Use svn:mime-type for nicer www browsing of a repository > When browsing your repository, if you click on a filename, you see the > contents of the file (assuming it's a text file) formatted as if with a > 
 tag.  So, if the file happens to be an HTML file, you essentially see
  > the source HTML code.  Which, in most cases, is perfectly correct.
  >
  > However, there are times when it would be nice to see the _formatted_ HTML
  > instead.  Is there a way to do this, other than the cumbersome Save Page As
  > / Open File process within the browser?

  If you set the svn:mime-type property on that file to 'text/html' and
  commit, your browser should see subsequent revisions of that file as
  formatted HTML.

* Versionize symlinks, unix permissions and ownership
  svnpropset.pl, svnpropget.pl from Steve Wray 
  (search on the svn mailing list or in my mail-boxes)

* track svn trunks/branches with all history in arch
 - svn-arch-mirror
   Category: svn-arch-mirror
   Archive: eric@petta-tech.com--2004b-ordinary
   Location: http://des.petta-tech.bogomips.org/~eric/MusicPD/eric@petta-tech.com--2004b-ordinary/


* Does Subversion have changesets?
  That's a loaded question, because everyone seems to have a slightly
  different definition of "changeset", or a least a slightly different
  expectation of what it means for a version control system to have
  "changeset features".

  For the purposes of this discussion, here's a simple definition of
  changeset: it's a collection of changes with a unique name.  The
  changes might include textual edits to file contents, modifications to
  tree structure, or tweaks to metadata.  In more common speak, a
  changeset is just a "patch" with a name you can refer to.

  Subversion mananges versioned trees as first order objects (the
  repository is an array of trees), and the changesets are things that
  are derived (by comparing adjacent trees.)  Systems like Arch or
  Bitkeeper are built the other way around: they're designed to manage
  changesets as first order objects (the repository is a bag of
  patches), and trees are derived by composing sets of patches together.

  Neither philosophy is better in absolute terms: the debate goes back
  at least 30 years.  The two designs are better or worse for different
  types of software development.  We're not going to discuss that here.
  Instead, here's an explanation of what you can do with Subversion.

  In Subversion, a global revision number 'N' names a tree in the
  repository: it's the way the repository looked after the Nth commit.
  It's also the implicit name of a changeset: if you compare tree N
  with tree N-1, you can derive the exact patch that was committed.

  For this reason, it's easy to think of "revision N" as not just a
  tree, but a changeset as well.  If you use an issue tracker to manage
  bugs, you can use the revision numbers to refer to particular patches
  that fix bugs -- for example, "this issue was fixed by revision 9238."
  Somebody can then run 'svn log -r9238' to read about the exact
  changeset which fixed the bug.  And svn's merge command also uses
  revision numbers.  You can merge specific changesets from one branch
  to another by simply naming them: 'svn merge -r9237:9238 branchURL'
  would merge changeset #9238 into your working copy.

  This is nowhere near as complicated as a system built around
  changesets as primary objects, but it's still a vast convenience over
  CVS.


arch-tag: bb498ae3-8532-46c7-92cd-b7254a35606d