![]() In practice it is beneficial to run svnsync on the same machine as the destination repository and to access it directly via the filesystem: In principle svnsync, the source repository and the destination repository can be hosted on three separate machines. Synchronise the destination repository with the source repository.Initialise the destination repository for use as a mirror.Install a pre-revprop-change hook script in that repository.Create an empty destination repository.There are four required steps to the replication process: Method OverviewĪs of version 1.4, Subversion provides the svnsync for replicating repositories. The copy is to be located at /var/lib/svn/foo. Suppose that there is a Subversion repository that you wish to mirror at the URL. To create and maintain a mirror of a Subversion repository Scenario I suggest to use –add-author-from option to keep information about author in SVN history, if we don’t do it, we will be blamed for every commit in SVN.Ubuntu (Hardy, Intrepid, Jaunty, Karmic, Lucid, Maverick, Natty, Precise, Trusty) Now our last task is to push new commits into SVN, we can do it with dcommit command. This command shows every commits that we have to pick, so we can use cherry-pick to do it. Git log -oneline -cherry-pick -right-only svn-trunk.masterĭc1e7f3 Add mongo container for query service This is something what we need, let’s do that. But this mechanism do something else, it compares commits content, and give us all commits which are not equals. Normally git seeks for last fork or join point in history and give us differences from that point to current. The second problem is that, git after each commits change history by adding git-svn-id, so we won’t be able to recognize which change is new and which is old. There is one problem, because we don’t use merge or rebase to keep sync svn-trunk with master, so command log svn-trunk.master give us false view, it won’t recognize what commits we have already taken. Now is important step, because we want to compare our master branch with svn-trunk to check which commits are new and what we have to push into SVN. It is very important because SVN has troubles with merge commits, and it’s easier to cherry-picking linear history. Now instead of using merge use rebase to be sure that Your history on master will be linear (your team should do the same). Make sure that You are on master branch and next fetch data from remote branch. Now we want to take those commits and push it to SVN. Let’s say that our team started working, and we have a few new commits on our remote server. Synchronize remote master branch with SVN. We will use it later to synchronizing SVN with git.Ģ. If You have trouble, You can try do it with –force option.Ĭreate new branch svn-trunk. Git remote add development current repository to development/master remote branch. Next create empty repository on Your team server and add remote to Your local repository. If You don’t have server yet, You can use eg. ![]() Git svn clone svn://localhost:3690/legacy-repo -r 20 -T trunk -t tags -b branchesĪfter clone we can push legacy repository into our team server. If project has a lot of commits it could take a long time, in this situation You can create shallow clone by using –revision r1742:HEAD option or –revision N. In first step we should clone repository from SVN via git client. v /home/jack/Projects/git-svn/svn-server-data/:/home/svn \ĭocker exec -it jg-svn-server svnadmin create legacy-repoįor test I generated project with Spring Initializr and commited it to SVN. Optional – for test purposes You can run SVN server as docker container. It is better when only one person in team is responsible for synchronizing SVN with git.ġ.Use rebase instead of merge then cherry picking will be easier. After pull from remote master, use cherry-pick to add new commits to svn-trunk branch.Clone subversion repository with git-svn.I was wondering how to solve it and eventually I found solution, it was cherry-pick. For us it’s very bad news, because after that we cannot push anything on git remote without destruct history. Git use it to sync svn revision number with git hash. As we can read, git-svn after dcommit rewrites commits to include a unique identifier git-svn-id. This approach looks good at a glance, but it won’t work. My first idea was to clone SVN repository via git-svn client, push it onto remote server to share code with my team, and after every pull I am was going to dcommit changes to SVN. I have been in this situation and I’d like to share my experiences. Let’s say that our team work remotely, and one of requirements from our client is that the every change must be committed in the SVN repository. Let’s consider situation that we have to prepare workspace for our team. Sometimes we have to develop legacy project that is stored on internal SVN server.
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