![]() Merge Range of Revision, Working Copy and Other Branch You need to reflect B’s changes to the file2.c in your working copy. In this case, we will be merging two branches (i.e your working copy and other branch). After one week, user B might be ready with the work, and ready to merge and compile the code. B is working on feature B, editing file2.c. A is working on feature A, editing file1.c. Suppose user A and user B are working on a same project. Let us first understand the need of merging. If you are new to SVN, the most frequently used SVN command might give you a jump-start. This is the main line of development as shown below. Trunk is the main folder containing all the data. You can use this to mark various releases. This is a check-point to indicate that our project has reached a certain point. Multiple users will have their own copies in this directory as shown below. # svn list Ī branch contains copy of the trunk files and directories. When you do a svn list on the repository, you’ll see this structure as shown below. On a very high-level, the following is the tree structure layout SVN uses to store data. This explains the basics of merging, how to merge two branches, how to merge with trunk, and reintegrating a branch using examples.īefore we jump into merge commands, let us review the repository layout. This tutorials explains everything you need to know about SVN merge. And also user can recover any previous version of that project code. a tree structure, this allows the user to see all the changes made to it any time. The central repository has all the data in predefined format i.e. ![]() ![]() ![]() It is like an ordinary file server, which records each and every change made to it. Subversion is an open source version control system, it manages files and directories over time. ![]()
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