When I open the project suite that I added to the repository, it shows the progress bar for a few seconds and then moves to the Use locks for checked -out files (Unchecked) Use cached authentication information (Unchecked) Use the current Windows user name as the default login name (Checked) SCC Provider: SmartBear SVN plug-in for TestComplete 9 I checked in and all the items were with the padlock icon which means that they're under version control.īind new items to SCC automatically (Unchecked) I opened a project suite, and added the project suite and the project to the Source Control. When you're satisfied that everything is as it should be, commit the trunk back to Subversion to prepare for a production deploy of your new feature.I have intregrated TestComplete 9 EE with Subversion (. Once you've resolved any conflicts and you have the branch changes back into the trunk, you can begin testing the changes again on the production line of code. A detailed guide of this process can be found in the article Branching and Merging with TortoiseSVN. In what is basically the reverse of what you did with merging a range of revisions, you choose the branch that you'd like to bring into the trunk and then merge. This time however, you want to chose the “Reintegrate a branch” option. To do this, you want to switch back to the trunk version of the code and use TortoiseSVN to choose the merge option again. Reintegration is the process of bringing the changes that have been made independently in the branch back into the trunk in preparation for release. When the work has been completed and tested in the branch, you're ready to reintegrate your branch back into the trunk. After you complete the merge, don't forget to commit the merged changes back to your branch. The steps to merge the trunk into your branch can be found in this handy guide. It integrates directly into the Windows Explorer shell and makes working with SVN a breeze. I recommend TortoiseSVN for an accessible GUI to SVN under Windows. The steps involved with completing this operation depend on the tools you are using to work with SVN. You can do this as frequently as you like while you're working on a branch, but it's essential that you do it once just prior to merging the branch back into the trunk. The trunk is not affected by this operation, it's simply bringing into your branch everything that is new since you branched off. Merging the changes that have been made in the trunk (or any other branch) into your development branch is known as merging a range of revisions. Instead, you periodically want to merge the latest version of the trunk back into your branch. If you do, you'll increase the number of, and complexity of, code conflicts. If you're working on a large feature that might take a month to develop, you don't want to wait until you're done programming to start bringing yourself up to date with the trunk. It's important however that the branch version does not get too far out of sync from the trunk version. From there, they can work on and test the new feature in this separate copy of the code. ![]() When a developer branches off from the trunk, they are creating a copy of the trunk at the point in time that they chose to branch. When a new feature comes down the pipeline that will take a significant amount of time to program, it usually makes sense to branch off from the trunk so that developers can work on this feature without interrupting any important changes that need to be made to the trunk code. ![]() Whether they should or should not do that is up for debate. It's common for developers to work directly in the trunk when they are making minor changes to the code. This is the codebase used in the production version of the software. The main version of the software is commonly called the trunk. There are several popular source control systems (see Git and Mercurial) but in this case I'll be talking about Subversion (or SVN as it's abbreviated). Meanwhile, another developer can commit the same file back to the repository and the version control system will merge them together (hopefully). One developer will check out a copy of the code, make changes, and commit them back into the code repository. As a brief primer, software developers will use version control systems to manage changes in their code and allow for multiple developers to work on the same project at the same time. A common cause for headaches when dealing with version control is the process of merging a branch of code back into the trunk.
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