If you add a third dot to this notation, the comparison will be quite different: instead of comparing the tips of both branches, something else happens. This produces the same output as separating the branches with the two dot characters. Tip: you might also see notations where the two branches are separated by only a space charater (e.g. It's important to understand what exactly is being compared: using the "." notation, Git compares the tips (= latest commits) on both branches: You can see this by using the git diff command as follows: $ git diff main.feature/login You want to see all changes that are different from "main" - to get an idea of what would be integrated if you performed e.g. Let's say you'd like to take a look at a feature branch named "feature/login". We build web products for software developers and designers.Comparing Actual Changes Between Two Branches ← Previous Post Next Post →īeanstalk allows designers and developers to store source code, track changes, and collaborate with team. If you use SmartGit, please share your thoughts. Let us know which ones do you like and why. There are other Git GUI tools out there too, like Gity or GitX. If you are Mac user, you might not like the interface since SmartGit has a windows look and feel. If you want to get most out of it in your project, the command line is the way to go, but other than that, you will do just fine with SmartGit too. In only a matter of minutes you will be committing, pushing, branching and switching between branches with SmartGit. You can see which files have been edited, which ones were removed, all the recent commits and pushes, and all this without using the command line.įor example, if you just select the file which you have recently edited you can easily see changes for that file: ![]() So why would you use a GUI tool like SmartGit? Well, if you are not a big fan of the command line, and you like to see the set of commands to use, then a GUI tool is for you. ![]() There are many more commands available, but these are the ones you will probably use most of the time. If you would like to clone your Beanstalk repository, you would enter something like this: the next step all you need to do is select a local path on your computer where you would like to clone the repository and you are done, you have setup your working copy.Īfter you have set up your working copy, you can easily fetch, commit, push, delete, merge, branch, and switch. To clone repository all you need to do is go to Project → Clone… and then enter your Repository URL or Local Directory, depending whether you have a remote or local repository. You can find information about generating SSH keys in our help section. Keep in mind that you will need to setup SSH keys. In order to use SmartGit, you still need some basic knowledge of how Git works, though SmartGit hides most of the complexity. To start using your Git repository, you need to clone your repository or open a working tree first. ![]() I am not a fan of Java applications, but SmartGit was easy to setup, use and it’s available for Mac, Windows and Linux. SmartGit is built on Java, so you need to install the Java Runtime Environment first. I have been trying out SmartGit for a month now and I would like to share my experience. Git is a fairly new version control system compared to Subversion, so there are not as many decent Git GUI tools out there. Since March this year, Git support for Beanstalk is official and we’re trying to find GUI tools which could make life with Git easier for beginners.
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