![]() There are actually a few ways to get there. Let’s discuss the ways you can achieve a Git Squash. And if you need to roll back a version, you can easily do so by just resetting that squashed commit. This way, you’ll achieve a simple and very straightforward tree. What if you could just merge one big commit with all those changes? You use Git Squash to make it happen and then you merge it back to your default branch. Git Squash can help here by substituting the whole feature branch into a single big commit in the default branch, thereby signaling a new version in the software.īut just merging the branch will be expensive and will make your tree messy. A commit in the default branch would itself be considered a tag for a new version. A little bit of context: on many occasions, I would not use Git tags in a specific repository to tag software versions. ![]() Git Squash can be used with a simple merge to simplify your project’s Git tree. This essentially makes it the same as having all the changes you made in several commits in just one commit-the base commit. Basically, you start by choosing a base commit and merging all changes from the next commits into this one. Git Squash is a Git feature that allows a dev to simplify the Git tree by merging sequential commits into one another. What Is Git Squash and Why Would I Use It? No problem! Git Squash is here to help you!Īnd this post will explore exactly that: what Git Squash is, why you should use it, some ways to perform it and a deeper explanation of two of those ways. In the end, maybe you should have had fewer commits than you actually have, and you don’t know how to fix it. Or you have a tight delivery of a very important feature, and you need to make sure everything is saved before signing out for the day. Maybe you needed to make a lot of commits because you forgot to remove comments in the code. Probably not because you wanted to, but because you just haven't mastered Git yet. Why are there 2 packages for some applications (e.g.Every now and then, you’ll make a mistake in your project’s Git tree.If a package is available as both a deb and a snap, which method is preferrable?.Why are there some packages in the Software application but not in apt?.Why is Ubuntu moving to Snappy packages?.If you want to install a deb package of GitKraken, you can download it from here and install it using: sudo dpkg -i b To uninstall snap: sudo snap remove snap_name To list currently installed snap: snap list ![]() That's why you can't find GitKraken in dpkg -list. For example, here GitKraken, it is only available via Snap, since apt search gitkraken returned no results and looking at the bottom of app page:Īlso, dpkg is a tool for managing deb packages and apt is a front end for dpkg. It's better to look at the bottom of app in Software Center to identify whether it is a snap package or a package installed via apt. Also, it is to be noted that some packages are available via snap as well as apt, thus Software Center can have two entries for identical apps. ![]() So, sometimes it becomes a little bit difficult to guess whether a package installed from Ubuntu Software is a deb package or a snap package. ![]()
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