![]() You can keep changes related to different tasks or features in different changelists. Also, stashing involves all uncommitted changes, while when you put changes to a shelf, you can select some of the local changes instead of shelving them all. Patches with shelved changes are generated by JetBrains Rider and are also applied through the IDE. Stashes are generated by Git, and can be applied from within JetBrains Rider, or outside it. ![]() The only difference is in the way patches are generated and applied. Stashing changes is very similar to shelving. ![]() JetBrains Rider provides you with a few ways to conveniently work on several different features without losing your work: In the attached image you can see that there are 2 separate working folder but both of them are using a single repository and share the content.Sometimes you need to switch between different tasks with things left unfinished and then return back to them. This will allow you to do any experiments on the new worktree without having any effect on the repository itself. Will create another folder on your computer which allows you to work on a different branch simultaneously. This save us the need to use git stash or even to clone a new repository, since those worktrees shares the same repository, we can checkout any branch on any worktree, we can do a cherry-pick or merge and all will be done locally on our machine. Each copy will point to the origin repository while the 3-states are a new and fresh copy. Git worktree will create a new working folder allow us to work on multiple branches on the same time. Under the contrib folder the was a hidden command named 'new-workdir' which was later on added to git in version 2.5 and was renamed to git worktree. So how can we really work on multiple branches? The problem is that when using stash we don't have the ability to really work on multiple branches since we will have to stash every time we wish to switch branches.Īnother issue is, that we can pull the stash code to the wrong branch and than we have to figure out which files are the correct ones, if we did a mistake. Where is the problem and why not use stash in first place? We then can checkout the code at any given time for any given branch. git stash is the basic way to accomplish it since git stash saves our work in a separate zone named stash. Most of the git users use stash in order to gain the ability to work simultaneously on multiple branches. We have some dirty work following us regardless of the branch we are now working on. So if we add new files, modified some others and now we wish to move to a different branch we will have dirt left out in our working directory and stage area as seen below. ![]() In git a branch is only an alias to a given commit so switching branches as explained before only changes the HEAD while leaving the working directory & stage unchanged and leaving all the modification as is. So when we switch branches the only thing that is being modified is the HEAD which points to a different commit. The "problem" with the 3-states is that there is one per repository and not one per branch. Git has a build in model named 3-states which is the internal git structure for working with local repository. In order to understand what stash is, we first need to understand the 3-stats. First of all: let us understand why do we need to use stash?
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