We’ll first do git status in order to check the current status of the branch. So, as we discussed we want to switch to the feature-1 branch without committing the existing files. Let’s see how we can apply this command to our example. On the one hand, the command can be used to undo the effects of git add and unstage changes you have previously added to the Staging Area. What this command basically do is it takes the dirty state of your working directory - that is, your modified tracked files and staged changes - and saves it on a stack of unfinished changes that you can reapply at any time. The 'restore' command helps to unstage or even discard uncommitted local changes. In pure English “Stashing” means To store (something) safely in a hidden or secret place. Git-stash - Stash the changes in a dirty working directory away Git have a very handy feature to tackle this problem. The git reset clears the index, but leaves the working directory alone. The git stash apply re-applies the changes you made to a.txt that you just saved in the stash. But you just can’t commit all the files before testing the feature throughly. Okay, I just followed your sequence of instructions, and what I get is: Update a.txt git stash git stash apply git reset git add a.txt git commit -m 'Updated a.txt'. Why? Cause you have changed/added many files in the current branch which needs to be committed in order to switch to the other branch. So now, you need to switch to the feature-1 branch but you can’t. Under the theory that git was unable to merge 2 different new files, I deleted each of the. While, working on this particular branch you got a task related to feature-1. Why does git stash pop say that it could not restore untracked. Now, you checkout to the other branch feature-2 and started working upon it. git stash -patch Save a specific file via interactive patch mode. You have worked on the the first branch feature-1, completed all the related tasks and committed and pushed all the outstanding changes on that branch. How to stash changes in git: Stashing your changes will preserve them for later. You’ve two branches, let’s say feature-1 and feature-2, for two different features respectively. If you have ever worked with Git, you probably have encountered the following situation.
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