To stash only certain parts ("hunks") of changes in a file, use `git stash push -patch path/to/file`. To stash only the changes in certain files, use `git stash push path/to/file1 path/to/file2`. Use the git stash command with the desired options. If there are multiple changes that you want added (or "stashed") all together, you can use `git add` to stage the file(s). If you only want certain parts of changed lines (called "hunks") from some modifications added (or "stashed"), use `git add -p` (you will go through each modification interactively). Use the git status command to see which files have been modified or created.ĭecide which file(s) or part(s) of a file should be included in your new local commit ("stashed").ĭepending on which part of a file should be included in your new local commit ("stashed”), use one of these two options − Open your terminal and navigate to the repository where your changes are located. To stash specific files using Git's built-in command line interface, follow these steps − Step-by-step guide on how to stash specific files using the git stash command with options such as -patch or -keep-index For example, if you are working on multiple features simultaneously and only want to stash the changes related to one feature, stashing specific files can save time and make the process more efficient. However, sometimes you may not want to stash all files and changes in your working directory. This is especially useful when you need to switch branches or revert back to a previous state, but don't want to lose your current progress. In Git, stashing is a way to temporarily save changes that are not yet ready to be committed. How to Stash Specific Files? Explanation of why you might want to stash specific files instead of all changes If desired, users can choose which files they want to include (or exclude) by specifying file names or using wildcards with certain options such as -include-untracked or -patch. The contents of this stash are saved as a stack of commits, so multiple stashes can be stored at once.īy default, git stash will save all modified tracked files and untracked files in the current directory tree. This object is stored separate from your commits and branches - essentially creating an ad-hoc branch that only holds temporary changes. When you run "git stash", Git saves all of your uncommitted changes into an anonymous "stash" object. When you're ready to retrieve these changes, you can apply the stash back onto your working directory or even onto another branch entirely. Using git stash doesn't create any new commits in your repository instead, it creates a stash object that contains the changes you've saved. This can be helpful when you want to switch branches, pull updates from the remote repository, or simply take a break from working on a particular feature or task. It allows you to save uncommitted changes in your working directory for later use, without having to commit them to the repository. Git stash is a powerful and useful tool for managing changes in your Git repository. This allows developers to work on multiple features simultaneously without having unfinished or untested code mixed with their main codebase. When using Git Stash, all changes in the working directory are saved as a "stash" which can be retrieved later. This feature is useful when developers need to switch to a different branch or work on another feature, but don't want to commit untested changes. Git Stash is a feature that allows developers to temporarily save changes they have made to their working directory, without committing them to the repository. If you don't want them at the moment throw them (the current index/working folder changes) away.Git is a popular version control system used by developers to track changes in their codebase. Or answer git diff admit that stashing and unstashing is fast and easy anyway, just unstash the changes and inspect them. "But what if I don't have any current work?" Then you are in the normal boring case. That shows you the differences between the top of the stash stack and your working folder by temporarily making your working folder changes become the top of the stash stack moving the original top down one then comparing using the original top in the 'new set' position so you see the changes that would result from applying it on top of your current work. Rather than committing and resetting, just stash your working copy, compare, then unstash. Answer is the only one to (very late) date that answers the most flexible/useful interpretation of the question, but its a fair bit more complicated than necessary.
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