![]() If you want more control, you always have the option to use the command-line as long you can remember how. When you apply a stash you have the option to keep or remove it: Then when you’re ready, right-clicking on the stash in the navigator gives you options to apply or delete the stash. Git saves stashed changes to the repository and Xcode lists them in the source control navigator: To save these changes without committing, from the Xcode menu Source Control > Stash Changes.: Assuming I’ve made some changes to my source code (see Swift 5.1 two quick tips): Most git clients allow you to do this and now you can also do it directly in Xcode 11. Stashing 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 (even on a different branch). ![]() “You need to fix this now” – I have to interrupt what I’m working on and switch branches but I’m not ready to commit my changes. I don’t want to commit the changes but I’m not ready to throw them away either. “There must be an easier way” – I’m deep into a set of changes and realise I may be going in the wrong direction. “I’ll just fix this while I’m here” – I’m about to commit some changes but I notice while reviewing my work that I made an unrelated change that doesn’t belong in this commit. Here’s a quick look at how stashing works and a bonus tip! Git Stashing Having said that when Git stashing was added in Xcode 11 I have found myself using it. I like being able to see and compare changes in the editor but I prefer the command-line or an external Git client for branch and repository management. The reason W is a merge is to be able to find the rest of the stash commits, plus the commit from which the stash was made, all with simple gitrevisions syntax.I’ve never been a big user of the version control integration with Xcode. But it wasn't made by git merge, and the normal Git tools, applied to it, produce nonsensical results. It can be run with various options, such as -p and -u, which will display the changes in patch format for both tracked and untracked files respectively. That's because refs/stash, or whatever}, points to the W commit.ĢThis means that the W commit is a merge commit. The ‘git stash show’ command is used to view the changes stored in a specific stash. It's hard to know precisely which of these issues you might have hit, but all of them will cause confusion.ġIf a third commit exists, it holds the untracked files, and git grep ignores it too. 2 This makes git show use a combined diff to show it, and because of the way stashes are built, this combined diff can be completely empty (it depends on what you've git add-ed when you run git stash). The W commit has the form of a merge commit. ![]() This works, for some definition of work, but also fails because a stash is a complex of commits. It's easy to accidentally run git show stash instead of git stash show. The diff is from the W commit's parent to the W commit. 1Īs LeGEC notes, git stash show generates a diff. The git grep operation looks in the W (work-tree) commit, completely ignoring the I (index-state) commit. There are multiple possible reasons for this:Ī stash is actually a complex of two (or sometimes three) commits. ![]()
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