![]() ![]() Upstream may not be very happy with you, to say the least. As long as you don't have any uncommited work, no wikis, and no issues that diverge from the upstream repository, you should be just fine. This alone was not enough upstream had to rename the files in question to new filenames. I was able to fix the problem by deleting my forked repository and all local repositories, and reforking. Try the many solutions listed on this page (and other pages) did not seem to help. Somehow, and I have no idea what led me down this path to start with (as I was not working with these files myself from the upstream repo), I had switched these files. # modified: doc/PROJECT/MEDIUM/ATS-constraint/parsing/parsing_s2Var.datsĪ keen eye will note that these files have dopplegangers that are a single letter in case off. # modified: doc/PROJECT/MEDIUM/ATS-constraint/constraint_s2Var.dats " to discard changes in working directory) # modified: doc/PROJECT/MEDIUM/ATS-constraint/parsing/parsing_s2var.dats # modified: doc/PROJECT/MEDIUM/ATS-constraint/constraint_s2var.dats I would often have git status messages like this (involving at least 2/4 files): $ git status I had a similar problem, perhaps not identical, and I'm sad to say my solution is not ideal, but it is ultimately effective. Short answer: delete fork and refork, but read the warnings on github. What follows is really only a solution if you are working with a fork of a repository where you regularly synchronize (e.g. git subdirectory or file, unless a second -f is given. Git will refuse to delete directories within the. If the Git configuration variable clean.requireForce is not set to false, Git clean will refuse to delete files or directories unless given -f, -n, or -i. This can be used (possibly in conjunction with git reset) to create a pristine working directory to test a clean build.ĭon’t actually remove anything, just show what would be done. This allows removing all untracked files, including build products. ![]() gitignore (per directory) and $GIT_DIR/info/exclude, but do still use the ignore rules given with -e options. Use -f option twice if you really want to remove such a directory.ĭon’t use the standard ignore rules read from. ![]() If an untracked directory is managed by a different Git repository, it is not removed by default. Remove untracked directories in addition to untracked files. This is the online help text for the used git clean options: # ERASE changes in tracked files (in the current directory) # REMOVE ignored/untracked files (in the current directory) # dry-run to inspect the list of files-to-be-removed Since no answer suggests the exact option combination that I use, here it is: git clean -dxn. So Mariusz Nowak's answer still applies and if you want to discard all unstaged changes, including untracked files, you could run, as he suggests, an additional git clean -df. , this only discards changes in tracked files. When running git status with unstaged changes in the working tree, this is now what Git suggests to use to discard them (instead of git checkout - as it used to prior to v2.23). ![]() git checkout still behaves as it used to and the older answers remain perfectly valid.git restore was introduced in July 2019 and released in version 2.23 as part of a split of the git checkout command into git restore for files and git switch for branches.If you run the latter from the root of the repository, it will discard unstaged changes in all tracked files in the project. You can now discard unstaged changes in one tracked file with: git restore Īnd in all tracked files in the current directory (recursively) with: git restore. ![]()
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