![]() As it opens, first execute the system update command. Once you have the WSL running with Ubuntu bash, go to the Windows search box and type – Ubuntu to run it. However, if not then can follow the steps given in our tutorial- How to set up Ubuntu bash on WSL. I am assuming that you already have downloaded and installed Ubuntu on Windows Subsystem for Linux to run. Remote name to check that one instead of ´origin´.4. You can alter the remote via git config: lfs.pruneremotetocheck. If origin doesn´t exist then by default nothing will be pruned because everything is ![]() ´origin´ is used by default because that will usually be a masterĬentral repo, or your fork of it - in both cases that´s a valid remote backup of your If you use multiple remotes, you probably want to retain your local copies until they´ve This one remote is considered canonical even ´origin´, is normally used as the reference. When identifying UNPUSHED LFS FILES and performing VERIFY REMOTE, a single remote, This makes the prune process take longer. Referenced, but by commits which are prunable. those that were added to the indexīut never committed, or referenced only by orphaned commits), and files which are still To distinguish between totally unreachable files (e.g. In addition to the overhead of calling the remote, using this option also requires prune You can make this behaviour the default by setting lfs.pruneverifyremotealways to true. See DEFAULT REMOTE for which remote is checked. Make prune actually call the remote API and verify the presence of the files you´re about Usually the check performed by UNPUSHED LFS FILES is enough to determine that files haveīeen pushed, but if you want to be extra sure at the expense of extra overhead you can Have copies on the remote before actually deleting them. The -verify-remote option calls the remote to ensure that any LFS files to be deleted See DEFAULT REMOTE, for which remote is considered ´pushed´ for pruning purposes. This works because the LFS pre-push hookĪlways ensures that LFS files are pushed before the remote branch is updated. Refs and remote refs where the local ref is ahead, any LFS files referenced in thoseĬommits is unpushed and will not be deleted. To determine whether an LFS file has been pushed, we check the difference between local That file can never be pruned, regardless of how old it is. When the only copy of an LFS file is local, and it is still reachable from any reference, Not used at all to retain objects and they will be pruned. If a day value is zero, that condition is Window is considered old enough to prune. Anything which falls outside of this offsetted These have the same meaning as git-lfs-fetch(1) with the -recent option, they are lfs.fetchrecentrefsdays lfs.fetchrecentremoterefs lfs.fetchrecentcommitsdays.Only used if the relevant fetch recent ´days´ setting is non-zero. This many days older than the oldest reference that would be downloaded via git lfs fetch -recent. So for a reference to be considered old enough to prune, it has to be ![]() The number of extra days added to the fetch recent settings when using them to decide Here are the git-config(1) settings that control this behaviour: The definition of ´recent´ is derived from the one usedīy git-lfs-fetch(1) to download recent objects with the -recent option, with an offset ofĪ number of days (default 3) to ensure that we always keep files you download for a few Prune won´t delete LFS files referenced by ´recent´ commits, in case you want to use themĪgain without having to download.
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