Using git lfs12/25/2023 Once Git LFS is installed, you can manage a LFS-enabled repo as you would any other the standard fetch, pull, push, and clone commands work as before (beware of outdated documentation in google searches that says otherwise). If the large files don’t change, they can just sit on your local computer (in your local LFS cache) and there is no need to shunt them back and forth to and from GitHub. If not, it will download the LFS-tracked files from the remote Store.Īn advantage of git LFS (in addition to the larger files sizes and more memory per repo) is that it takes less time to push, pull, and fetch repositories. If so, it will replace the pointers with your local files. When you pull or fetch and checkout a particular commit, then git LFS will check to see if you already have the tracked files on your system. If it’s an image file, GitHub will just retrieve it from the LFS Store and display it for you to behold. In either case, if you select View Raw or Download, then GitHub will download the file to your computer, retrieving it from the LFS Store if necessary. However, you’d see the same message even if the file were not on LFS. If it is a binary file you may see a polite message to the user that we can’t show files that are this big right now. Otherwise everything should look pretty much the same. If you select one of those files you may notice an inconspicuous message like this: Any files that are tracked by git-lfs will not occupy memory in your GitHub repository but you’ll still see them listed there just like the other files. Once it is set up for a given repository, the rest is pretty transparent to the user. If you are only modifying code then you should not have to worry too much about Git-LFS.
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