This means that your local repository will be limited in size, but the remote repository of course will contain all the actual files and differences. The actual files are located on the remote server and the pulled actual files are located in a cache in your local repository. When a Git LFS file is pulled to your local repository, the file is sent through a filter which will replace the pointer with the actual file. Git LFS uses pointers instead of the actual files when the files or file types are marked as LFS files. So, when you have large files in your repository and/or a lot of binaries, then it is advisable to use Git LFS. After a certain amount of time, Git commands will become slower because of the growing size of your repository. If you have frequent changes to binary files, then your Git repository will grow in size. for a plain text file, where only the differences to the file are stored. An update of a binary file will be seen by Git as a complete file change, other than e.g.Large files will make fetching and pulling slower.Large files will grow the history of your repository every time they are updated.The goal is to work more efficiently with large files and binary files into your repository. Git LFS is an open-source project and is an extension to Git. The source code of this post can be found at GitHub. In this post I will try to explain why and when Git LFS should be used and how to use it. Although Git is well known as Version Control System nowadays, the usage of Git LFS (Large File Storage) is often unknown to Git users.
0 Comments
Leave a Reply. |