![]() There are some advanced topics like forcefully annexing small files and converting between git controlled content and git-annexed files which are beyond the scope of this article but are well documented. And yes, this requires some manual labor and consideration regarding which files we want annex but overall I believe this is actually a positive aspect. for machine learning projects or when taking online courses). Using these two techniques I finally convinced git-annex to operate in the way I wanted it too rendering it very useful to work with mixed content (e.g. ![]() gitattributes files (see gitattributes documentation) starting from the current directory and moving up the file system tree, we can easily change the behavior of git-annex in subdirectories by overriding the attributes. However, this allows us to be much more flexible and adding new cases just requires adding some lines in the. The simplest way is to rune the following git-config command:ġ * annex.largefiles=largerthan=100kb 2 *.c annex.largefiles=nothing 3 *.h annex.largefiles=nothing Luckily, we can control this classification. For both approaches it is important that git-annex tries to annex every file that it considers to be large. I still wanted to write this short post, since it took me a while to discover that one should tune git-annex in this way. After some research I found that the documentation states that there are two ways to gain fine control over which files will be annexed. Since I really like git-annex in general, I wanted to find a way around this issue. Even though this is easily reversible this behavior is often not ideal. All my files ended up being annexed which is definitely not what I tried to achieve. To my understanding, git-annex wants to annex every file and I messed up repositories a couple of times running git annex sync and other related commands. some files that should be tracked by git directly and some which should be stored using git-annex. However, proper care has to be taken when working with mixed content, i.e. It is very versatile and allows for the usage of many storage backends. In the end, it's just Git annex and users can download the files on demand there's nothing default downloading all files on the clone.Recently, I started using git-annex again which is a great tool to track large files in the git version control system without actually adding their contents to git. ![]() I think this approach will help to keep your source code repository clean and fast, yet provides a way to use version control to some extent on the big binary blobs.Įdit/update: I think it actually does not make much of a difference whether you create a submodule for this or not. Therefore, I suggest to take a look at Git submodules and make /data a submodule to another repository containing mostly or only Git-annex data. It would one need to download lots of data in order to clone your repository and it will be hard to reclaim space if those big files get updated some time. I think you should however consider not to put this in the same repository as the one with your source code. Git-annex could indeed help you out on big binary blobs of data. Also, the documentation is pretty hard to read. I have the data on one computer only and I don't think I will be moving them soon (it's nice to have the possibility, but it's not why I want to use git annex). The great thing about git annex is that each clone of the repository has the entire tree structure of the repository, but by default has none of the data. I have tried to read the official documentation but it talks about use cases that I don't care about. How exactly should I use git annex for my scenario? Meaning - which commands should I use and how? However, I have read about git-annex and it seems it can do what I want. Right now, I have them in the directory "data" in the repository and I have the directory ignored and I resign on getting them to git. However, those are also logically "part of the same project" and I wish to have some control over their history (basically, what git already does). ![]() However, I also have gigabytes of data that I don't want to have in the open and in the repo - they are big, they are proprietary, they are "burdened" with copyrights and so on. I have a git repository with source codes I want to put in the open on github.
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