So the following are just guidelines so that you can devise your own approach. Once a project grows over a certain size, it makes sense to split it in logical components, but don't wait to have a 100 million plus lines of code in a single repository before you do. Please realize that there is no silver bullet – in git or otherwise – that will painlessly solve all the issues related with project dependencies. Jokes aside, let me answer with broad strokes first and dig deeper afterwards. So back to the question: How do you track and manage project dependencies with git? Painting with broad strokes: guidelines and sub-optimal solutions But it's a relatively natural – sometimes mandatory – step in the evolution of a software project for at least two major reasons: increasing build times, and shared dependencies between projects. Having separate repositories as opposed to having a single one can make some things harder. Obviously project dependencies and build infrastructure are two intertwined areas, and even internally at Atlassian a discussion sparked on the "Future of Builds". The topic appears to be a big pain point for many software teams adopting git, so in this article I'll try to shed some light on the issue. What's the best way to handle those with git? How do you split a very big repository in smaller components using git? These are some examples of the most asked questions we got at the European leg of our recent Getting Git Right tour. Currently we manage those with svn:externals. How do you handle project dependencies with git? Our project is made up of multiple inter-dependent repositories. A specific fork and pull practice.Consider the following questions. Understand git and git hosting services from the big picture level.I’ll review your pull request and decide if to merge with mine.Make changes to your local copy and commit and push to the repo in your github account.Once you add upstream, you can pull the changes I make directly to your local repo. This allows you to update your repo based on my updates. You’ll see the same repo show up under your github account.Fork my repo (Upper right corner fork button).Let’s demo the work flow using the following example. For example, you don’t want to track files like. You don’t want to use git to track everything. Leave the job of connecting git and a git hosting service (for example: github, gitlab, bitbucket) exclusively to a git client. Not worthy it.” Instead, use a git client (I prefer SourceTree). Let me repeat: “Don’t waste the effort connecting git/github with RStudio. Some tutorials teach you to do them inside Rstudio. If you are using a different git client, make sure you learn how to do these actions. Now, you can stage, commit, push and pull from SourceTree. Paste the copied SSH path into the Source URL field.Open SourceTree, click New Repository -> Clone from URL.You should see a screen like this under the Project tab After you’ve created a new project, you’ve created a repo.Click the big PLUS ( +) button next to your profile picture to create a new project.Go to Gitlab and make sure you are logged in.Work flow when starting a new project (I’m using Gitlab here, but the same logic also holds for Github)
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