![]() If you disable all sortings in the history (no graph, no topo-order, no date-order), history will be much faster. ordering by date), displaying the History on the CLI can take several seconds as Git needs to sort all commits first. The huge number of commits – If any sorting is involved when viewing the history of a branch or tag (e.g.Git needs to compare every file - if there are tens of thousands of files in the repository, operations like retrieving the Git status, staging files, or checking out branches on the CLI can take several seconds. There are two main reasons responsible for Git's poor performance with large repositories: Let's start by understanding the cause of this issue. ![]() Ready to speed up your Git repository? Read on □ The Problem This can help avoid storage issues, especially when working with remote servers. It helps to optimize the storage space, as large files are replaced by pointers which take up less space. A faster repository means less time waiting for Git commands such as git clone or git push to finish. This is especially important when working with large organizations and open source projects, where multiple developers are constantly committing changes to the same repository. It improves the overall performance of your development workflow, allowing you to work more efficiently. Speeding up a large Git repository is important for two main reasons: and we'll cover all of them here! Why Speed Matters Luckily, there are a few things we can do to improve performance in Git. This is usually the reality if you're working on a big monorepo - just ask Microsoft, a company that had a 300 GB repository in 2017, Canva and their 60 million lines of code, or Dropbox's huge monolith.
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