git使用git协议

Git is a Version Control System developed by Linus Torvalds, sound familiar? Yes, you got that right, the Father of the Linux Operating System. The Linux kernel is still maintained by him.

Git是Linus Torvalds开发的版本控制系统，听起来很熟悉吗？ 是的，您做对了，Linux操作系统之父。 他仍然维护Linux内核。

Consider the Linux Kernel Project.

考虑Linux内核项目。

• It has over 15 million lines of code.

  它有超过1500万行代码。

• About 3,500 new lines added every day.

  每天大约增加3500条新生产线。

• Whenever a new kernel is released, about 1,000 developers are involved in the process.

  每当发布新内核时，都会有大约1,000名开发人员参与其中。

Git was originally designed to help manage the Linux Kernel and make collaboration easy from the beginning. If Git can effectively manage a project as large as the Linux Kernel, it can manage your projects easily and effectively.

Git最初旨在帮助管理Linux内核并从一开始就使协作变得容易。 如果Git可以有效地管理与Linux Kernel一样大的项目，那么它可以轻松有效地管理您的项目。

Furthermore, the architecture of Git is distributed Version Control as opposed to a centralized, network access VCS. A centralized VCS requires a network connection to work with and a central failure may result in all your work being destroyed. A distributed VCS such as Git, does not require a network connection to interact with the repository. Each developer has their own repository which makes it fast and easy to collaborate with.

此外，与集中式网络访问VCS相比，Git的体系结构是分布式版本控制。 集中式VCS需要使用网络连接才能工作，而集中式故障可能会导致您所有工作都被破坏。 分布式VCS(例如Git)不需要网络连接即可与存储库进行交互。 每个开发人员都有自己的存储库，可以轻松快速地进行协作。

Finally, on to GitHub. GitHub is easily the most popular website for sharing your projects with collaborators or with the whole world. It's like a social network for your projects. Repositories can be made public so that anyone can submit a commit and help make your project better.

最后，转到GitHub 。 GitHub很容易成为最受欢迎的网站，可以与合作者或全世界共享您的项目。 这就像您的项目的社交网络。 可以公开Repositories以便任何人都可以提交提交并帮助改善您的项目。

Git uses checksums to secure your data. This makes it impossible to make changes to the data without Git getting a whiff of it. This functionality is built into Git at the lowest levels and is integral to its philosophy. The basic idea is that you can't lose information in transit or have files corrupted without Git being able to detect it. Git> uses the SHA-1 hash system which as you may probably know, is a 40- character string composed of hex characters and is calculated based on the content. Git extensively uses these values and stores files in database by this hash and not by the name.

Git使用校验和来保护您的数据。 这使得在Git不了解的情况下无法更改数据。 此功能在最低级别内置于Git中，是其理念不可或缺的一部分。 基本思想是，在Git无法检测到信息的情况下，您不会丢失传输中的信息或损坏文件。 Git>使用您可能知道的SHA-1哈希系统，它是由十六进制字符组成的40字符串，是根据内容计算得出的。 Git广泛使用这些值，并通过此哈希而不是名称将文件存储在数据库中。

GitHub has been gaining popularity in the software development world and it is likely that you would require to know Git if you are to be a collaborator on a project which is a reason on its own to learn more about Git.

GitHub在软件开发领域越来越流行，如果您想成为一个项目的合作者，您可能需要了解Git，这本身就是一个原因，需要更多地了解Git。

翻译自: https://www.studytonight.com/github/why-git

git使用git协议