Let’s talk about GitHub’s unpredictable “compression end” problem

In the open source community, GitHub is one of the largest code hosting platforms. As a derivative of other projects, GitHub has always been one of the most familiar platforms for programmers. However, some of its features can be confusing. One of them is about "compressed ends".

GitHub's "compression end" is an annoying problem, because it not only brings some trouble to web developers, but also affects the final result when processing some special files. Make an impact. In other words, if you want to store certain types of files on GitHub, those files may be affected by the "compression end" flag and not get the results you expect.

In fact, "compression end" is not a new problem. It existed long before GitHub became an important code hosting platform in the industry. It's just that people won't notice this issue when working with smaller files, because there's nothing wrong with the way GitHub handles them. However, when you store large binary files on GitHub, such as video, audio, or photos, the "compression end" problem becomes particularly obvious.

Specifically, when you upload a large binary file, GitHub will try to compress it. This is for two reasons. First of all, GitHub believes that compressing large binary files can reduce the storage space they occupy. Secondly, GitHub believes that doing so will increase file download speeds. However, the consequence of this is that certain errors may occur in the compressed files. This is what we call the "compression end" problem.

When you encounter the "compressed end" problem, the solution is not very easy. One way is to use the Git LFS (Large File Storage) tool. Git LFS lets you store large binary files without suffering from GitHub's end-of-compression tag. But this method requires you to make some settings when uploading files. If you do not have the extension tool Git LFS installed, you need to download it from the official website first.

Another method is that you can divide the file into several smaller files, which can avoid the "compression end" problem to a certain extent. However, this approach is not acceptable to every developer, especially when you are storing large binary files such as video or audio.

Finally, no matter which method you choose to solve the "compression end" problem, be sure to remember to back up all files in a timely manner. Because once a file is affected by the "end of compression" mark, the consequences may be disastrous.

In conclusion, although GitHub compresses many large files and may encounter "compressed end" issues in some cases, we should always remain vigilant. We can avoid this problem by using the Git LFS tool or dividing the file into several smaller files. The most important thing is that when storing important files, be sure to make backups to ensure data security and integrity.

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