As developers, we often use GitHub, an online code hosting platform. It provides us with many convenient features, such as version control, collaborative development, code review, and more. However, managing code on GitHub isn't always easy. If you don't manage your code carefully, you may encounter many problems such as code conflicts, missing files, and irreversible changes. In this article, we will explore how to effectively manage code on GitHub.
On GitHub, every project consists of a repository. Therefore, good code organization is key to making the project easy to track. First, you need to decide on your file directory structure. This is usually determined by your project needs and coding style. In general, you should keep your directory hierarchy clear and consistent, and use concise, meaningful file names. Second, you need to implement Git's branching and tagging functionality correctly. Branching allows you to experiment with new features without affecting the mainline code. Tags allow you to track stable releases as you release new versions.
Pull requests are a way to let others review your code changes. Using Pull requests allows you to review changes before making them, thereby reducing the chance of errors. This is also a common practice in the open source community. After submission, code reviewers can check whether the changes comply with the project team's specifications. Pull requests are a great way to implement collaborative development because they allow multiple people to review and submit changes.
GitHub’s Issue Tracker is the ideal tool for resolving and monitoring issues. It's built into GitHub and integrates seamlessly with your repository. Use the issue tracker to log all issues, bugs, and new feature requests for your repository. Discussions among members can take place under this question topic. The issue tracker also provides simple workflow management capabilities, such as changing workflow status to "Resolved", "Delayed", and more.
The main branch (usually Master) is usually only used for official releases. Committing code directly to the main branch can be dangerous. This approach doesn't allow you to test and review code without affecting other people's work. Instead, create a new branch within the main branch and develop and test new features on that branch. If everything is normal, you can start the Pull request process.
Continuous Integration (CI) and Continuous Delivery (CD) are accomplished through the use of automation tools. Both approaches are designed to automate building, testing, and releasing all code changes in a code repository. This ensures that the code is always in a consistent state before it is merged and released. On GitHub, there are now many popular CI/CD tools, such as Travis CI and Jenkins, that are built specifically for this purpose.
In short, excellent project organization and version control are the core of managing code on GitHub. Using a combination of Pull requests, issue trackers, and automation tools allows us to manage code more effectively. If you maintain these best practices, your project will be able to take full advantage of what GitHub has to offer and release on time.
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