GitHub Project :Understanding git work flow
INTRODUCTION My first week at LuxDev Academy as a beginner in the tech field was awesome since all tutors gave us hands on tutoring , we covered installation of apps and understanding coding languages. For today I'll cover git workflow and all its components . Version control can feel overwhelming when you first star writing code or managing data projects and for tools like git , they're designed…
During my first week at LuxDev Academy, I learned the basics of working with Git, a powerful version control system. The week began with hands-on tutorials on installing applications and understanding coding languages. Git can appear to be complex and magical when first encountered, but it is simply a tool for tracking changes in projects over time. To fully grasp Git, it is essential to understand the stages a file goes through during development.
The first stage is the Working Directory, where all development work takes place and consists of the actual files on your computer's file system inside your project folder. When you create a new file or modify an existing code, those changes only exist in the working directory. Git notices the changes but does not automatically track or save them. To make Git aware of the changes, you use the `git status` command.
The second stage is the Staging Area, which acts as a middle ground between your workspace and your saved project history. Git allows you to choose which modified files should be included in the next checkpoint. You can stage a file by using the `git add` command followed by the filename (e.g., `git add filename.py`). Alternatively, you can stage all modified files at once using `git add .`.
Once the staging area is set up, the third stage is the Commit. A commit records the specific changes made to the project along with a clear, descriptive message explaining what was updated. The commit acts as a restore point, allowing you to revert to a previous version of the project if needed. To commit your changes, you use the command `git commit -m "add data analysis data"`, where "data analysis data" is a descriptive message summarizing the changes made.
Finally, the fourth stage is the Push. After committing your changes, they exist only on your local computer. To share your changes with others, you push them to a remote repository on GitHub. This process uploads all your commits to the remote repository, enabling collaboration and version control for your project. To push your changes, you use the command `git push origin main`.
Written by urgent.news from Dev.to's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
