![]() ![]() If you want to make changes and save them, you should create a new branch while you are in this state by using git checkout -b. This means you are no longer on any branch, and any changes made won’t be tracked. Git will then checkout to this specific commit, and you will see a note in the terminal indicating that you’re in ‘detached HEAD’ state. The syntax of the command is git checkout, where is the SHA you copied earlier.įor example, if your commit ID is a9c1486e8b05cb833a52fcebc379edc9c54be67b, you would use git checkout a9c1486e8b05cb833a52fcebc379edc9c54be67b. Now, use the git checkout command with the commit’s SHA. To checkout to a specific commit using its commit ID, open your terminal and make sure you are in the root directory of your local repository. It’s like saying, “Git, transport me to this particular point in time in my project.” This is where you instruct git to take you to this specific commit. The next step involves checking out using the commit ID. It will be used to checkout to that specific commit. In both methods, just copy and keep the SHA of the commit you are interested in. The full SHA will then be displayed in the browser’s address bar. To view the entire SHA, simply click on the truncated SHA. Each commit displays a unique, truncated version of the SHA. The SHA of each commit is the long string of numbers and letters that appears next to “commit” in the log.Īlternatively, if you are using GitHub, you can find the commit ID by visiting the repository webpage, selecting “commit” from the repository menu. This will display a list of commits with their respective SHAs. To get your commit ID or SHA, open your Terminal, navigate to your local repository and type git log. It’s the address of the commit, guiding git to your desired destination. This can be found in your local repository or on platforms like Github. The first step is to get the commit ID, also known as the SHA. With preparations done, let’s delve into the process of git checkout a specific commit. With the git checkout command, you can revisit an older version of your project, investigate, and then return to the present without messing up your current work. It’s a tool that lets you explore different versions of your project without disrupting the workflow. Now, let’s talk about the git checkout command. It’s akin to checking the weather before heading out – you want to ensure you’re up to date with any changes that might affect your journey. Additionally, consider using a cloud-based backup solution for an extra layer of protection.įetching all the latest changes and commits is also a key step. So, how do you back up your code? Regularly committing your work using git commit is a good start. If you had a backup, you could easily restore your project to its former state. But something goes wrong, and now your current project is in turmoil. Just as you wouldn’t embark on a road trip without a spare tire, you should never perform git activities without a backup of your code.īut why is backing up your code so important, you ask?Ĭonsider this: You’re working on a project and decide to checkout a previous git commit. When dealing with code, a good backup is your best friend. ![]() Before we dive into the intricacies of git checkout commit, it’s crucial to take a moment for some digital housekeeping. ![]()
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