![]() ![]() This will overwrite the existing Git history with the new, edited version. Once you have run the filter-branch command, you will need to force-push the changes to your Git repository using the git push command. ![]() Then, the * wildcard tells sed to apply the search and replace operation to all files in the commit. The -i option tells sed to edit the files in place, replacing the API key in the commit files. This placeholder can be any string that is not the API key, such as. In this example, the sed command searches for the API key specified by `` and replaces it with the placeholder set by ``. Here’s an example of using the sed command to remove sensitive data like an API key from a Git commit: `git filter-branch -tree-filter 'sed -i 's/ / /g' *' ` Code language: Django ( django ) Embrace the sed command! It’s a powerful tool for searching and replacing text in files. To remove sensitive data like an API key from a Git commit, you will need to use the sed command to search for and replace the API key in the commit files. Also, the commit range parameter sets the range of commits to which the filter will be applied. Here’s where you will specify the command for removing the API key. The tree-filter option specifies the filter to apply to the tree objects in the specified range of commits. Here is the basic syntax for using the filter-branch command to remove an API key from a Git commit: `git filter-branch -tree-filter ' ' ` Code language: Django ( django ) This command allows you to rewrite Git history by filtering various commits. You will need to use the filter-branch command to remove an API key from a Git commit using git. It includes several commands for manipulating and cleaning up Git commits, including the ability to remove sensitive information from a commit. The git command line tool is a powerful and versatile tool for managing and working with Git repositories. Let’s get started! Method One: Using the Git Command Line Tool Fortunately, you can take a few simple steps to remove an API key from a Git commit before it reaches the public repository. Now you need to push your changes to your repo, which is done with a "push force", but before you execute the command bear in mind that push force is a destructive operation, it will overwrite the history of your remote repository and can cause merge troubles to other people working on it.You’re not alone if you’re concerned about accidentally exposing sensitive data. So far, this has only modified the local copy of your repository (you can see the tree of commits with gitk -all). Just go on and delete the lines you don't want, like this: pick bl8976t initial commit When you execute the command an editor will open with a text similar to this: pick bl8976t initial commit In it, you are telling git to let you select which commits you want to mix together, reorder or remove. You also can use an interactive rebase for that. This solution is safe because it does not make destructive operations on your remote repo. Then you can push the new 2 commits to your remote repo: git push ![]() This solution will leave your git history like this (you can execute gitk -all to see a graphical representation of the state of your repo): 2222222 revert of 987xcrt: this commit is not requiredġ111111 revert of 98y65r4: this commit is not required You would need to execute it twice (once per commit): git revert 98y65r4 This means it will introduce a change that reverts each change you made in a commit. There are two alternatives to this: the safe one that leaves you with a dirty git history, or the unsafe one that leaves you with a clean git history. ![]()
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