To replace all text listed in passwords.txt wherever it can be found in your repository's history, run: bfg -replace-text passwords.txtĪfter the sensitive data is removed, you must force push your changes to GitHub. It provides a faster, simpler alternative to git filter-repo for removing unwanted data.įor example, to remove your file with sensitive data and leave your latest commit untouched, run: bfg -delete-files YOUR-FILE-WITH-SENSITIVE-DATA The BFG Repo-Cleaner is a tool that's built and maintained by the open source community. Note: If sensitive data is located in a file that's identified as a binary file, you'll need to remove the file from the history, as you can't modify it to remove or replace the data. You can purge a file from your repository's history using either the git filter-repo tool or the BFG Repo-Cleaner open source tool. Purging a file from your repository's history Please note that GitHub cannot provide contact information for these owners.Ĭonsider these limitations and challenges in your decision to rewrite your repository's history. ![]() You will need to coordinate with the owners of any forks of your repository, asking them to take the appropriate actions. If the commit that introduced the sensitive data exists in any forks of your repository, it will continue to be accessible unless the fork owner also removes the sensitive data from their fork or deletes the fork entirely. Removing the compromised data doesn't resolve its initial exposure, especially in existing clones or forks of your repository. If you have committed a key, generate a new one. If you have committed a password, you should change it. Once you have pushed a commit to GitHub, you should consider any sensitive data in the commit compromised. You cannot remove sensitive data from other users' clones of your repository, but you can permanently remove cached views and references to the sensitive data in pull requests on GitHub by contacting GitHub Support. However, those commits may still be accessible in any clones or forks of your repository, directly via their SHA-1 hashes in cached views on GitHub, and through any pull requests that reference them. Warning: This article tells you how to make commits with sensitive data unreachable from any branches or tags in your repository on.
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