Revert local code commits with soft or hard reset options and stash backup.
npx skills add https://github.com/gobikom/prp-framework --skill prp-rollback
Please help me install this Agent Skill. Skill: prp-rollback Source: https://github.com/gobikom/prp-framework/tree/main/adapters/codex/prp-rollback Command: npx skills add https://github.com/gobikom/prp-framework --skill prp-rollback
This Skill allows you to safely undo changes made to your codebase with options for soft or hard resets, ensuring that you can revert back to a previous state without data loss.
To safely undo the last commit, run: $prp-rollback --hard
High-intent search queries and answers about installing and using this skill.
You can safely undo a Git commit by performing a soft reset to unstage changes or a hard reset to completely revert, using the stash backup feature to ensure no local code changes are lost during the process.
In version control, a soft undo unstages your commits while keeping the modifications in your working directory, whereas a hard undo completely reverts the codebase to a previous state, removing the committed changes entirely.
To revert a broken commit on a local branch using Git, run a hard rollback command to quickly reset the branch to its previous valid state and automatically create a stash backup for safe recovery.
Yes, Git stash works as a backup for destructive code reversals by saving your current working directory modifications before executing hard resets, allowing you to recover your local changes if needed.
Yes, you need Git installed because the code reversal process relies on Git's version control mechanisms to manage soft and hard resets and to execute the stash backup operations on your local branch.
realsigridjinCreate atomic Git commits with conventional formatting and manage repository history.
HiveSpaceTeamStash local changes, update the master branch, and reapply stashed changes.
wewetv1987-cellManage Git repository status, pull, push, branch, and log operations.
buvisFetch, classify, and cherry-pick upstream commits into a fork.
