Updated February 21, 2023
Introduction to Bitbucket Revert Commit
In Bitbucket, we have different features that make development easy; the Bitbucket provides revert commit functionality. In which that revert commit is nothing but the edit operation that means revert creates a new commit that is totally opposite the revert operation. For example, when we add a commit online and revert a commit, that means deletes from that line. In other words, we can say that we can effectively remove all changes without reverting all the repository history. A revert order, however not a conventional fix activity. Rather than eliminating the commit, it sorts out some way to rearrange the progressions in the commit, then, at that point, a new commit with the reverse substance.
What is a bitbucket revert commit?
The Bitbucket return order can be considered an undo type order; in any case, it’s anything but a customary fix activity. Rather than eliminating the commit from the venture history, it sorts out some way to alter the progressions presented by the commit and adds a new commit with the subsequent converse substance. This keeps Bitbucket from losing history, which is significant for the honesty of your amendment history and for dependable cooperation.
Returning ought to be utilized when you need to apply the converse of a commit from your venture history. This can be helpful, for instance, assuming you’re finding a bug and observing that a solitary commit presented it. Then, rather than physically going in, fixing it, and committing another preview, you can utilize Bitbucket return to naturally do all of this for you.
The Bitbucket return order is utilized for fixing changes to a repository commit history. Other undo orders like git checkout and git reset move the HEAD and branch ref pointers to a predefined submit. Git return additionally takes a predetermined commit; nonetheless, git return doesn’t move ref pointers to this submit. Instead, a return activity will take the predefined commit, opposite the progressions from that commit, and make a new revert commit. The reference pointers are then refreshed to point at the new return commit, making it the tip of the branch.
How to use bitbucket revert commit?
Now let’s see how we can revert commits in Bitbucket as follows.
The most misconstrued activity in the realm of conveyed form control should be the git revert order. So we should stroll through an illustration of how to return a Git commit and separate the git reset and git reverts order.
The motivation behind the git reverts order is to eliminate every one of the progressions a solitary commit made to your source code store. For instance, if a past commit added a document named home.html to the repo, a git return on that commit will eliminate the home.html record from the repository. At the point when you return a Git commit, the progressions from the designated commit are eliminated from your nearby work area. A new commit is also made to mirror your repository’s new condition.
Now let’s see the git revert command for more understanding as follows.
The basic syntax of git revert commit is very simple; if developers want to revert commit operation, then they just send the id of commit operation for undo.
Syntax
$ git revert specific id of the commit operation
Example of Bitbucket Revert Commit
For performing, we need to follow the same steps as follows.
First, we need to create a clean repository using the following command.
$ git init
Now we need to initialize the repository, so we add some files into the repository, and each time a new file is created as follows.
$ touch demo.html
$ git add . && git commit –m “document one”
$ touch sample.html
$ git add . && git commit –m “document two”
$ touch demo1.html
$ git add . && git commit –m “documents three”
Explanation
Using the above command, we created three files, and here we created a new commit with the message as shown in the following snapshot.
We can now list all created files using the ls command as follows.
$ ls
Explanation
We list all files from the current working directory using the above command, as shown in the following snapshot.
Now we need the ID of the commit operation, so we need to run the $ git reflog command.
Now the time is to revert the commit as follows.
$ git revert 0451eb3
Explanation
Will the git revert of commit 0451eb3 eliminate demo1.html, demo.html, and sample.html from the current working directory?
Will the git revert of commit 0451eb3 eliminate demo1.html and sample.html from the working area, however, let different documents be?
Or then again, will this git revert model leave two records in the current working area and eliminate just the demo1.html document?
On the off chance that you picked the last result, you’d be right. Here’s the reason.
The git revert order will fix just the progressions related to a particular commit. In this git revert model, the third commit added the demo1.html document. At the point when we return to the Git commit, the main document eliminated from our repository is demo1.html.
Now we need to run the $ ls command to see the result as follows.
$ ls
Explanation
We illustrated the final result of the above command by using the following snapshot as follows.
Engineers likewise need to realize that when they git revert commit, revert commit is erased from their work area, yet not erased from the repo. The code related to the revert Git commit remains put away in the store’s set of experiences of changes, which means reverted code is as yet reusable if it at any point should be gotten to or checked on later on.
Conclusion
We hope from this article you learn more about the Bitbucket revert commit. From the above article, we have taken in the essential idea of the Bitbucket revert commit, and we also see the representation and example of the Bitbucket revert commit. Furthermore, we learned how and when we use the Bitbucket revert commit from this article.
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