Your local working changes are the files you've edited on your computer that Git hasn't recorded yet
When you work on a project tracked by Git, every file you change sits in what Git calls your working directory — that's your computer, right now, with all your edits. Git sees these changes but hasn't saved them into its history yet. Until you tell Git to record them (a process called committing), these edits exist only on your machine. If your hard drive fails or you accidentally delete a file, those changes are gone.
This matters because it's the difference between "I made a mistake and can undo it" and "I made a mistake and it's permanent." Git gives you a safety net, but only after you've formally recorded your work. Local working changes are the moment before that safety net catches you.
Key Takeaways
- Local working changes are edits you've made to files on your computer that Git hasn't yet recorded in its history.
- Git tracks which files you've changed, added, or deleted, but doesn't protect them until you commit them.
- You can see what you've changed by running git status or git diff in your project folder.
- Committing your changes moves them from your working directory into Git's permanent record, where they're safe and can be undone later.
- If you discard local working changes without committing, Git cannot recover them.
How Git tracks changes you make
When you edit a file in a Git project, Git notices. It compares the file on disk to the version it last recorded and marks it as changed. If you create a new file, Git sees it as untracked — it exists but Git isn't watching it yet. If you delete a file, Git records that deletion as a change too.
You can see all your local working changes by opening a terminal in your project folder and typing git status. Git will list every file you've modified, every new file you've created, and every file you've deleted. The output tells you exactly what's different between your working directory and what Git has saved.
This is different from changes you've already committed. Once you commit, those changes move into Git's history. Local working changes are still sitting on your disk, waiting for you to decide what to do with them.
The difference between modified, staged, and committed
Git uses three zones to organize your work. Your working directory is where you edit files — this is your computer. When you're happy with a change, you stage it by running git add filename, which tells Git "I want to include this in my next save." Staged changes sit in what Git calls the index, ready to go. Finally, you commit by running git commit -m "your message", which records all staged changes into Git's permanent history.
This three-step process exists so you can group related changes together. You might edit five files but only want to commit three of them right now. You stage those three, commit them with a message explaining what they do, and leave the other two for later. This keeps your history clean and makes it straightforward to find what changed and why.
Local working changes are anything in your working directory that hasn't been staged or committed yet. They're the edits Git sees but hasn't locked in.
How to see exactly what you've changed
Running git status shows you which files have changed, but not what changed inside them. To see the actual edits — which lines you added, deleted, or modified — use git diff. This command shows you every change in your working directory, line by line, with additions in green and deletions in red.
If you've already staged some changes and want to see only the unstaged ones, run git diff. If you want to see what's staged and ready to commit, run git diff --staged. This helps you catch mistakes before they go into your history — you can review your work and make sure it's actually what you intended.
For a single file, type git diff filename to see only that file's changes. This is useful when you're working on multiple files and want to focus on one.
What happens if you discard local working changes
If you decide you don't want your edits, you can throw them away. Running git checkout filename deletes all changes to that file and restores it to the last committed version. Running git checkout . does this for every file in your project at once. The changes are gone permanently — Git cannot recover them because they were never committed.
This is why committing matters. Once changes are committed, Git remembers them forever and you can always go back. But local working changes are fragile. A crash, a mistake, or a command typed in anger can erase them when ready.
Some tools like VS Code show you a preview of what you're about to discard, which helps catch accidents. But the safest habit is to commit early and often, so nothing important lives only in your working directory.
Why you should commit local changes regularly
Committing isn't a big deal. It takes seconds and costs nothing. Each commit is a snapshot of your work at that moment, with a message explaining what you did. If something breaks later, you can look back through your commits to find when it happened and undo it. If you work with others, commits let them see what you changed and why.
The habit to build is: make a small change, test it, commit it with a clear message. Make another small change, test it, commit it. This creates a history that's straightforward to read and straightforward to undo. If you wait until you've made fifty changes before committing, and one of them breaks something, finding the culprit is much harder.
Local working changes are temporary. Commits are permanent (until you decide to undo them). Treat commits as the real record of your work.
Local working changes and collaboration
When you work with others on the same project, local working changes matter because they're invisible to everyone else. Your teammates can't see what you're working on until you commit and push your changes to a shared repository. This is actually good — it means you can experiment, make mistakes, and clean up before anyone sees your work.
But it also means you need to communicate. If two people are editing the same file, Git can usually merge the changes automatically when you both commit. But if you're both working on the same lines, you'll have a conflict that needs human judgment to resolve. Committing regularly and pushing often reduces the chance of painful conflicts.
Frequently Asked Questions
Can I recover local working changes if I accidentally delete them?
No. If you haven't committed changes, Git has no record of them. Deleting a file or running git checkout removes them permanently. The only exception is if your operating system's trash or recycle bin still has a copy, or if you're using a tool like VS Code that keeps local backups. Always commit before you're done working.
What's the difference between git diff and git status?
git status tells you which files have changed, added, or deleted. git diff shows you the actual lines that changed inside those files. Use git status for a quick overview and git diff when you want to review the details before committing.
Do I have to stage changes before committing them?
No. You can run git commit -a -m "message" to commit all modified files at once, skipping the staging step. But staging lets you group related changes together and commit only what you want, which keeps your history cleaner and more organized.
Will my local working changes sync to the cloud automatically?
No. Local working changes exist only on your computer until you commit them. Committing saves them to your local Git history. Pushing sends them to a shared repository like GitHub. Until you push, your teammates can't see your work, and if your computer fails, the changes are lost.
Can I see local working changes from a previous day?
Only if you committed them. Git doesn't keep a history of unsaved edits — it only tracks what you've formally recorded. This is another reason to commit regularly: it creates checkpoints you can return to later.