Git is one of the most important tools in modern software development. Whether you’re building websites, developing mobile applications, working with PHP, Python, JavaScript, React, or contributing to open-source projects, knowing Git can make your development workflow much easier.

Git allows developers to track changes, create branches, collaborate with other developers, undo mistakes, and maintain different versions of a project.

If you’re a beginner, Git can initially seem complicated because there are many commands to remember. The good news is that you don’t need to memorize hundreds of commands.

In this guide, we’ll cover the most useful Git commands every developer should know in 2026, with simple examples.

What Is Git?

Git is a distributed version control system (DVCS) used to track changes in source code and other files.

With Git, you can:

Track code changes
Create backups of your project history
Work on multiple features simultaneously
Create and manage branches
Collaborate with other developers
Revert unwanted changes
Compare different versions
Work with GitHub and other Git hosting platforms

Git works locally on your computer, while platforms such as GitHub provide remote repositories for collaboration and hosting.

Installing Git

Before using Git commands, you need to install Git on your computer.

After installation, verify it with:

git --version

You should see something similar to:

git version 2.x.x

The exact version may differ depending on when you install Git.

1. git config

The git config command is used to configure Git.

Before making commits, it’s a good idea to configure your name and email.

Set your username

git config --global user.name "Your Name"

Set your email

git config --global user.email "you@example.com"

Check your configuration

git config --list

These details are associated with your Git commits.

2. git init

The git init command creates a new Git repository.

For example:

mkdir my-project
cd my-project
git init

Git will create a hidden .git directory inside your project.

From this point, Git can track changes in the project.

3. git status

One of the most frequently used Git commands is:

git status

It shows the current state of your working directory.

For example, it can tell you:

Which files have changed
Which files are untracked
Which files are staged
Which branch you’re currently using

A good habit is to run git status frequently.

4. git add

The git add command stages changes for the next commit.

To add a specific file:

git add index.php

To add multiple files:

git add index.php style.css script.js

To stage all changed files:

git add .

Why staging matters

Git uses a staging area between your working files and your commit.

The basic workflow is:

Working Directory
       ↓
   git add
       ↓
Staging Area
       ↓
  git commit
       ↓
Repository

5. git commit

A commit saves staged changes into Git’s project history.

Example:

git commit -m "Add homepage design"

Good commit messages should describe what changed.

Examples:

git commit -m "Fix login validation"

git commit -m "Add user registration page"

git commit -m "Update responsive navigation"

Avoid vague messages such as:

changes
update
test
stuff

6. git log

The git log command displays your commit history.

git log

For a shorter version:

git log --oneline

Example:

a81d42c Fix login validation
c72a918 Add registration form
1f83b42 Create project structure

This is useful when you need to find previous versions of your project.

7. git diff

Use git diff to see changes that haven’t been staged.

git diff

After staging changes, you can inspect staged differences with:

git diff --staged

This is particularly useful before committing.

8. git branch

Branches allow you to work on different features without directly modifying the main branch.

List branches:

git branch

Create a branch:

git branch feature-login

Switch to it:

git switch feature-login

You can also create and switch to a new branch in one command:

git switch -c feature-login

9. git switch

git switch is a modern Git command for changing branches.

git switch main

Switch to another branch:

git switch feature-login

Create and switch:

git switch -c new-feature

For beginners, git switch is generally easier to understand than using git checkout for branch switching.

10. git merge

When you finish working on a feature, you can merge it into another branch.

First switch to the target branch:

git switch main

Then merge:

git merge feature-login

Git will combine the changes from the feature branch into main.

11. git clone

The git clone command downloads an existing remote repository to your computer.

For example:

git clone https://github.com/username/project.git

Then:

cd project

You now have a local copy of the repository.

This is one of the first commands you’ll use when working with an existing project hosted on GitHub.

12. git remote

The git remote command manages connections to remote repositories.

Check existing remotes:

git remote -v

You may see:

origin  https://github.com/username/project.git (fetch)
origin  https://github.com/username/project.git (push)

Here, origin is the conventional name for the primary remote repository.

13. git remote add origin

If you’ve created a local repository and want to connect it to a remote repository:

git remote add origin https://github.com/username/project.git

Verify it:

git remote -v

14. git push

The git push command uploads your local commits to a remote repository.

For a new main branch:

git push -u origin main

After the upstream relationship is established, you can usually use:

git push

15. git pull

The git pull command retrieves changes from a remote repository and integrates them into your current branch.

git pull

This is commonly used when working with a team.

For example:

Developer A → pushes changes
                  ↓
              GitHub
                  ↓
Developer B → git pull

16. git fetch

git fetch downloads information about changes from the remote repository without automatically integrating those changes into your current branch.

git fetch

This is useful when you want to inspect remote changes before deciding whether to merge them.

A common distinction is:

git fetch → download remote information
git pull   → fetch + integrate changes

17. git stash

Sometimes you have unfinished changes but need to switch branches.

Instead of committing incomplete work, you can temporarily store it:

git stash

Your working directory becomes clean.

Later, restore the changes:

git stash pop

This is extremely useful during active development.

18. git stash list

To see your saved stashes:

git stash list

Example:

stash@{0}: WIP on main
stash@{1}: WIP on feature-login

19. git restore

The git restore command can be used to discard changes in your working directory.

For example:

git restore index.php

This restores the file to the version tracked by Git.

Be careful with this command because discarded uncommitted changes may be difficult to recover.

20. git restore –staged

If you accidentally stage a file, you can remove it from the staging area:

git restore --staged index.php

The file remains modified, but it is no longer staged.

21. git reset

git reset can move your branch to another commit and can also modify the staging area.

For example:

git reset HEAD~1

This moves back one commit while keeping the changes in your working directory in many common scenarios.

Because git reset can rewrite local history, beginners should use it carefully.

22. git revert

If you want to undo a previous commit while preserving the existing project history, git revert is often safer.

git revert <commit-hash>

Git creates a new commit that reverses the changes introduced by the selected commit.

This is particularly useful for shared branches.

23. git rm

To remove a tracked file:

git rm old-file.php

Then commit the deletion:

git commit -m "Remove old PHP file"

24. git mv

Rename or move a tracked file:

git mv old-name.php new-name.php

Then commit:

git commit -m "Rename PHP file"

25. git tag

Tags can mark important points in your project’s history, such as software releases.

Create a tag:

git tag v1.0.0

List tags:

git tag

Push a tag:

git push origin v1.0.0

26. git show

Use git show to inspect information about a commit.

git show <commit-hash>

You can see the commit information and changes associated with it.

27. git blame

git blame shows which commit and author last modified each line of a file.

git blame index.php

This can be useful when investigating when a particular piece of code was changed.

28. git cherry-pick

Sometimes you want to apply a specific commit from another branch without merging the entire branch.

Use:

git cherry-pick <commit-hash>

This is an advanced command and should be used carefully, especially on shared branches.

29. git rebase

git rebase moves or reapplies commits onto another base.

For example:

git switch feature-login
git rebase main

Rebase can help maintain a cleaner linear project history, but it can rewrite commit history.

Avoid rebasing commits that other developers are already relying on unless your team has an agreed workflow.

30. git help

If you forget how a Git command works, Git includes built-in documentation.

git help

For a specific command:

git help commit

You can also use:

git commit --help

Essential Git Workflow for Beginners

If you’re just starting with Git, you don’t need to memorize all 30 commands immediately.

Learn this workflow first:

git init
git status
git add .
git commit -m "Initial commit"
git branch
git switch -c feature
git switch main
git merge feature
git push
git pull

For an existing project:

git clone <repository-url>
cd project
git status
git pull

Git vs GitHub

A common beginner question is:

Are Git and GitHub the same thing?

No.

Git

Git is the version control software running on your computer.

GitHub

GitHub is an online platform for hosting Git repositories and collaborating with other developers.

Other Git hosting platforms include GitLab and Bitbucket.

Think of it this way:

Git = Version Control System

GitHub = Online Platform for Git Repositories

Best Git Practices

Following a few simple practices can make your Git workflow much safer.

Write meaningful commit messages

Instead of:

git commit -m "update"

Use:

git commit -m "Fix mobile navigation menu"

Commit small logical changes

Avoid putting unrelated changes into one huge commit.

Pull before starting work

When working with a team:

git pull

before starting new work can help reduce conflicts.

Use branches for features

Instead of developing everything directly on main:

git switch -c feature-payment

Don’t commit sensitive information

Never commit:

.env
passwords
API keys
database credentials
private keys

Use a .gitignore file for files that shouldn’t be tracked.

Example .gitignore File

A basic web development .gitignore might include:

.env
node_modules/
vendor/
*.log
.DS_Store

For PHP projects, you might also exclude environment-specific configuration files depending on your deployment setup.

Frequently Asked Questions

Is Git difficult to learn?

The basics are relatively easy to learn. Start with clone, status, add, commit, pull, push, branch, and merge.

Is Git free?

Yes. Git is free and open-source software.

Do I need GitHub to use Git?

No. Git works locally without GitHub.

Can I use Git for PHP projects?

Yes. Git works with PHP, JavaScript, Python, Java, C++, and virtually any text-based software project.

What is the most important Git command?

There isn’t one single most important command. Beginners should become comfortable with:

git status
git add
git commit
git pull
git push
git switch

Should beginners learn GitHub?

Yes. GitHub is widely used for collaboration, open-source development, portfolios, and software projects.

Conclusion

Git is an essential skill for modern developers. You don’t need to memorize every Git command to get started. Learn the core workflow first:

Create / Clone
      ↓
Make Changes
      ↓
git status
      ↓
git add
      ↓
git commit
      ↓
git push
      ↓
GitHub

Once you’re comfortable with this workflow, start learning branches, merging, stashing, rebasing, reverting, and other advanced Git features.

Whether you’re a PHP developer, Python developer, JavaScript developer, WordPress developer, or full-stack developer, Git will make it much easier to manage your code and collaborate with others.