If you’re learning Salesforce development — or already working as a Salesforce admin moving toward a developer role — there’s one tool you’re going to encounter in almost every professional team: Git.
Git is the industry-standard version control system used by development teams worldwide. Whether you’re building Lightning Web Components, writing Apex classes, or deploying metadata changes to a production org, knowing the 10 most popular Git commands to collaborate efficiently is no longer optional — it’s a baseline expectation for any job-ready Salesforce professional.
Yet many Salesforce beginners treat Git as an afterthought. They focus on the platform features, the data model, the certifications — and then freeze up the moment a tech lead asks them to “create a branch” or “push your changes.” This guide is here to change that.
Let’s break down the essential Git commands you’ll use daily, with practical explanations that actually make sense for Salesforce developers.
What Is Git and Why Do Salesforce Teams Use It?
Git is a distributed version control system — meaning every developer has a full copy of the project history on their own machine. This is powerful because teams can work on different features simultaneously without overwriting each other’s work.
In Salesforce development specifically, Git is used alongside tools like Salesforce CLI (SFDX), VS Code, and platforms like GitHub or Bitbucket to manage:
- Apex classes and triggers
- Lightning Web Components (LWC) and Aura components
- Custom metadata, profiles, and permission sets
- Deployment pipelines via CI/CD workflows
Understanding Git is what separates a hobbyist Salesforce learner from a professional developer ready to contribute to real projects.
The 10 Most Popular Git Commands to Collaborate Efficiently
1. git config — Set Up Your Identity
Before you write a single line of code, Git needs to know who you are. The git config command lets you set your username and email address globally, so that every commit you create is properly attributed to you.
git config --global user.name "Your Name"
git config --global user.email "[email protected]"
This is a one-time setup step that many beginners skip — and then wonder why their contributions don’t appear correctly on GitHub.
Salesforce context: When your team reviews pull requests or traces a bug to a specific commit, your name and email are how they identify who made what change. Get this right from day one.
2. git init — Initialize a New Repository
The git init command turns a regular folder into a Git-tracked repository. When you run it, Git creates a hidden .git folder that stores all version history, branches, and configuration for that project.
git init
Think of it like switching on the “tracking” mode for your project. From this point forward, Git is watching every change you make.
3. git clone — Copy a Remote Repository Locally
In a professional team, you rarely start a project from scratch. More often, you’re joining an existing project. The git clone command downloads the entire remote repository — including its history — to your local machine.
git clone <repository-url>
You can also clone a specific branch:
git clone <repository-url> -b <branch-name>
Salesforce context: When joining a new Salesforce Development project, your team lead will share a repository URL. Your first command will almost always be git clone.
4. git status — Check What's Changed
Before committing anything, you should always know the current state of your working directory. The git status command shows you which files have been modified, which are staged for commit, and which are untracked.
git status
This command is your best friend. Run it often — before and after every significant action.
5. git add — Stage Your Changes
Git doesn’t automatically include every file change in your next commit. You have to explicitly tell Git which changes to include using git add. This step is called “staging.”
To stage a specific file:
git add filename.cls
To stage all changed files at once:
git add .
Pro tip: Selective staging is a good practice. It keeps your commits clean and focused, which makes it much easier for teammates to review your work.
6. git commit — Save a Snapshot of Your Work
The git commit command records your staged changes as a permanent snapshot in the project’s history. Every commit should have a clear, descriptive message.
git commit -m "Add validation rule for Opportunity close date"
Think of each commit as a meaningful save point — not just “save” on a document, but a named checkpoint with a reason attached.
Common mistake: Writing vague commit messages like “fix” or “update.” In professional teams, commit history is documentation. Describe what changed and why.
7. git branch — Work Without Breaking Things
Branches are one of the most powerful features in Git. They allow you to work on a new feature or bug fix in complete isolation, without touching the main codebase. The git branch command lets you create, list, and delete branches.
List all branches:
git branch
Create a new branch:
git branch feature/lwc-account-tile
Delete a branch after merging:
git branch -d feature/lwc-account-tile
Salesforce context: A standard team workflow might have branches like feature/add-lwc-component, bugfix/profile-permission, or release/spring-25. Branching keeps different work streams from colliding.
8. git checkout / git switch — Navigate Between Branches
Once you’ve created branches, you need to move between them. The git checkout command switches your working directory to a different branch.
git checkout feature/lwc-account-tile
The shortcut to create a new branch and switch to it in one step:
git checkout -b feature/new-flow
Modern Git also supports a cleaner alternative:
git switch feature/lwc-account-tile
Both commands accomplish the same goal — git switch is simply more intuitive for beginners.
9. git push — Upload Your Changes to the Remote
Once you’ve committed your changes locally, you need to share them with the team by pushing them to the remote repository (on GitHub, GitLab, or Bitbucket).
git push origin feature/lwc-account-tile
If you’re pushing a brand-new branch for the first time:
git push --set-upstream origin feature/lwc-account-tile
After a successful push, your teammates can see your changes, review your code, and raise a pull request for merging.
10. git pull — Stay in Sync With the Team
While you’ve been working on your branch, other developers have been pushing their own changes to the remote repository. The git pull command fetches the latest changes from the remote and merges them into your current local branch — keeping you up to date.
git pull
Or explicitly:
git pull origin main
Best practice: Always run git pull before starting a new day of work. This prevents painful merge conflicts from building up over time.
Bonus Commands Worth Knowing
git stash — Temporarily Set Aside Uncommitted Work
Sometimes you’re mid-task and need to switch branches urgently without committing unfinished code. git stash saves your current changes in a temporary area and cleans up your working directory.
git stash
git stash apply # bring them back later
git log — Browse the Commit History
Want to see everything that’s happened in the project? git log displays the full commit history — author, date, message, and unique commit ID.
git log
This is invaluable for understanding why a change was made and who made it.
git merge — Combine Branches
When your feature work is complete and reviewed, git merge brings those changes into the main branch.
git checkout main
git merge feature/lwc-account-tile
In team settings, this is typically done via a pull request on GitHub rather than directly from the terminal — but understanding the underlying concept matters.
Common Mistakes Beginners Make With Git
- Committing directly to the
mainbranch. Always work on a feature branch. - Writing vague commit messages. Be descriptive — your future self (and teammates) will thank you.
- Never running
git pullbefore starting work. This is the fastest way to create merge conflicts. - Staging everything with
git add .without reviewing. Checkgit statusfirst. - Forgetting to push after committing. Local commits don’t reach the team until they’re pushed.
Why Git Is Non-Negotiable for Modern Salesforce Developers
The Salesforce ecosystem has evolved dramatically. Modern Salesforce development is deeply integrated with DevOps practices — Salesforce DX (SFDX), scratch orgs, CI/CD pipelines using GitHub Actions or Copado, and source-driven development all rely on Git at their core.
Hiring managers and tech leads now expect Salesforce Platform Developers to be comfortable with branching strategies, pull requests, and code reviews via Git. Knowing how to use Git efficiently isn’t just a “nice to have” — it’s a signal that you’re ready to work in a real-world professional environment.
Take Your Salesforce Development Skills Further
Mastering Git is one piece of the puzzle. The real competitive edge comes from combining version control knowledge with hands-on Salesforce development expertise — building actual components, writing real Apex, and deploying changes with confidence.
If you’re serious about becoming a job-ready Salesforce developer, the Salesforce Certified Platform Developer I course on MyTutorialRack is built exactly for that. You’ll get hands-on training with Lightning Web Components (LWC) and Aura, work on real-world projects that simulate production scenarios, and build the skills that employers in the Salesforce ecosystem are actively looking for.
It’s not just exam prep — it’s career preparation.
Conclusion
Learning the 10 most popular Git commands to collaborate efficiently is one of the highest-ROI investments you can make as a Salesforce professional. These commands — config, init, clone, status, add, commit, branch, checkout, push, and pull — form the foundation of every professional development workflow.
Start small. Practice these commands on a personal project. Get comfortable with the branching model. And when you’re ready to level up, combine that Git knowledge with deep Salesforce platform skills to become the kind of developer every team wants to hire.
