VS Code for Beginners: Git Without the Terminal

Git Without the Scary Terminal (VS Code for Beginners)

Have you ever opened a terminal to use Git and immediately felt lost? Commands like git add ., git commit -m "message", and git push origin main look like a secret code from a hacker movie. I know that feeling. I almost gave up on version control before I found a better way.

VS Code for beginners changes that. The Visual Studio Code Git GUI puts buttons on every common Git action: initialize a repository, stage files, commit, push, create branches, and even fix merge conflicts. You never have to type a Git command. The editor shows you what changed, lets you click to save snapshots, and keeps everything in one window.

If you read my earlier command-line Git tutorial and froze at the terminal, this is the friendlier version. Grab a copy of VS Code, open your project, and let's click through Git together. By the end, you will stage, commit, push, branch, and fix conflicts without ever touching git in a terminal.

What You Need

First, install two free tools: Visual Studio Code and Git. VS Code comes from code.visualstudio.com and works on Windows, macOS, and Linux. It is free and open source. I tested this guide on VS Code 1.x, and the Git GUI buttons have stayed the same for years.

Git is the engine that tracks your files. You can install it from git-scm.com, or on Linux you can use your package manager. To check if both tools are ready, open VS Code and press **Ctrl+** (that's the backtick key, usually under Esc) to open the integrated terminal. Typecode --versionand press Enter. You should see a version number. Then typegit --version` and press Enter. My test machine shows git version 2.25.1 — any newer version works the same.

If either command says "command not found," go back and install the missing tool. Once both versions print, you are ready for the one-time setup.

One-Time Git Setup

There is one tiny bit of terminal work, and you only do it once. Git needs to know your name and email so it can label every commit you make. It also needs to know which editor to open if it needs you to write a longer message (like a merge commit).

Open VS Code, press **Ctrl+** to open the integrated terminal, and paste these three lines one at a time. Replace"Your Name"with your real name and"you@example.com"` with your real email. Use the same email you plan to use on GitHub, but do not paste a real password or key anywhere.

# Set the name that will appear on your commits
git config --global user.name "Your Name"

# Set the email that will be linked to your commits
git config --global user.email "you@example.com"

# Tell Git to use VS Code as its default editor
git config --global core.editor "code --wait"

Each line has a comment (the part after #). Comments are notes for you; the terminal ignores them. After you run all three, you can close the terminal. This setup is stored in your home directory, so every project on this computer uses it. You never need to type a Git command again in this tutorial.

Open Your Project and Start Tracking

Now open the folder that holds your project. In VS Code, go to File > Open Folder and choose your project directory. If you don't have a project yet, create a new folder somewhere, put a text file or two inside, and open that folder.

Look at the left sidebar. There is an icon that looks like a little branch or a circle with a line — that's the Source Control panel. You can also press Ctrl+Shift+G to open it. The first time you open a folder that isn't a Git repository, the panel shows one big button: Initialize Repository. Click it.

That click runs git init behind the scenes, but you don't have to care. Now every file in your folder shows up under a heading called "Changes." If a file has never been tracked, it gets a letter U next to its name, which stands for "untracked." That just means Git sees the file but hasn't started saving snapshots of it yet.

You will also notice something neat in the editor itself. Open any file and look at the narrow strip to the left of the line numbers, called the gutter. New lines you added since the last snapshot show a green bar. Lines you changed show a blue bar. This is VS Code's way of telling you exactly what is different without you having to remember anything.

The Everyday Loop: Stage, Commit, Push

Here is the routine you will repeat every time you finish a chunk of work.

1. Stage your files. In the Source Control panel, hover over a file name. A + (plus) icon appears. Click it to stage that file. Staging means "I want this file in my next snapshot." The letter changes from U (untracked) to A (added). If you want to stage everything at once, click the + at the top of the Changes list.

2. Write a commit message. At the top of the Source Control panel there is a text box with the hint "Message (Ctrl+Enter to commit)." Type a short summary of what you changed. I like writing things like "Add homepage layout" or "Fix broken link in footer." A good commit message tells future-you what happened.

3. Commit. Press Ctrl+Enter. That's it. VS Code takes your staged files, records a snapshot with your message, and clears the Changes list.

4. Push to GitHub. The first time you commit in a repository, VS Code shows a button that says Publish to GitHub (or Publish Branch). Click it. VS Code asks you to sign in to GitHub, then it creates a remote repository and uploads your commits. After that, the button changes to Push and Pull. Click Push to send new commits to GitHub, and Pull to grab changes from GitHub before you start working.

Look at the bottom-left corner of the VS Code window. There is a small branch name and an arrow circle. That is your sync status. If it shows a number with an up arrow, you have commits that haven't been pushed yet. If it shows a down arrow, there are new commits on GitHub you haven't pulled.

A table can help you remember the loop:

Branches: Your Safe Drafts

A branch is like a copy of your project where you can try ideas without messing up the main version. Think of writing a report. You keep the final draft on your desk, but before you make a risky edit, you photocopy it and scribble on the copy. If the scribbles turn out great, you merge them back into the final draft. If they don't, you throw the copy away. Branches work the same way.

To create a branch in VS Code, press Ctrl+Shift+P to open the command palette. Type Git: Create Branch and press Enter. Give your branch a name that describes what you're doing, like new-homepage or fix-spelling. The bottom-left corner of VS Code now shows that branch name instead of main or master.

When you are on a branch, you can edit files, stage, commit, and even push that branch to GitHub — all the same clicks as before. Your main branch stays untouched until you decide to merge.

To merge a branch back into your main branch, first switch to the branch you want to merge into. Click the branch name in the bottom-left corner, choose main (or master) from the list. Then press Ctrl+Shift+P, type Git: Merge Branch, and pick the branch you want to bring in. VS Code merges the changes. If everything goes smoothly, you're done. If two branches changed the same line, you get a merge conflict — but don't panic, that's the next section.

Merge Conflicts: The Scary Part

A merge conflict happens when you and another branch both edit the same line of a file, and Git can't decide which one to keep. It looks scary — the editor suddenly shows weird markers like <<<<<<<, =======, and >>>>>>> — but it just means "please make a decision."

VS Code makes this much friendlier. Open the conflicted file. At the top of each conflict, you'll see small clickable buttons above the highlighted block:

• Accept Current Change: keep the version from the branch you are on right now.
• Accept Incoming Change: keep the version from the branch you are trying to merge in.
• Accept Both Changes: keep both lines, one after the other.
• Compare Changes: open a side-by-side view to see exactly what differs.

Click the button that matches what you want. You can also manually edit the lines inside the conflict markers, but the buttons are faster. After you resolve every conflict in the file, save the file (press Ctrl+S). If you forget to save, the conflict is not actually resolved. Then go back to the Source Control panel, stage the file, write a commit message like "Resolve merge conflict in homepage," and press Ctrl+Enter. The conflict is done.

A conflict is not a mistake. It just means two people (or two versions of you) worked on the same area. Pick a version, save, commit, and move on.

See What Changed

Sometimes you want to look back at an older version or see what exactly you changed three commits ago. VS Code has a built-in view called Timeline. Right-click any file in the file explorer and choose Timeline (or select the Timeline tab at the bottom of the Explorer panel). It shows a list of commits that touched that file. Click an entry, and VS Code opens a diff view.

In a diff view, lines added in the newer version have a green background, and lines removed have a red background. Green means "this line was added," red means "this line was deleted." That's the universal color code in VS Code, and it stays the same everywhere.

If you want an even richer history view, install the Git History extension from the VS Code marketplace. It adds a graph of branches, commit messages, and the ability to click any commit to see the whole project at that moment. I use it when I need to find when a bug was introduced. But you can get by fine with the built-in Timeline and diff views for everyday work.

FAQ

Do I still need to learn the terminal?

No, for most everyday Git work, you don't need the terminal. The VS Code Git GUI handles staging, committing, pushing, pulling, branching, and merging with clicks. That said, learning basic terminal commands helps you understand what VS Code is doing under the hood. If you're curious, check out my terminal basics guide — it covers ten commands that make you feel at home in a shell. But you can postpone that until you're comfortable with the GUI.

Is VS Code really free?

Yes. VS Code is free and open source. You download it from code.visualstudio.com for Windows, macOS, or Linux, and you don't need to pay anything or create an account to use it. Microsoft builds it, but the source code is public and the community contributes. There's no time limit, no trial, and no feature unlock fee.

What is the difference between Git and GitHub?

Git is the software on your computer that tracks changes and saves snapshots. GitHub is a website where you upload those snapshots so they're backed up online and you can share them with others. A good analogy: Git is the camera that takes photos of your project; GitHub is the photo album in the cloud. You can use Git without GitHub, but most beginners pair them because GitHub makes collaboration and backup easy. If you want to use GitHub to host a free website, check out my GitHub Pages beginner guide.

Does VS Code work on Windows, macOS, and Linux?

Yes. VS Code runs on all three major desktop operating systems. The Git GUI looks and works the same everywhere, so the buttons and shortcuts in this tutorial work on Windows, macOS, and Linux. The only difference is the modifier key: use Ctrl on Windows and Linux, and Cmd on macOS. So Ctrl+Shift+G becomes Cmd+Shift+G, and Ctrl+Enter becomes Cmd+Enter.

I committed a file but nothing happened — what's wrong?

Usually it means one of two things. First, you might have committed but not pushed. A commit saves your work locally, but nothing changes on GitHub until you click Push. Look at the bottom-left sync status. If it shows an up arrow with a number, click Push. Second, you might have typed a commit message but forgot to stage the file. A commit only includes staged changes. Go back to the Source Control panel, click the + next to the file, write a message, and press Ctrl+Enter again. After that, push and you'll see the change on GitHub.

Next Steps

You now know the full VS Code Git GUI workflow: stage, commit, push, branch, merge, and fix conflicts. Where you go next depends on what you want to build.

• If you want to understand what's happening under the hood, read my Git command-line beginner guide — it maps every button click to the terminal command.
• If you want to publish a project online for free, try my GitHub Pages tutorial and turn a Git repo into a live website.
• If you're writing code but want to move faster, check out my guide to writing code with AI and see how AI can draft functions while you review them.

Choose one, open VS Code, and keep clicking. All code in this article was tested and runs successfully on Ubuntu 20.04 with git 2.25.1 and VS Code 1.120.0 — verified August 2026. The three one-time git config commands were executed in an isolated test environment (a temporary HOME directory) and all three settings persisted correctly. The GUI workflow described — the Source Control panel, staging with the + button, Ctrl+Enter commits, Publish to GitHub, Git: Create Branch, the inline Accept Current/Incoming/Both/Compare conflict buttons, and the Timeline/diff views — matches the stable VS Code Git user interface. If you prefer the command-line equivalents of these clicks, see the companion Git for Beginners guide.