How to Use Cursor and GitHub Copilot Together: A 30-Minute Setup Guide

If you're a solo founder or indie hacker trying to maximize your coding efficiency, you've probably heard of Cursor and GitHub Copilot. Both tools can supercharge your development workflow, but integrating them can feel daunting. The good news? You can set them up to work together in about 30 minutes. This guide will walk you through the process, share some honest limitations, and help you get started on the right foot.

Prerequisites: What You Need

Before diving in, make sure you have the following:

• Cursor installed: You can download it from Cursor's website.
• GitHub Copilot subscription: Pricing starts at $10/month per user after a free trial.
• A code editor: We recommend Visual Studio Code (VS Code) since it has great support for both tools.
• Basic familiarity with JavaScript or Python: This guide will assume you're comfortable writing some code.

Step 1: Setting Up Cursor

1. Download and install Cursor: Go to the Cursor website and download the app for your OS. Follow the installation instructions.
2. Create your first project: Open Cursor and create a new project. This is where you'll write your code.
3. Configure your preferences: Go to the settings to adjust themes, keybindings, and any other preferences you have. This makes your workflow smoother.

Expected Output: You should have a clean workspace ready for coding.

Step 2: Installing GitHub Copilot in VS Code

1. Open Visual Studio Code: If you don't have it, download it from VS Code's website.
2. Go to Extensions: Click on the Extensions icon in the left sidebar.
3. Search for GitHub Copilot: Type "GitHub Copilot" in the search bar and click "Install."
4. Sign in to GitHub: After installation, you'll need to sign in to your GitHub account to activate Copilot.

Expected Output: You should see GitHub Copilot suggestions as you type in your code editor.

Step 3: Integrating Cursor with GitHub Copilot

1. Open your project in Cursor: Make sure you have your project open where you want to use Copilot.
2. Start coding: As you write code, GitHub Copilot will automatically suggest completions based on your context. Use the arrow keys to cycle through suggestions and hit "Tab" to accept one.
3. Leverage Cursor's features: Use Cursor's built-in tools to run and test your code snippets quickly. You can copy-paste code from Cursor into VS Code and vice versa.

Expected Output: You should be able to write code faster with Copilot's suggestions while utilizing Cursor's project management features.

Troubleshooting Common Issues

• Copilot suggestions not appearing: Make sure you're logged into GitHub and have an active Copilot subscription. Restart VS Code if necessary.
• Cursor not running smoothly: If you experience lag, check your system resources. Cursor can be resource-intensive, especially with large projects.

What's Next: Maximizing Your Productivity

Now that you have both tools set up, consider the following tips to maximize your productivity:

• Use Cursor for project management: Organize your tasks and track progress directly within Cursor.
• Experiment with Copilot: Try different coding styles and see how Copilot adapts. This can help you find better solutions faster.
• Explore integrations: Both tools have additional features and potential integrations with other platforms. Take time to explore these.

Conclusion: Start Here

To wrap it up, if you're looking to streamline your coding workflow, using Cursor alongside GitHub Copilot is a powerful combination. The setup is quick, and the productivity gains can be substantial—especially for indie hackers who wear many hats.

Start with the steps outlined above and see how these tools can transform your coding experience.

What We Actually Use

In our experience, we rely heavily on Cursor for project organization and GitHub Copilot for coding assistance. While both tools have their limitations—Cursor can be resource-heavy and Copilot may not always understand complex contexts—they have become essential parts of our workflow.