As your projects become more advanced, you'll often need to perform multiple tasks simultaneously. For example, you might run a development server in one terminal, execute Git commands in another, monitor application logs in a third, and install packages in a fourth.
Instead of repeatedly stopping and starting different commands, Cursor AI allows you to open multiple integrated terminal sessions within the same workspace. Each terminal operates independently, making it easier to manage complex development workflows without leaving the editor.
In this lesson, you'll learn how multiple terminals work, when to use them, and the best practices followed by professional developers.
What are Multiple Terminals?
Multiple terminals allow you to create several independent command-line sessions inside Cursor AI.
Each terminal works separately and can execute different commands at the same time.
For example:
- Terminal 1 runs a development server.
- Terminal 2 executes Git commands.
- Terminal 3 installs project dependencies.
- Terminal 4 monitors logs.
This eliminates the need to stop one task before starting another.
Why Use Multiple Terminals?
Using multiple terminals makes development more efficient.
Some advantages include:
- Run multiple processes simultaneously.
- Keep server logs visible.
- Execute Git commands without interrupting running servers.
- Install packages while monitoring application output.
- Improve multitasking.
- Reduce development time.
Professional developers use multiple terminals almost every day.
Creating a New Terminal
You can create additional terminal sessions whenever needed.
Common methods include:
- Selecting New Terminal from the Terminal menu.
- Using the terminal toolbar.
- Using the Command Palette.
- Using the appropriate keyboard shortcut.
Each new terminal opens as a separate session inside Cursor AI.
Understanding Terminal Tabs
Every terminal session appears as its own terminal tab.
Each tab represents an independent command-line environment.
You can:
- Switch between terminal sessions.
- Rename terminals.
- Close individual terminals.
- Create additional terminals.
Terminal tabs help organize different development tasks.
Running Different Tasks
Each terminal can perform a different operation.
For example:
Terminal 1
Running the application server.
Terminal 2
Executing Git commands.
Terminal 3
Installing project dependencies.
Terminal 4
Viewing application logs.
Since these tasks are independent, they continue running even when you switch to another terminal.
Example Development Workflow
Imagine you're developing a Laravel application.
You might use:
Terminal 1
Run the Laravel development server.
Terminal 2
Execute Artisan commands.
Terminal 3
Run the frontend build tool.
Terminal 4
Manage Git commits and branches.
This setup allows you to work much faster than using a single terminal.
Working with Different Technologies
Different projects often require multiple background processes.
Examples include:
Laravel
- Development server
- Queue worker
- Scheduler
- Frontend build process
React
- Development server
- Package installation
- Testing tools
Node.js
- Application server
- Package manager
- Build process
Python
- Virtual environment
- Development server
- Testing framework
Using separate terminals for each process keeps everything organized.
Switching Between Terminals
Cursor AI allows you to switch between active terminal sessions instantly.
You can:
- Select the desired terminal tab.
- Continue working from where you left off.
- Monitor running processes.
- Execute additional commands.
Switching terminals does not stop running processes.
Renaming Terminal Sessions
When working with many terminals, it becomes helpful to rename them.
Examples include:
- Development Server
- Git
- Build Process
- Queue Worker
- Logs
Meaningful names help you quickly identify the purpose of each terminal.
Closing a Terminal
When a terminal is no longer needed, you can close it.
Before closing a terminal:
- Verify that no important process is still running.
- Save any required output.
- Stop long-running applications if necessary.
Closing a terminal running an active server will stop that server.
Always confirm before closing important terminal sessions.
Monitoring Running Processes
Some commands continue running until manually stopped.
Examples include:
- Development servers.
- File watchers.
- Queue workers.
- Live reload services.
Using separate terminals allows you to monitor these processes without interrupting other development tasks.
Using Multiple Terminals with Git
Many developers dedicate one terminal exclusively to Git.
This allows them to:
- Check repository status.
- Create commits.
- Switch branches.
- Pull updates.
- Push changes.
Meanwhile, the development server continues running in another terminal.
This workflow improves efficiency.
Working with Long-Running Commands
Some development tasks require continuous execution.
Examples include:
- Local development servers.
- Build watchers.
- Queue listeners.
- Background workers.
Instead of stopping these commands every time you need another terminal, simply create a new terminal session.
Benefits of Multiple Terminals
Using multiple terminal sessions offers many advantages.
These include:
- Better multitasking.
- Faster workflow.
- Improved organization.
- Easier debugging.
- Continuous server monitoring.
- Independent command execution.
- Reduced interruption during development.
These benefits become increasingly valuable as project complexity grows.
Best Practices
Professional developers follow these recommendations:
- Use separate terminals for different tasks.
- Rename terminal sessions clearly.
- Keep long-running processes in dedicated terminals.
- Close unused terminal sessions.
- Read terminal output regularly.
- Verify the current working directory before executing commands.
- Stop unnecessary background processes when they are no longer needed.
These habits create a cleaner and more productive development environment.
Common Mistakes
New developers often make these mistakes:
- Running every command in a single terminal.
- Accidentally stopping the development server.
- Closing terminals without checking running processes.
- Forgetting which terminal is performing which task.
- Running commands from the wrong project directory.
Using multiple organized terminal sessions helps avoid these problems.
Real-World Example
Suppose you're building a Laravel e-commerce application.
Your workspace might include the following terminal setup:
Terminal 1
Laravel Development Server
Terminal 2
Vite Frontend Build Process
Terminal 3
Git Version Control
Terminal 4
Queue Worker
Terminal 5
Database Migration Commands
With this setup, every important development process runs independently, allowing you to focus on coding without constantly interrupting active tasks.