![]() With the extension installed, some configurations need to happen before code can be pushed to the Arduino. You’ll want to install the official Arduino extension released by Microsoft. Download and install the appropriate version of the Arduino Desktop IDE for your operating system.Īfter installing the Arduino Desktop IDE, open Visual Studio Code and search for extensions. It ships with the necessary drivers for your computer to be able to communicate with the hardware. While we plan to use Visual Studio Code in the long run, having the Arduino Desktop IDE installed is still a requirement. You’ll be able to write code, deploy to hardware, and monitor the output. In this tutorial I’m going to walk you through configuring Visual Studio Code for Arduino development. It doesn’t have to be that way when developing with Arduino though. If you’re like me, you’re a one IDE type of developer, so having to work in a different environment is a little less than ideal. To develop and push code to an Arduino you need to use the Arduino Desktop IDE. ![]() However, the development experience out of the box isn’t exactly what I was familiar with or happy about. Many Arduino devices, or at least the Uno like I have are inexpensive and a lot of fun to play around with. I’ve been playing around with an Arduino Uno recently, something new to me since I’ve always only used Raspberry Pi hardware.
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