Parent directory to create your application under. You will be prompted some extra information before the project is fully setup: In summary, you must open the command palette on Visual Studio Code and then type Torizon/C-C++: Create C/C++ application to create an application: Watch a short video summarizing the process described in this section: (only if you use cmake) CMake Tools extension for Visual Studio Code. Remote - Containers extension for Visual Studio Code. Toradex Hardware with TorizonCore installed. Read the article Visual Studio Code Extension for Torizon. This article complies to the Typographic Conventions for Torizon Documentation. Please refer to the dedicated article How to Import a C/C++ Application to Torizon, but before you do it, it is still recommended that you go through the current article steps and create a hello world, to get used to the Torizon practical workflow. You can learn more about the libgpiod examples and API calls on How to Use GPIO on TorizonCore: C Language Examples. If you are actually interested in using a GPIO in C, after going through this article you can replace the hello-world source-code with the GPIO example in C provided in our torizon-samples repository, disregarding the Dockerfiles. Grant hardware access to the GPIO banks. It is a good use case because you have to: 
Through the article, we configure the project as if we want to use a GPIO.
It briefs on how to create a new project, add development libraries to the SDK and runtime libraries to the target, switch between debug and release configuration, and more. This article explains How to do C/C++ Development on Torizon, including running and debugging applications on the device, using the Visual Studio Code Extension for Torizon. Is this page helpful? C/C++ Development and Debugging on TorizonCore Using Visual Studio Code Introduction
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