


And while we have you here – on November 30th we will be hosting our 3rd annual UnoConf – make sure you register – Thanks a lot Pete for contributing this article to Uno Platform documentation! Community FTW!. In the next guide, we’ll look at how we can create a UI and some code to control the GPIO on the Raspberry Pi to read the status of Buttons and turn on and off LEDs. You can see the full tutorial on how-to Get Started with Uno Platform and the Raspberry Pi here. By setting up our Raspberry Pi to launch a “Hello World” Uno Platform Application we could demonstrate the possibilities of UWP running on low-power Linux devices, such as home appliances, car dashboard and thermometers. In this first of three part blog series & documentation contribution, Pete Gallagher, a Microsoft MVP takes us through building a cloud connected Raspberry Pi GUI app to perform some straightforward GPIO (General Purpose Input Output) operations. GPIO x 22 (includes ESD protection circuit), 40-pin header socketĪn SD card is not included if ordered with an eMMC.Ī USB-A to USB-A cable is required to reprogram the eMMC, but is not included.When the Uno Platform Team had the vision of WinUI Everywhere, the promise extended beyond desktop, mobile and web applications. Windows Subsystem for Linux (WSL) is included out of the box with modern.

