Most of the complexity you see today is the complexity inherent in that methodology. As I mentioned, XLR8 uses the standard Arduino Uno or AVR interrupt model. So let’s dig into the logic that’s implemented for interrupts in XLR8. Please download and install version 17.1 as that’s the version we currently support.You’ll also need an XLR8 board and a mini cable to connect it up to your laptop. And you’ll also need the tools involved in OpenXLR8, which include Arduino IDE, and the Intel Quartus Prime Lite Edition. If you wanna work through the demo with us, you’ll need a laptop with Windows or Linux installed. So if you haven’t already, please go and watch the Intro to OpenXLR8 webinar available on our YouTube channel.
You also need a familiarity with XLR8 and OpenXLR8. Our XLR8 interrupts are an extension of those, so it’s useful to have an understanding of how you use the interrupts in the Uno. Prerequisites for today’s webinar include a familiarity with Arduino Uno interrupts. And then we’ll have a demo of using interrupts in OpenXLR8 using our I2C SPI UART Demo. Then Bryan will take us through the interrupt service routines. Today in our webinar, we’ll be walking through the interrupt logic. My name is Steve Philips, Master Craftsman, and joining me today is Bryan Craker. (00:22) Steve Phillips: Hello, and welcome to the Alorium Technology webinar. Your hosts for this tutorial are Steve Phillips, Chief Architect for the XLR8 platform, and self-proclaimed “Master Craftsman”, along with Bryan Craker, Lead Software Developer. In this second installment of the Advanced Techniques Tutorial series by Alorium Technology, you will learn how to use interrupts as part of the OpenXLR8 development flow. Jason Pecor: Is it time to add microcontroller Interrupts to your custom Xcelerator Block, but you’re not sure where to start? Well then, this is your video.
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