Let me know what you think (we will publish this workshop on ThingLabs.io so that anyone can go through it as a self-directed workshop). By the end of the workshop you will have built a complete Windows 10 and Azure IoT solution – and you may keep the hardware kit to continue your adventure in IoT. You will build a data ingestion pipeline, including visualizations of your IoT data that enable you to gain insight into your solution, and a command capability that enables you to control your device remotely. Once you have mastered the world of Windows 10 IoT Core, you will learn how to connect the Thing you built to Azure IoT Hubs – a new Azure service designed to support millions of devices sending millions of messages. You will begin by diving into the world of Things by building applications that run on the Raspberry Pi 2, running Windows 10 IoT Core – a small form-factor variant of the popular Windows 10 family. In this full-day workshop you will learn both sides of the IoT. To get into the IoT you have to learn about small form-factor and low-energy devices that interact with the physical world, and you have to know the Cloud services that will interface with these devices, for both data ingestion and command and control. The Internet of Things (IoT) is the latest in an ever growing realm of technology that modern developers have to know about. You must bring your own Windows 10 laptop with Visual Studio 2015 Community (or higher edition) installed. Here is the workshop abstract and the proposed agenda is below: I am looking for feedback on the proposed agenda. Note, you aren’t running this from the Raspberry Pi–instead, you’ll be running it from the PC and connecting it to the Raspberry Pi.Īfter it’s downloaded and installed open it up.On Apthe ThingLabs Tinkerers will be hosting a full-day IoT Workshop at the DevIntersection conference ( register with discount code SEVEN to save $50). Get Visual Studio Codeĭownload the version of VSC for your PC. But the Pi side can get tricky, so I’m going to walk us through the process. So, I get all the joys of writing code directly on my Raspberry Pi, but with all the bells-and-whistles of Visual Studio Code (VSC).įor the most part, setup is pretty straightforward. This allowed me to edit my Raspberry Pi files from within Visual Studio Code. Until! I discovered Visual Studio Code’s remote extension.
However, when working on a headless (no monitor) Raspberry Pi it felt like I was pretty much stuck with the nano. I know it’ll engender a lot of bad rep with the old-timers, but I prefer the one on the right. My favorite among them being Visual Studio Code. I love the pretty colors of modern text IDEs. Google Vision API using Raspberry Pi and Node Porting DRV8830 I2C Motor Driver Code to NodeJS Setup NodeJS Project Space on Raspberry Pi Zero W Setup i2c on Raspberry Pi Zero W using Arch Linux Installing Arch Linux on Raspberry Pi with Immediate WiFi Access
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