Tier selection depends on how many features you want and how many messages you send through your solution per day. Select the tier that you want to use for your hub. For these limited features, you must select one of the supported regions. Some features, such as IoT Hub device streams, are only available in specific regions. Select the region, closest to you, where you want your hub to be located. The name can also include the dash ( '-') character. This name must be globally unique, with a length between 3 and 50 alphanumeric characters.
To create a new one, select Create new and fill in the name you want to use.Įnter a name for your hub. Select a resource group or create a new one. Select the subscription to use for your hub. Reset - Reset the coding area to the default sample application.Ĭollapse/Expand - On the right side, there's a button for you to collapse or expand the console window.īecause the IoT hub will be publicly discoverable as a DNS endpoint, be sure to avoid entering any sensitive or personally identifiable information when you name it. Run - Run the application in the coding area. At the top of this window, there are three buttons. Integrated console window - A window that shows the output of your code. The application is fully compatible with real Pi devices. The default sample application helps to collect sensor data from the simulated BME280 sensor and sends that data to your IoT hub. The assembly area is locked in this preview version, so you currently can't customize the assembly.Ĭoding area - An online code editor for you to code with Raspberry Pi. A BME280 humidity sensor connected to I2C.1.There are three areas in the web simulator.Īssembly area - A graphic depiction of the Pi simulator, and any simulated devices and connections.īy default, the assembly area simulates connections from the Pi to two devices: Select the following button to start Raspberry Pi online simulator. How to work with Raspberry Pi online simulator. If you don't have an Azure account, create a free Azure trial account in just a few minutes. How to create an Azure IoT hub and get your new device connection string.
Finally, you send the sensor data to your IoT hub. You then run a sample application with the simulated Pi to generate sensor data. You first connect the simulated Raspberry Pi to an IoT hub that you create. Run a sample application on Pi to send simulated sensor data to your IoT hub. Register a device for Pi in your IoT hub. Learn the basics of Raspberry Pi online simulator. If you have physical devices, visit Connect Raspberry Pi to Azure IoT Hub to get started. You then learn how to seamlessly connect the Pi simulator to the cloud by using Azure IoT Hub. In this tutorial, you begin by learning the basics of working with Raspberry Pi online simulator.
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