This is the first step of “registering' your service.

If you do want to double check you can go here and here.įor now, we’ll stick with the first set of UUIDs. But you have to be careful you’re not using the UUIDs reserved by the Bluetooth SIG. There’s no right or wrong way to do this. The characteristics increment from there. That way we start with a nice clean suffix of 0. You can then create your service and characteristic UUIDS. Use the above settings to get your own UUID.

You can also go to a website like Online GUID Generator. You can use uuidgen on the OSX command line. (Primarily for the Nordic UART Service) You should create your own. The above UUIDs are used in previous Particle examples. They’re used to differentiate different services and characteristics on a device.

UUIDs are unique identifiers or addresses. In your Setup() function enable app control of your LED RGB.control(true) The characteristics relate to the intensity of the RGB LEDs respectively. We want to set up a service with 3 characteristics. Then make sure you change the version of your deviceOS to > 1.3.0 Go to your /src/ directory and open your. I picked a suitable location and then named it ble_mesh Stage 1: Setting Up BluetoothĬreate a new Project. If you want something to download, click here for a a beautifully formatted PDF. We’ll configure some LEDs and watch them change over all devices in the Mesh network. In this walkthrough, i’ll show you how to use Particle’s Bluetooth API. The Particle Mesh Bluetooth Library is no exception. Since then it’s gotten easier and easier to develop. That was during the early days of Bluetooth Low Energy. I had spent the whole night trying to get a Bluetooth Low Energy project working.

Partical io serial library