For example, if we want to use GPS location you have to install the package Shiny. To use each of then you have to install the NuGet package of that contains that functionality. Shiny has a lot of functionalities such as GPS location, Geofencing, Beacons, Bluetooth, Sensors, Notifications, etc. In your MainActivity override the OnRequestPermissionResult method and add the AndroidShinyHost.OnRequestPermissionsResult call. In your Android project create a new Application class that extends from generic class ShinyAndroidApplication with your startup class specified as the parameter type. Init passing your startup class as the parameter (should be the first call in the FinishedLaunching method). In your AppDelegate class initialize Shiny by calling iOSShinyHost. This class will be used to register your shiny services. Then call base constructor passing PrismContainerExtension. In your Xamarin Forms project create a new class that extends from PrismStartup class. Replace the Application class for PrismApplicationĢ.Extend your App class from PrismApplication.ģ.Register your pages for navigation and set your initial page navigationĤ.Override CreateContainerExtension method and return PrismContainerExtension. Install the following packages:įor this example, we will be using the Dryloc container, if you want to use the Unity container you should install instead.ġ. In this article, I will show you how to set up Shiny step by step in a Xamarin Forms project that uses Prism, which is a framework that embraces best coding practices to develop loosely coupled, maintainable and testable applications (If you haven’t used it before I recommend you to read this series of articles about it by XamGirl). Working with background services in mobile applications can be a little be tricky, but now we have a great option called Shiny which is a library for Xamarin & UWP developed by Allan Ritchie that enables you to work easily with background services & device hardware.

Prism visual studio code theme