![]() NET Standard Library or platform specific Xamarin.iOS and Xamarin.Android libraries that share code. ![]() NET assembly into a native library for the specified operating system. If you are on Windows you can still follow along for the Android portion. Since we will be working on an iOS and Android application, we will be using Visual Studio for Mac which can be downloaded from. NET Embedding tooling is supported in both Visual Studio 2017 for Android, and Visual Studio for Mac for iOS, Android, and macOS. Today, let’s take a deeper look at how we can start sharing our native user interfaces and business logic in an iOS app written in Objective-C and an Android app written in Java using. NET Embedding and Xamarin.Forms Native Forms. In fact, during the Connect() keynote I showed how I was able to extend the open source Swift-based Kickstarter iOS application with. This means that you can leverage your existing investments and apps without having to re-write them from scratch to start adding cross-platform logic and UI. NET Embedding with Xamarin.Forms Native Forms. This is great because you can start to share code between your iOS and Android applications, and you can also share the user interface between your apps when you combine. NET libraries into existing iOS (Objective-C/Swift) and Android (Java) applications with. One of the most exciting announcements during this year’s Connect() event was the ability to embed.
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