The AppEntry class checks for the existence of the AIR runtime and then launches the AIR application. The class is named AppEntry and its package name depends on the AIR application ID, but it always begins with “air”. The actual dex class that bootstraps the AIR application is dynamically generated by the adt tool in the AIR SDK. Inside of these APK files is a small bit of dex that bootstraps the AIR for Android runtime, which then loads and runs the SWF file that is also inside of the APK. The Android SDK compiles a Java-like language to dex.ĪIR for Android applications are also distributed as APK files. An APK file contains the Dalvik executable (dex), which will run on an Android device inside the Dalvik VM. Android applications are distributed as APK files. (which includes the Flex 4.5 SDK and AIR 2.6 SDK)īefore getting started, a little background will help. If you’d like to follow along you will need the following prerequisites: It covers three common use cases for native extensibility: System Notifications, Widgets, and Application Licensing. This article will walk you through how to integrate AIR for Android applications with other native APIs and functionality in the Android SDK. While consistency is very important there are times when developers need to extend beyond the common APIs. ***Īdobe AIR provides a consistent platform for desktop and mobile apps. I highly recommend you use that approach instead of mine. *** UPDATE: Adobe has officially added native extensions to AIR. *** The following is totally unsupported by Adobe ***
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