![]() ![]() Note: If the emulator does not start, you might need to update the pointer to your Android SDK installation. After completing the SDK setup, launch the Surface Duo Emulator via the start menu link.This can take some time - but at the end of the process, you will see the emulator launch. run.sh by double-clicking (or type it on the terminal) to start the installation process. Navigate to the SurfaceDuoEmulator folder where you copied the emulator files.(The emulator folder name cannot contain periods.) jar file and the contents of the emulator folder to a new location on your local hard drive. Click the Next button and start downloading the emulator file.Īfter downloading the emulator, follow the instructions below to install it on your PC:.You should select the option that matches your PC environment. Choose a download option as in the figure below.You can download the Surface Duo emulator image by following the steps below: Note: If you build with other foldable emulators, this project may not work properly on your emulator. Get started with the Surface Duo 2 emulator.Download and install the Surface Duo 2 Android emulator.To get started, you can follow instructions in the resources below: To run the emulator, you will learn how to install and run the foldable emulator on Android Studio. In this tutorial, you will use Microsoft’s Surface Duo 2 emulator to run the demo project. To get started, you need to install a foldable emulator. In this post, you’ll learn how to set up the foldable device emulator and how to use the Jetpack WindowManager library to build responsive UIs for Android.įor additional help, check out the links below: Now that the library is in RC release, Google is encouraging all developers to adopt Jetpack WindowManager with its device-agnostic APIs, testing APIs, and WindowMetrics so you can respond easily to screen changes. To get around this challenge, Google suggested a new solution: the Jetpack WindowManager. This means that applications should recognize screen changes in runtime, which could be a challenging feature for developers to implement who need to focus on business code. But, they also present unique challenges.Ī key feature of these foldable, responsive UIs is that screen sizes can change in runtime. Moreover, TYPE_SYSTEM_ERROR and some few type is deprecated in android api 26.Of this new generation of foldable devices, dual-screen devices, which provide symmetrical screens that work together in unique ways, are particularly interesting. WindowManager windowManager = (WindowManager)getSystemService(WINDOW_SERVICE) įor this to work, you will need to add the following permission to your AndroidManifest.xml įor android api version > 23, _ALERT_WINDOW need to request runtime. Define the position of the window within the screen Make the underlying application window visible through any transparent parts Display it on top of other application windows, but only for the current user Shrink the window to wrap the content rather than filling the screen For example: WindowManager.LayoutParams p = new WindowManager.LayoutParams( Instead you need to display a window from a background service. If you want to create a floating window that is visible in front of other applications, you can't use an activity because your activity will stop when another app comes to the foreground, and its window will be hidden or destroyed. So normally you don't need to worry about windows - you just create an activity and Android will do the rest for you.īut you need to interact with the WindowManager if you want to do something unusual like create floating windows that don't fill the screen. The default window fills the screen, so that your activity's window hides any other activities - the WindowManager will display whichever window is on top. When you call setContentView on an activity, it attaches that view to the activity's default window. Among other things, it automatically performs window transitions and animations when opening or closing an app or rotating the screen.Įvery activity has a Window that is used to display its content on the screen. The Android WindowManager is a system service, which is responsible for managing the z-ordered list of windows, which windows are visible, and how they are laid out on screen. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |