11/9/2023 0 Comments Xamarin android windowmanager![]() ![]() Yeah notice the “ seriousperformance” lol, no idea why they haven’t spell-checked the error message. Please update to a newer version to get significantly faster app/file transfer.” “The ADB binary found at C:\Program Files (x86)\Android\android-sdk\platform-tools\adb.exe is obsolete and has seriousperformance problems with the Android Emulator. So this is the first weird issue I ran into when I tried out the Android Emulator on Visual Studio 2019, there is a reason why I call it weird though… lol The official documentation from Microsoft does a great job of explaining how to get started and all, so I won’t be repeating the same on my blog post, rather I would focus on the important bits that I experienced and issues I ran into which I eventually solved during my playing around! □ The adb binary is obsolete!?! It’s quite easy to miss those configurations so you might want to focus twice on those if you ever run into any issues. Step by step guide for Editing Virtual Device Properties…īasically this includes fixing HAXM issues, Hyper-V issues not configured up in BIOS, or not Enabled in Windows, etc. Great step by step guide on how to update Device Manager, create new Virtual Devices, Customizing and Managing the performance further…Įditing Android Virtual Device Properties Managing Virtual Devices with the Android Device Manager Here are some important articles that might be important for anyone to get started… So here I am sharing my experience… Getting Started… It was a great learning experience, where I noticed a lot of new features and differences between the previous VS Emulator set up compared to this one. ![]() Also I had to focus on Performance management as well, which was quite interesting to deal with given the HAXM and Windows Hyper-V separation. I had to do a lot of fine tuning and customization for those Android Virtual Devices. So recently I got a little deep into the new Xamarin Android Emulator set up in Visual Studio 2019, where I had to build a whole bunch of custom Emulators for some experiments. Yeah seriously I hated that and had a lot of issues using those emulators. Microsoft had finally rolled out a full fledged Android Emulator set up (Xamarin Android Device Manager) that’s very stable and much easier to use with Xamarin mobile development, expiring the previously buggy always-out-dated VS Emulator set up that was shipped for Xamarin dev. We are excited to announce the alpha02 release of the Jetpack WindowManager library.Let me share some of my experience with playing around with the latest updated Android Emulators in Visual Studio 2019! The Jetpack WindowManager library helps you build apps that are aware of new device features such as folds and hinges, so you can take advantage of new possibilities that didn’t exist before. As we develop this library we have taken your feedback into consideration, and we continue iterating on the API while in alpha to provide a cleaner and more complete API surface. We have also been looking at different areas in the WindowManager space where we can provide more functionality, and we are happy to announce that we are introducing WindowMetrics to allow you to use these new Android 11 APIs starting from Android 4.1 (API level 16). There is now a simple constructor with a single argument pointing to the context of a visual entity (like the current activity): Read on to learn more about these updates! Creating a WindowManager We spent a lot of time reviewing your feedback after the initial release and we’ve made many changes in this release. This original constructor can be used in your tests, when you want to use a custom WindowBackend to simulate a foldable device on a regular device or emulator. You can find a reference implementation in the updated sample. While your application can still pass a null reference as WindowBackend in this version, we plan to make the WindowBackend reference a required parameter in the future, removing the deprecation, to promote it for testing purpose. DisplayFeature added, DeviceState deprecatedĪnother major change is the deprecation of the DeviceState class along with the callbacks that use it to notify your applications. This deprecation was done to move towards a more generic API that allows the system to return information about all the DisplayFeature instances that are available for your app rather than defining an overall device state. ![]() ![]() We plan to remove the DeviceState class in a future release of the library. ![]()
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