android emulator stuck on android screen mac

Android Emulator Stuck On Android Screen Code And Vice
Android Emulator Stuck On Android Screen How To Use The
Android Emulator Stuck On Android Screen Install The Executable

Android Emulator Stuck On Android Screen Code And Vice

That would mean that the users had to download the whole APK containing files that are not relevant to the specific architectures, i.e., x86 users would have ARM code and vice-versa.

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Over and over again, we have heard from many Android developers that the emulator is slow and painful to work with, but this should not be the case If you are using a fairly up-to-date computer with an Intel processor that has Intel Virtualization Technology enabled running Microsoft Windows or Apple Mac OS, then you can use the Intel Hardware Accelerated Execution Manager (Intel HAXM), or KVM for Linux, to accelerate the Android Emulator by an order of magnitude very easily, which will speed-up your testing and debugging of your Android applications.

Android Emulator Stuck On Android Screen How To Use The

We then explain how to use the NDK to compile x86 native code and the correct way to submit APKs containing x86 native libraries to the Google Play store.

Intel HAXM is also used to accelerate the Tizen emulator, but this is out of scope in this documentation.

For more information, go to tizen.org within the SDK section.

It also explains how to setup a hardware-assisted KVM on Linux and best known methods in compiling natively and submitting apps to the Google Play store for x86.

Android Emulator Stuck On Android Screen Install The Executable

The SDK only copies the Intel HAXM executable on your machine, and it is up to you to install the executable.

The steps below were carried out using Ubuntu 12.04 and may differ slightly with other Linux distributions.

You will find an ADT (Android Developer Tool) bundle that contains both Eclipse IDE and the Android SDK.

Make sure you choose the right version for your Linux distribution, either 32- or 64-bit.

If you get 1 or more, that means youre good to go, but still make sure it is enabled in your BIOS (see Section 2.2).

The selection appears in the drop-down only if you have the Intel x86 system image installed, for additional graphics smoothness switch on the GPU emulation when creating your AVD.

Make sure you select an API that is supported by an x86 system image, CPUABI is set to x86, and you have enabled GPU (OpenGL ES) emulation.

Once you have done that, click on the Create AVD to create the AVD.

The screen shot below shows a side-by-side comparison from an x86HAXM enabled-AVD versus an ARM-based AVD.

The x86 AVD booted to the lock screen within 15 seconds whereas the non-Intel AVD took 40 seconds a big difference.

Any change to any of those factors may cause the results to vary.

You should consult other information and performance tests to assist you in fully evaluating your contemplated purchases, including the performance of that product when combined with other products.

Configuration: Mac Book Pro was used for testing in this case.

If you are developing with Eclipse, you can follow these easy steps to make sure you are using the Intel HAXM when you start the emulator.

If you have the AVD ready, go to Run As - Run Config as shown below.

After you have created your AVD and set up your configuration, start compiling your project and debug it with the emulator by selecting Run As - Android Application.

Android Emulator Stuck On Android Screen Mac