Once the Android emulator image is booted, the apps screen should show some standard Google apps like Maps and Google Settings.
Start the emulator image, the “Starting Android Emulator” window will show the message “HAX is working and emulator runs in fast mode”, if HAXM is being used successfully.įigure 3: Shows HAXM is being used successfully Please note the “Target” option showing the x86 System with Google APIs with API level 19.įigure 2: Selecting the correct target for AVD configuration The following screenshot shows the AVD configuration for Nexus 4 profile.
#START ANDROID EMULATOR MANAGER MAC INSTALL#
Select and install the image as shown below.įigure 1: Google APIs x86 Image in Android SDK Create Android Virtual Device (AVD) Configuration and TestĬreate an Android Virtual Device configuration for your target device profile of choice. Install The Latest x86 based Google APIs ImageĪn updated bug fix version (v5) for the image has been released recently. Disabling the GPU emulation may fix the issue. Maps) that use OpenGL related technologies seem to crash. On some systems if you enable “Use Host GPU” checkbox for the emulator image, some Google apps (e.g. There were some issues reported in the comments section. content/www/us/en/develop/blogs/now-available-android-sdk-x86-system-image-with-google-apis.html
#START ANDROID EMULATOR MANAGER MAC HOW TO#
The article below on the Intel Developer Zone goes into more detail about how to setup and create an AVD configuration for running x86 Google API image.
We now have standard x86 Google API emulator images available in Android SDK. Until recently we were not able to test Android apps that use Google APIs, as there were no x86 based Google APIs emulator images. Developers can see great productivity gains in their Develop-Debug-Test cycle of app development. The Intel HAXM Android emulator is extremely fast as it uses hardware accelerated virtualization.
We will create a sample app to demonstrate how you can use the Google APIs and test them with the HAXM based emulator. In this article we look at how to install, configure and test the HAXM based emulator with Google APIs. The x86 based Google APIs system image was added to Android SDK recently. Every time hv_vm_create() runs, it returns an HV_ERROR.Developers have been using the Intel® Hardware Accelerated Execution Manager (Intel® HAXM) based Android* emulator for developing Android* apps, but it had a limitation when it came to testing apps that use Google APIs. The important part there is: HVF error: HV_ERRORĪfter searching a little big more I found a reddit post about virtual machines where states the hidden problem:Īpple won’t let the QEMU binary run with -accel hvf unless the binary is signed. Qemu-system-x86_64: Back to HAX acceleratorĮmulator: INFO: GrpcServices.cpp:301: Started GRPC server at 127.0.0.1:8554, security: Local HAX is working and emulator runs in fast virt mode. Qemu-system-x86_64: failed to initialize HVF: Invalid argument HandleCpuAcceleration: feature check for hvfĬannot add library /Users/saninn/Library/Android/sdk/emulator/qemu/darwin-x86_64/lib64/vulkan/libvulkan.dylib: failedĪdded library /Users/saninn/Library/Android/sdk/emulator/lib64/vulkan/libvulkan.dylib This was the output emulator: Android emulator version 30.5.5.0 (build_id 7285888) (CL:N/A) Since I did not knew what was trigger the problem I went to where the emulator executable is in my mac: ~ /Library/Android/sdk/emulator and I started the emulator manually with./emulator -avd Pixel_3a_API_30.
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