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You can use Android Emulator to create emulations of Android devicesthat run your own custom Android system images. You can also share your customAndroid system images so that other people can run emulations of them. Inaddition, you can add multi-display support to Android Emulatoremulations.
Android Emulator architecture
Android Emulator allows you to run emulations of Android devices on Windows,macOS or Linux machines. The Android Emulator runs the Android operating systemin a virtual machine called an Android Virtual Device (AVD). The AVD containsthe full Android softwarestack, and it runs as if itwere on a physical device. Figure 1 is a diagram of the Android Emulator'shigh-level architecture. For more information about the emulator, seeRun apps on the Android Emulator.
Figure 1. Android Emulator architecture
Building AVD images
Each AVD includes an Android system image, which runs inthat AVD. The AVD Manager includes some system images. And you can build customAVD system images from your source code and create device emulations to run them.
Note: You need toestablish a build environmentbefore building AVD system images.To build and run an AVD system image:
Download the Android source:
If you want to build other Android versions, you can find theirbranch names inthe public Android repository.They map toAndroid Codenames, Tags, and Build Numbers.
Build an AVD system image. This is the same process as building anAndroid device systemimage. For example, to build a x86 32-bit AVD:
If you prefer to build an x86 64-bit AVD, run
lunchfor the 64-bit target:Run the AVD system image in the Android Emulator:
See theCommand-line startup optionsfor more details about running the emulator. Figure 2 shows an example of the Android Emulator running an AVD.
Figure 2. Android Emulator running an AVD
Sharing AVD system images for others to use with Android Studio
Follow these instructions to share your AVD system images with others. They canuse your AVD system images with AndroidStudio to develop and test apps.
Make additional
sdkandsdk_repopackages:This creates two files under
aosp-master/out/host/linux-x86/sdk/sdk_phone_x86:sdk-repo-linux-system-images-eng.[username].ziprepo-sys-img.xml
Host the file
sdk-repo-linux-system-images-eng.[username].zipsomewhere accessible to your users, and get its URL to use as the AVDSystem Image URL.Edit
repo-sys-img.xmlaccordingly:- Update
<sdk:url>to your AVD System Image URL. - Seesdk-sys-img-03.xsdto learn about other updates to the file.
- Update
Host
repo-sys-img.xmlsomewhere accessible to your users, and get itsURL to use as the Custom Update Site URL.
To use a custom AVD image, do the following in the SDK Manager:
Add the Custom Update Site URL as an SDK Update Site.
This adds your custom AVD system image to the System Images page.
Create an AVDby downloading and selecting the custom AVD system image.
Adding Multi-Display support
Android 10enhances Multi-Display (MD)to better support more use cases, such as auto and desktop mode. AndroidEmulator also supports multi-display emulation. So you can create a specificmulti-display environment without setting up the real hardware.
You can add multi-display support to an AVD by making the following changes, orby cherry picking fromthese CLs.
Add multi-display provider to the build by adding these lines to file
build/target/product/sdk_phone_x86.mk:Enable the Multi-Display feature flag by adding this line to file
device/generic/goldfish/data/etc/advancedFeatures.ini:
You can find the latest emulator features and release information fromthe following sources:
Device drivers improve sound, graphics, networking, and storage performance. If you perform a custom VMware Tools installation or reinstallation, you can choose which drivers to install.
The set of drivers that are installed when you install VMware Tools depends on the guest operating system and the VMware product. For detailed information about the features or functionality that these drivers enable, including configuration requirements, best practices, and performance, see the documentation for your VMware product. The following device drivers can be included with VMware Tools.
On Windows guest operating systems whose operating system is Windows Vista or later, the VMware SVGA 3D (Microsoft - WDDM) driver is installed. This driver provides the same base functionality as the SVGA driver, and it adds Windows Aero support.
For example, Windows Server 2008 defaults to LSI Logic SAS, which provides the best performance for that operating system. In this case, the LSI Logic SAS driver provided by the operating system is used.
VMware supplies a special SCSI driver for virtual machines that are configured to use the BusLogic virtual SCSI adapter. Virtual machines do not need this driver if they do not need to access any SCSI devices or if they are configured to use the LSI Logic virtual SCSI adapter.
The driver is included as part of the VMware Tools package or comes bundled with VMware ESX/ ESXi. It is available on the host as a floppy image at /vmimages/floppies/vmscsi.flp. The driver can be used in Windows XP, Windows Server 2003, or Windows 2000.
When you install VMware Tools, a VMXNET NIC driver replaces the default vlance driver.
- File Introspection Driver: The File Introspection driver uses the hypervisor to perform antivirus scans without a bulky agent. This strategy avoids resource bottlenecks and optimizes memory use.
- Network Introspection Driver: The Network Introspection driver supports NSX for vSphere Activity Monitoring.
Avid Driver Update
Do not delete or replace existing inbox drivers for Linux that are distributed by your OS vendors. Deleting or replacing these drivers might cause conflict with future updates to the drivers. Contact your OS vendor or OS community for availability of specific updates to drivers.
Avd Driver Salary
See http://kb.vmware.com/kb/2073804 for information about availability, maintenance, and support policy for inbox drivers for Linux.
If you use Workstation or Fusion, you can install the Shared Folders component. With Shared Folders, you can easily share files among virtual machines and the host computer. The VMHGFS driver is a file system redirector that allows file system redirection from the guest operating system to the host file system. This driver is the client component of the Shared Folders feature and provides an easy to use alternative to NFS and CIFS file sharing that does not rely on the network. For Linux distributions with kernel version 3.10 and later, a new FUSE based Shared Folders client is used as a replacement for the kernel mode client.
Avd Driver Updater
VMware Tools installation include the VMware AppDefense, a security management and monitoring solution. AppDefense agent can be installed on the guest virtual machine using the VMware Tools installer. However, VMware Tools cannot install the AppDefense component automatically. You need to install the component manually.