There are other ways of achieving this, see Virtual Networking Guide for more details.ġ- In Virtual Box Preferences, create a new NAT Network. I prefer NAT Network to establish the network between VMs. Find the details steps with screenshots here. This also involves setting up the disk partition which can be a bit confusing. Android VM display settingĤ- Browse the download Android x86 iso file into VMs optical drive.ĥ- Start the VM and follow the installation wizard to completion. The file I downloaded is android-x86_ģ- Change the display option Graphics Controller to VBoxVGA and enable 3D animation for the VM. ![]() They have ported Android to x86 platform. Install Android in a VMġ- Download Android x86 image in. This installs the latest Android SDK, Android SDK Platform-Tools, and Android SDK Build-Tools at ~/Android/Sdk folder. Go through the ‘Android Studio Setup Wizard’. I have explained steps 2 – 4 in much more detail in another article (see section 1.2).Ħ- Start Android Studio by running. Ubuntu, one of the most popular Linux distributions, can be downloaded from here.Ģ- Create a new Virtual Machine in Virtual Box and set the desired values for RAM, number of CPUs, Secondary Storage etc.ģ- Load the download iso file into VM’s optical drive.Ĥ- Start the VM and follow the installation wizard to completion. Create a Linux VM with Andriod development toolsġ- Download preferred Linux OS image in. Then establish networking between the two VMs and connect Android development tools to Android instance in the other VM. ![]() The way around this is to create two VMs in Virtual Box, one with development tools and other with Android OS. This is because Android Emulator is itself a Linux OS and cannot run inside another Virtual Machine. If we install Android Studio (IDE) inside a Virtual Machine, the Android Emulator setup will fail. We are going to setup Android development environment with an Android Emulator.
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