I'm very pleased with how fast this is, and it's well worth the trouble. by running as $ LD_LIBRARY_PATH=path/to/sdk/tools/lib. This can be fixed by adding the tools/lib directory to LD_LIBRARY_PATHĮ.g. This returned the error emulator: ERROR: Could not load OpenGLES emulation library: lib64OpenglRender.so: cannot open shared object file: No such file or directoryĮmulator: WARNING: Could not initialize OpenglES emulation, using software renderer. You can run the emulator on the command line in the SDK/tools directory, specifying the AVD name (same as you'll see in the virtual device manager): $. Running on the command line showed an error message.

Don't be disheartened it's a nice thing to see not an end in itself. However the loading dialog didn't display the 'HAX is working and emulator runs in fast virt mode' message specified by the Intel docs. I then tried starting a virtual device (having first downloaded an x86 system image using the SDK manager) and it seemed fast (started in ~10 seconds, and UI is snappy). You can also verify using the virsh management tool $ sudo virsh list

Verify that the kvm kernel modules were properly loaded: $ lsmod | grep kvm

(if your distro uses the service command rather than new-fangled systemctl, you'll want use that to start libvirtd instead) Start KVM and test $ sudo systemctl start libvirtd Install package group 'virtualization' sudo yum install installs packages virt-install, libvirt, libvirt-daemon-kvm, qemu-kvm, virt-manager, virt-viewer and deps I've got this working on a Fedora 19 install, it's straightforward and worthwhile.

Android studio install intel haxm