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Launch Xfce4 windows manager:
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# startxfcestartxfce4 & |
Run AAOS in a Xen virtual machine:
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# export DISPLAY=:0
# xl -vvv create aaos_vm.cfg -c |
Note, the xen configuration file aaos_vm.cfg is updated to refelect the latest Android images:
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# Copyright (c) 2022, Arm Limited. # # SPDX-License-Identifier: MIT name = "aaos-vm" memory = 6144 vcpus = 4 extra = " earlyprintk=xenboot console=hvc0 rw androidboot.console=hvc0 androidboot.serialconsole=1" root = "/dev/xvda2" kernel = "/home/root/u-boot.bin" disk = ['format=qcow2, vdev=xvda, access=rw, target=/home/leoy/android-cf-mainline/cf/cuttlefish/instances/cvd-1/overlay.img', 'format=qcow2, vdev=xvdb, access=rw, target=/home/leoy/android-cf-mainline/cf/cuttlefish/instances/cvd-1/persistent_composite_overlay.img', 'format=qcow2, vdev=xvdc, access=rw, target=/home/leoy/android-cf-mainline/cf/cuttlefish/instances/cvd-1/sdcard_overlay.img'] vif = ['mac=00:16:3E:74:34:32', 'mac=00:16:3e:5f:48:e4', 'mac=00:16:3E:74:34:32,script=vif-bridge,bridge=xenbr0'] virtio_qemu_domid = 0 |
Note, the prebuilt TRS image provided uses an outdated Xen repository, resulting in the lack of support for the option virtio = ['transport=pci, backend_type=qemu, bdf=02:00.0']. If you are building a TRS image using the Xen and AOSP maintenance repositories located in the directory xen-aosp, it is necessary to include the virtio configuration to enable the virtio-pci bus.
We have a recorded video which has been uploaded to the server [3]. You can refer to it for how to lanch AAOS on Xen virtual machine.
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