Launching a Virtual Machine inside a Docker container.

• Non libvirt dependant.
• It uses QEMU/KVM to launch the VM directly with PID 1.
• Support GPU passthrough by Intel GVT-d.
• Match mouse and keyboard device automatically.
• It attaches to the VM as many NICs as the docker container has.
• The VM gets the original container IPs.
• Uses macvtap tun devices for best network throughput.
• Outputs serial console to stdio, thus visible using docker logs

Partially based on BBVA/kvm project.

• Ubuntu 18.04 has been fully validated as host, other Linux operating system like RHEL/Debian with 4.X+ kernel is also OK.

Fully validated list:

• Windows 10
• Ubuntu 18.04
• Debian 9

For client platforms, 5th, 6th or 7th Generation Intel® Core Processor Graphics is required. For server platforms, E3_v4, E3_v5 or E3_v6 Xeon Processor Graphics is required.

• GVTd setup on host.
• (Optional)Virtual network deployed(ipv6 should be disabled if you choose Calico network due to this issue)

git clone https://github.com/China-HPC/docker-kvm
cd docker-kvm
build -t docker-kvm .

Prepare a qcow2 empty disk file name as disk.qcow2, put the ISO image and drivers iso(optional) in the same directory, then run:

docker run --rm -e OS_ISO='/kvm/cn_windows_10_multiple_editions_x64_dvd_6848463.iso' -e DRV_ISO='/kvm/drv.iso' -e RAM=6G -v /dev:/dev -v /sys:/sys --privileged -v /opt/kvm/win10:/kvm --name kvm-test docker-kvm

The supported options list in the Dockerfile, specify them with -e $VAR=$VAL