This example uses OpenWrt virtualized using Debian, QEMU with KVM and a Lex twitter system with Intel Atom D525 and ICH8M chipset. Virsh attach-device my-machine- 1 /tmp /new-interface- 0.1.xml Advanced boot methods # Where the ‘0d:84:f4’ is 3 unique bytes dd status=none bs= 1 count= 3 if= /dev /urandom | hexdump -e '/1 "%x"\n' # cat /tmp/hostdev-net0.xml hostdev-net0 $ ( uuidgen ) This will take effect after the next reboot.Īlternatively by unloading and reloading the IGB module.Ĭreate XML files for each NIC you want to support virtualization on: (taken from mailing list post by Philip Prindeville) M virt -nographic -m 64 -kernel $IMAGE # cleanup, delete tap interface created earlier ip addr flush dev $LAN ip link set dev $LAN down netdev tap, id=lan, ifname= $LAN, script=no, downscript=no \ # configure interface with static ip to avoid overlapping routes ip addr add 192.168.1.101 / 24 dev $LAN # create tap interface which will be connected to OpenWrt LAN NIC ip tuntap add mode tap $LAN ip link set dev $LAN up Save the script and edit IMAGE variable to reflect your OpenWrt version, then run it under sudo #!/bin/sh IMAGE=lede-17.01.0-r3205-59508e3-armvirt-zImage-initramfs Note: This setup requires some privileges ( CAP_NET_ADMIN and CAP_MKNOD under Linux) so it's easier to run it under sudo (the example uses an armvirt system, adjust for your setup) If you want to check how LuCI works or to poke around with LuCI-apps this setup is for you. drive file=openwrt-armvirt- 64-rootfs-squashfs.img, format=raw, if=virtio \īoth variants provide two network interfaces to OpenWrt: Persistent (squashfs) variant (with openwrt-armvirt-64-Image and openwrt-armvirt-64-rootfs-squashfs.img): kernel openwrt-armvirt- 64-Image-initramfs \ Qemu-system-aarch64 -m 1024 -smp 2 -cpu host -M virt, highmem=off \ Non-persistent variant (with openwrt-armvirt-64-Image-initramfs):
It is possible to use native virtualisation on Apple arm64 hardware under MacOS (high performance variant)
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