The OVA file is nothing more than a TAR archive, containing the .OVF and .VMDK files. Easy!
Using Evergreen ILS for example:
~ $ file Evergreen_trunk_Squeeze.ova
Evergreen_trunk_Squeeze.ova: POSIX tar archive (GNU). I’ts possible to use the tar command to list the contents
~ $ tar -tf Evergreen_trunk_Squeeze.ova
Simply extract those things…
~ $ tar -xvf Evergreen_trunk_Squeeze.ova
Continue reading “Converting OVA for use with KVM / QCOW2” »
Let’s start uploading the exported ova file to the proxmox server. Extract the OVA file:
tar -xvf *.ova
This should output a couple of files from the OVA container, it should include an OVF file, which is the VM Defenition file, and a VMDK file, which is the actual hard disk image. Again, this may take a while.
Convert the vmdk to a Proxmox compatible qcow2 file:
qemu-img convert -f vmdk myvirtual-disk1.vmdk -O qcow2 qcowdisk.qcow2
We now need to get the image into a VM with some hardware so that we can begin to use it. This is where things get tricky – the OVF file is not compatible with Proxmox and needs to be manually understood. The principle here is we are going to use the Proxmox web GUI to create a VM and replace the empty disk image which is created with our recently converted qcow2 image.
You can use vi to open the OVF file and understand some of the basic settings which are required for the VM. Open the OVF file and look for the following XML tags:
Continue reading “Convert .ova and import it on Proxmox KVM virtualization” »
# This file describes the network interfaces available on your system
# and how to activate them. For more information, see interfaces(5).
# The loopback network interface
auto lo br1 eth1 br0 eth0
iface lo inet loopback
Continue reading “KVM Network Bridge configuration” »