how to use virtualbox for shell scripting

The “Hardware Vendor” field contains “QEMU”.The “Virtualization” field contains “kvm.”.

The output on our Fedora VM inside GNOME Boxes is very similar. The “Hardware Model” field contains “VirtualBox.”.The “Hardware Vendor” field contains “innotek GmbH.”.

The “Virtualization” field contains “oracle.”.

The “icon-name” field has “-vm” appended to it.

This is the response from running the command on our Ubuntu VirtualBox VM. The majority of modern distributions use systemd. However, it is only available on systemd-enabled distributions. This command has the advantage that you don’t need to have sudo privileges to run it.

The “vendor” field contains the manufacturer’s name.

The “product” field gives us the motherboard type, MS-7B86.

The hardware is identified as a desktop computer.

We can see that this is a hardware computer, with a Micro-Star motherboard.

This is the result of running the same command on our physical computer. The “vendor” field contains “QEMU” which quite clearly indicates this is a virtual machine.The “product” field gives us the same standard QEMU PC information that we saw with the dmidecode command.Again, the “description” field has a generic entry of “computer.”.Let’s try that command in our Fedora VM running in GNOME Boxes. Innotek was acquired by the Oracle Corporation in 2010 as part of its acquisition of Sun Microsystems, Inc. The “vendor” field contains the name of the German company that created VirtualBox, Innotek GmbH.The “product” field tells us this is a virtual machine running in VirtualBox.The “description” field has a generic entry of “computer.”.We’ll run this command on our Ubuntu VirtualBox VM. Using sudo with this command ensures we see all of the detail. We’re going to use the -class option with the system modifier.

How to use virtualbox for shell scripting