Fairly new to VirtualBox but not to Hypervisors.
I've been trying to gain more insight into VirtualBox by reading through various
forum entries. There seems to be a consensus that a guest should not have the
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same number of virtual processors assigned to it as there are real processors.An example quote is :
I'm a little mystified by this, for the following reasons :
In the above example of a two-way real processor, what is the difference between running a guest
with two virtual cpus (thus potentially using both real processors) or running two guests, both defined
with a single virtual processor, which I would assume could both be dispatched simultaneously and
therefore also use both real cpus ?
The argument seems to be that the virtual cpus will somehow block out the host. However, the host will
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only ever dispatch the guests virtual cpu when it's ready to do so. It's the host driving the guest.Even so, I can see that there may be moments when both real cpus are executing guest virtual cpus and
the host - whether it's VirtualBox or the true Host (say Linux) - need to execute. Firstly, I would assume
these instances do not occur often and it's far more likely that the guests are regularly leaving VT-X operation
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by a VM exit. Even if they are not, I thought that's what the VT-X pre-emption timer was for, so that the
Host (VirtualBox) can regain control after a specified time interval. Also, Host I/O interrupts are likely
to be happening almost all the time, thus resulting a VM exit on the processor fielding the interrupt.
If all else fails, I would expect the true host (Linux say), would always regain control via a timer-pop as it's
based on a pre-emptive time-slice dispatcher. It would then dispatch tasks based on priority/readiness.
The biggest problem I've seen with Hypervisors is not the Host being blocked but a multi-processor guest
having one or more of its (virtual) processors not being dispatched frequently enough. Thus usually results
in spin-lock type problems in the guest.
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My previous experience of Hypervisors involved bare-metal types, so I'm assuming a hosted type such as VirtualBox
has different scheduling/dispatching considerations ?
having one or more of its (virtual) processors not being dispatched frequently enough. Thus usually results
in spin-lock type problems in the guest.
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My previous experience of Hypervisors involved bare-metal types, so I'm assuming a hosted type such as VirtualBox
has different scheduling/dispatching considerations ?
Any insight to the operation of VirtualBox that relates to the recommendation of the number of virtual cpus
in relation to the number of real cpus would be most welcome.
