This series improves yielding on architectures that cannot disable preemption
while entering the guest and makes the creating thread of a VCPU the owning
thread and therefore the yield target when yielding to that VCPU.
We should focus on the case creating thread == executing thread and
On 03/12/2014 13:12, David Hildenbrand wrote:
This series improves yielding on architectures that cannot disable preemption
while entering the guest and makes the creating thread of a VCPU the owning
thread and therefore the yield target when yielding to that VCPU.
We should focus on the
On 03/12/2014 13:12, David Hildenbrand wrote:
This series improves yielding on architectures that cannot disable
preemption
while entering the guest and makes the creating thread of a VCPU the owning
thread and therefore the yield target when yielding to that VCPU.
We should
Am 03.12.2014 um 13:54 schrieb Paolo Bonzini:
On 03/12/2014 13:12, David Hildenbrand wrote:
This series improves yielding on architectures that cannot disable
preemption
while entering the guest and makes the creating thread of a VCPU the owning
thread and therefore the yield target when
On 03/12/2014 14:00, Christian Borntraeger wrote:
Am 03.12.2014 um 13:54 schrieb Paolo Bonzini:
On 03/12/2014 13:12, David Hildenbrand wrote:
This series improves yielding on architectures that cannot disable
preemption
while entering the guest and makes the creating thread of a VCPU the
This series improves yielding on architectures that cannot disable preemption
while entering the guest and makes the creating thread of a VCPU the owning
thread and therefore the yield target when yielding to that VCPU.
We should focus on the case creating thread == executing thread and therefore
