On 04/25/2017 01:21 PM, Philipp Kern wrote:
On 2017-04-25 11:51, Richard Henderson wrote:
On 04/24/2017 10:25 AM, Alexander Graf wrote:
On 24.04.17 00:32, Aurelien Jarno wrote:
From: Philipp Kern
According to "CPU Signaling and Response", "Signal-Processor Orders",
the order field is bit pos
On 2017-04-25 11:51, Richard Henderson wrote:
On 04/24/2017 10:25 AM, Alexander Graf wrote:
On 24.04.17 00:32, Aurelien Jarno wrote:
From: Philipp Kern
According to "CPU Signaling and Response", "Signal-Processor Orders",
the order field is bit position 56-63. Without this, the Linux
guest ke
On 04/24/2017 10:25 AM, Alexander Graf wrote:
On 24.04.17 00:32, Aurelien Jarno wrote:
From: Philipp Kern
According to "CPU Signaling and Response", "Signal-Processor Orders",
the order field is bit position 56-63. Without this, the Linux
guest kernel is sometimes unable to stop emulation an
On 24.04.17 00:32, Aurelien Jarno wrote:
From: Philipp Kern
According to "CPU Signaling and Response", "Signal-Processor Orders",
the order field is bit position 56-63. Without this, the Linux
guest kernel is sometimes unable to stop emulation and enters
an infinite loop of "XXX unknown sigp:
From: Philipp Kern
According to "CPU Signaling and Response", "Signal-Processor Orders",
the order field is bit position 56-63. Without this, the Linux
guest kernel is sometimes unable to stop emulation and enters
an infinite loop of "XXX unknown sigp: 0x0005".
Signed-off-by: Philipp
Hi,
On Wed, Aug 26, 2015 at 11:18:42AM +0200, Alexander Graf wrote:
> On 20.08.15 19:16, Thomas Huth wrote:
> > On 18/08/15 04:50, Philipp Kern wrote:
> >> According to "CPU Signaling and Response", "Signal-Processor Orders",
> >> the order field is bit position 56-63. Without this, the Linux
> >>
On 20.08.15 19:16, Thomas Huth wrote:
> On 18/08/15 04:50, Philipp Kern wrote:
>> According to "CPU Signaling and Response", "Signal-Processor Orders",
>> the order field is bit position 56-63. Without this, the Linux
>> guest kernel is sometimes unable to stop emulation and enters
>> an infinite
On 18/08/15 04:50, Philipp Kern wrote:
> According to "CPU Signaling and Response", "Signal-Processor Orders",
> the order field is bit position 56-63. Without this, the Linux
> guest kernel is sometimes unable to stop emulation and enters
> an infinite loop of "XXX unknown sigp: 0x0005
According to "CPU Signaling and Response", "Signal-Processor Orders",
the order field is bit position 56-63. Without this, the Linux
guest kernel is sometimes unable to stop emulation and enters
an infinite loop of "XXX unknown sigp: 0x0005".
Signed-off-by: Philipp Kern
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target-s3
