schrieb Konstantin Belousov am 12.10.2012 18:48 (localtime):
> On Fri, Oct 12, 2012 at 10:50:55AM +0200, Harald Schmalzbauer wrote:
>> ...
> Try the stable/9 instead. The code was merged in r240950.
> There was a bug in the original patch with the similar description.
Thanks, it seems to be worki
On Fri, Oct 12, 2012 at 10:50:55AM +0200, Harald Schmalzbauer wrote:
> schrieb Konstantin Belousov am 02.09.2012 12:34 (localtime):
> > It is relatively well known that Ivy Bridge CPUs (Core iX 3XXX) have
> > built-in hardware random number generator, which is claimed to be both
> > very fast and
- Original Message -
From: "Harald Schmalzbauer"
...
I guess using RDRAND in an hypervisor environment should make no
difference but please correct me if I'm wrong.
Try compiling your kernel with:-
no options PADLOCK_RNG
no options IVY_RNG
Or commenting the relevant lines out of you
schrieb Konstantin Belousov am 02.09.2012 12:34 (localtime):
> It is relatively well known that Ivy Bridge CPUs (Core iX 3XXX) have
> built-in hardware random number generator, which is claimed to be both
> very fast and high quality. Generator is accessible using non-privileged
> RDRAND instructi
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On 09/02/12 03:34, Konstantin Belousov wrote:
> It is relatively well known that Ivy Bridge CPUs (Core iX 3XXX)
> have built-in hardware random number generator, which is claimed to
> be both very fast and high quality. Generator is accessible using
It is relatively well known that Ivy Bridge CPUs (Core iX 3XXX) have
built-in hardware random number generator, which is claimed to be both
very fast and high quality. Generator is accessible using non-privileged
RDRAND instruction. It is claimed that CPU performs sanitization of the
random sequenc
