On Tue, 23 Jun 2015, Stefano Stabellini wrote:
> On Mon, 18 May 2015, Julien Grall wrote:
> > Hi David,
> >
> > On 15/05/15 16:45, David Vrabel wrote:
> > > On 14/05/15 18:00, Julien Grall wrote:
> > >> Hi all,
> > >>
> > >> ARM64 Linux is supporting both 4KB and 64KB page granularity. Although,
On Mon, 18 May 2015, Julien Grall wrote:
> Hi David,
>
> On 15/05/15 16:45, David Vrabel wrote:
> > On 14/05/15 18:00, Julien Grall wrote:
> >> Hi all,
> >>
> >> ARM64 Linux is supporting both 4KB and 64KB page granularity. Although, Xen
> >> hypercall interface and PV protocol are always based on
Hi David,
On 15/05/15 16:45, David Vrabel wrote:
> On 14/05/15 18:00, Julien Grall wrote:
>> Hi all,
>>
>> ARM64 Linux is supporting both 4KB and 64KB page granularity. Although, Xen
>> hypercall interface and PV protocol are always based on 4KB page granularity.
>>
>> Any attempt to boot a Linux
On 05/15/2015 11:45 AM, David Vrabel wrote:
On 14/05/15 18:00, Julien Grall wrote:
Hi all,
ARM64 Linux is supporting both 4KB and 64KB page granularity. Although, Xen
hypercall interface and PV protocol are always based on 4KB page granularity.
Any attempt to boot a Linux guest with 64KB pages
On 14/05/15 18:00, Julien Grall wrote:
> Hi all,
>
> ARM64 Linux is supporting both 4KB and 64KB page granularity. Although, Xen
> hypercall interface and PV protocol are always based on 4KB page granularity.
>
> Any attempt to boot a Linux guest with 64KB pages enabled will result to a
> guest c
Hi all,
ARM64 Linux is supporting both 4KB and 64KB page granularity. Although, Xen
hypercall interface and PV protocol are always based on 4KB page granularity.
Any attempt to boot a Linux guest with 64KB pages enabled will result to a
guest crash.
This series is a first attempt to allow those
