On 30/09/15 11:45, Julien Grall wrote:
> For ARM64 guests, Linux is able to support either 64K or 4K page
> granularity. Although, the hypercall interface is always based on 4K
> page granularity.
>
> With 64K page granularity, a single page will be spread over multiple
> Xen frame.
>
> To avoid
Hi David,
On 02/10/15 15:09, David Vrabel wrote:
> On 30/09/15 11:45, Julien Grall wrote:
>> For ARM64 guests, Linux is able to support either 64K or 4K page
>> granularity. Although, the hypercall interface is always based on 4K
>> page granularity.
>>
>> With 64K page granularity, a single page
On 02/10/15 15:52, Julien Grall wrote:
> On 02/10/15 15:31, Julien Grall wrote:
>> Hi David,
>>
>> On 02/10/15 15:09, David Vrabel wrote:
>>> On 30/09/15 11:45, Julien Grall wrote:
For ARM64 guests, Linux is able to support either 64K or 4K page
granularity. Although, the hypercall
On 02/10/15 15:31, Julien Grall wrote:
> Hi David,
>
> On 02/10/15 15:09, David Vrabel wrote:
>> On 30/09/15 11:45, Julien Grall wrote:
>>> For ARM64 guests, Linux is able to support either 64K or 4K page
>>> granularity. Although, the hypercall interface is always based on 4K
>>> page
On 10/02/2015 10:52 AM, Julien Grall wrote:
On 02/10/15 15:31, Julien Grall wrote:
Hi David,
On 02/10/15 15:09, David Vrabel wrote:
On 30/09/15 11:45, Julien Grall wrote:
For ARM64 guests, Linux is able to support either 64K or 4K page
granularity. Although, the hypercall interface is
For ARM64 guests, Linux is able to support either 64K or 4K page
granularity. Although, the hypercall interface is always based on 4K
page granularity.
With 64K page granularity, a single page will be spread over multiple
Xen frame.
To avoid splitting the page into 4K frame, take advantage of
