On Mon, Nov 14, 2022 at 04:04:59PM +, Alex Bennée wrote:
>
> Chao Peng writes:
>
> > In memory encryption usage, guest memory may be encrypted with special
> > key and can be accessed only by the guest itself. We call such memory
> > private memory. It's valueless and sometimes can cause pro
Chao Peng writes:
> In memory encryption usage, guest memory may be encrypted with special
> key and can be accessed only by the guest itself. We call such memory
> private memory. It's valueless and sometimes can cause problem to allow
> userspace to access guest private memory. This new KVM m
On Fri, Oct 28, 2022 at 03:04:27PM +0800, Xiaoyao Li wrote:
> On 10/25/2022 11:13 PM, Chao Peng wrote:
> > In memory encryption usage, guest memory may be encrypted with special
> > key and can be accessed only by the guest itself. We call such memory
> > private memory. It's valueless and sometime
On 10/25/2022 11:13 PM, Chao Peng wrote:
In memory encryption usage, guest memory may be encrypted with special
key and can be accessed only by the guest itself. We call such memory
private memory. It's valueless and sometimes can cause problem to allow
userspace to access guest private memory. T
On Tue, Oct 25, 2022 at 4:18 PM Chao Peng wrote:
>
> In memory encryption usage, guest memory may be encrypted with special
> key and can be accessed only by the guest itself. We call such memory
> private memory. It's valueless and sometimes can cause problem to allow
> userspace to access guest
In memory encryption usage, guest memory may be encrypted with special
key and can be accessed only by the guest itself. We call such memory
private memory. It's valueless and sometimes can cause problem to allow
userspace to access guest private memory. This new KVM memslot extension
allows guest
