On 2021/7/20 1:13, Andrew Jones wrote:
On Mon, Jul 19, 2021 at 11:20:39AM +0800, Yanan Wang wrote:
In the real SMP hardware topology world, it's much more likely that
we have high cores-per-socket counts and few sockets totally. While
the current preference of sockets over cores in smp parsing r
On 2021/7/19 11:40, David Gibson wrote:
On Mon, Jul 19, 2021 at 11:20:39AM +0800, Yanan Wang wrote:
In the real SMP hardware topology world, it's much more likely that
we have high cores-per-socket counts and few sockets totally. While
the current preference of sockets over cores in smp parsing
On Mon, Jul 19, 2021 at 11:20:39AM +0800, Yanan Wang wrote:
> In the real SMP hardware topology world, it's much more likely that
> we have high cores-per-socket counts and few sockets totally. While
> the current preference of sockets over cores in smp parsing results
> in a virtual cpu topology w
On Mon, Jul 19, 2021 at 11:20:39AM +0800, Yanan Wang wrote:
> In the real SMP hardware topology world, it's much more likely that
> we have high cores-per-socket counts and few sockets totally. While
> the current preference of sockets over cores in smp parsing results
> in a virtual cpu topology w
In the real SMP hardware topology world, it's much more likely that
we have high cores-per-socket counts and few sockets totally. While
the current preference of sockets over cores in smp parsing results
in a virtual cpu topology with low cores-per-sockets counts and a
large number of sockets, whic
