On 16/04/2014 10:11, Michal Hocko wrote:
On Tue 15-04-14 09:38:10, Glyn Normington wrote:
On 14/04/2014 21:50, Johannes Weiner wrote:
On Mon, Apr 14, 2014 at 09:11:25AM +0100, Glyn Normington wrote:
Johannes/Michal
What are your thoughts on this matter? Do you see this as a valid
requirement?
On Tue 15-04-14 09:38:10, Glyn Normington wrote:
> On 14/04/2014 21:50, Johannes Weiner wrote:
> >On Mon, Apr 14, 2014 at 09:11:25AM +0100, Glyn Normington wrote:
> >>Johannes/Michal
> >>
> >>What are your thoughts on this matter? Do you see this as a valid
> >>requirement?
> >As Tejun said, memory
On 14/04/2014 21:50, Johannes Weiner wrote:
On Mon, Apr 14, 2014 at 09:11:25AM +0100, Glyn Normington wrote:
Johannes/Michal
What are your thoughts on this matter? Do you see this as a valid
requirement?
As Tejun said, memory cgroups *do* respond to internal pressure and
enter targetted reclai
On Mon, Apr 14, 2014 at 09:11:25AM +0100, Glyn Normington wrote:
> Johannes/Michal
>
> What are your thoughts on this matter? Do you see this as a valid
> requirement?
As Tejun said, memory cgroups *do* respond to internal pressure and
enter targetted reclaim before invoking the OOM killer. So I
Johannes/Michal
What are your thoughts on this matter? Do you see this as a valid
requirement?
Regards,
Glyn
On 02/04/2014 19:00, Tejun Heo wrote:
(cc'ing memcg maintainers and cgroup ML)
On Wed, Apr 02, 2014 at 02:08:04PM +0100, Glyn Normington wrote:
Currently, a memory cgroup can hit it
(cc'ing memcg maintainers and cgroup ML)
On Wed, Apr 02, 2014 at 02:08:04PM +0100, Glyn Normington wrote:
> Currently, a memory cgroup can hit its oom limit when pages could, in
> principle, be reclaimed by the kernel except that the kernel does not
> respond directly to cgroup-local memory pressu
Hi Tejun
I'd like yourself and other cgroups developers to be aware of the use case
below.
Regards,
Glyn
Currently, a memory cgroup can hit its oom limit when pages could, in
principle, be reclaimed by the kernel except that the kernel does not
respond directly to cgroup-local memory pressure.
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