On Fri 28-12-18 14:23:29, Konstantin Khorenko wrote:
> On 12/27/2018 07:46 PM, Michal Hocko wrote:
> > On Thu 27-12-18 15:18:54, Konstantin Khorenko wrote:
> >> Hi Michal,
> >>
> >> thank you very much for your questions, please see my notes below.
> >>
> >> On 12/26/2018 11:35 AM, Michal Hocko
On 12/27/2018 07:46 PM, Michal Hocko wrote:
> On Thu 27-12-18 15:18:54, Konstantin Khorenko wrote:
>> Hi Michal,
>>
>> thank you very much for your questions, please see my notes below.
>>
>> On 12/26/2018 11:35 AM, Michal Hocko wrote:
>>> On Tue 25-12-18 18:39:26, Konstantin Khorenko wrote:
On Thu 27-12-18 15:18:54, Konstantin Khorenko wrote:
> Hi Michal,
>
> thank you very much for your questions, please see my notes below.
>
> On 12/26/2018 11:35 AM, Michal Hocko wrote:
> > On Tue 25-12-18 18:39:26, Konstantin Khorenko wrote:
> >> Q: Why do we need to bother at all?
> >> A: If a
Hi Michal,
thank you very much for your questions, please see my notes below.
On 12/26/2018 11:35 AM, Michal Hocko wrote:
> On Tue 25-12-18 18:39:26, Konstantin Khorenko wrote:
>> Q: Why do we need to bother at all?
>> A: If a node is highly loaded and its memory is significantly fragmented
>>
On Tue 25-12-18 18:39:26, Konstantin Khorenko wrote:
> Q: Why do we need to bother at all?
> A: If a node is highly loaded and its memory is significantly fragmented
> (unfortunately almost any node with serious load has highly fragmented memory)
> then any high order memory allocation can trigger
Q: Why do we need to bother at all?
A: If a node is highly loaded and its memory is significantly fragmented
(unfortunately almost any node with serious load has highly fragmented memory)
then any high order memory allocation can trigger massive memory shrink and
result in quite a big allocation
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