On 2/19/19 9:19 PM, Zi Yan wrote:
> On 19 Feb 2019, at 19:18, Mike Kravetz wrote:
>> Another high level question. One of the benefits of this approach is
>> that exchanging pages does not require N free pages as you describe
>> above. This assumes that the vma which we are trying to make
On 19 Feb 2019, at 19:18, Mike Kravetz wrote:
On 2/19/19 6:33 PM, Zi Yan wrote:
On 19 Feb 2019, at 17:42, Mike Kravetz wrote:
On 2/15/19 2:08 PM, Zi Yan wrote:
Thanks for working on this issue!
I have not yet had a chance to take a look at the code. However, I
do have
some general
On 2/19/19 6:33 PM, Zi Yan wrote:
> On 19 Feb 2019, at 17:42, Mike Kravetz wrote:
>
>> On 2/15/19 2:08 PM, Zi Yan wrote:
>>
>> Thanks for working on this issue!
>>
>> I have not yet had a chance to take a look at the code. However, I do have
>> some general questions/comments on the approach.
>
On 19 Feb 2019, at 17:42, Mike Kravetz wrote:
On 2/15/19 2:08 PM, Zi Yan wrote:
Thanks for working on this issue!
I have not yet had a chance to take a look at the code. However, I do
have
some general questions/comments on the approach.
Thanks for replying. The code is very intrusive
On 2/15/19 2:08 PM, Zi Yan wrote:
Thanks for working on this issue!
I have not yet had a chance to take a look at the code. However, I do have
some general questions/comments on the approach.
> Patch structure
>
>
> The patchset I developed to generate physically contiguous
From: Zi Yan
Hi all,
This patchset produces physically contiguous memory by moving in-use pages
without allocating any new pages. It targets two scenarios that complements
khugepaged use cases: 1) avoiding page reclaim and memory compaction when the
system is under memory pressure because this
Hi all,
This patchset produces physically contiguous memory by moving in-use pages
without allocating any new pages. It targets two scenarios that complements
khugepaged use cases: 1) avoiding page reclaim and memory compaction when the
system is under memory pressure because this patchset does
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