On Thu ,21 Sep 2017 20:16 +0800
Jonathan Corbet wrote:
> If you want these patches to be reviewed, you really need to submit a
> proper patch series. Please look at
> Documentation/process/submitting-patches.rst for all the details.
> You will also want to make the code
On Thu ,21 Sep 2017 20:16 +0800
Jonathan Corbet wrote:
> If you want these patches to be reviewed, you really need to submit a
> proper patch series. Please look at
> Documentation/process/submitting-patches.rst for all the details.
> You will also want to make the code compliant with the
We raised a topic about PPR (Per Page Recycler) and thank to Jan Kiszka for
advises. We are here to break up patch codes and explain the code in detail.
There are too many things to explain in one topic. We would like to do it part
by part. Content of original mails and patches can be found
We raised a topic about PPR (Per Page Recycler) and thank to Jan Kiszka for
advises. We are here to break up patch codes and explain the code in detail.
There are too many things to explain in one topic. We would like to do it part
by part. Content of original mails and patches can be found
PPR (Per Page Recycler) is a para virtualization driver currently available for
KVM hosts and Linux/Windows guests. With PPR, every page freed to Guest OS can
be recycled in seconds by hypervisor. Therefore, VMs can dynamical
allocate/free pages from hypervisor according to application’s
PPR (Per Page Recycler) is a para virtualization driver currently available for
KVM hosts and Linux/Windows guests. With PPR, every page freed to Guest OS can
be recycled in seconds by hypervisor. Therefore, VMs can dynamical
allocate/free pages from hypervisor according to application’s
PageONE (Page Object Non-duplicate Engine) is a multithread kernel page
deduplication engine. It is based on a lock-less tree algorithm we currently
named as SD (Static and Dynamic) Tree. Normal operations such as
insert/query/delete to this tree are block-less. Adding more CPU cores can
PageONE (Page Object Non-duplicate Engine) is a multithread kernel page
deduplication engine. It is based on a lock-less tree algorithm we currently
named as SD (Static and Dynamic) Tree. Normal operations such as
insert/query/delete to this tree are block-less. Adding more CPU cores can
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