16.09.2019 16:26, Max Reitz wrote:
> On 13.09.19 10:58, Max Reitz wrote:
>> On 16.08.19 17:30, Vladimir Sementsov-Ogievskiy wrote:
>>> Hi all!
>>>
>>> Here is an asynchronous scheme for handling fragmented qcow2
>>> reads and writes. Both qcow2 read and write functions loops through
>>> sequential
On 13.09.19 10:58, Max Reitz wrote:
> On 16.08.19 17:30, Vladimir Sementsov-Ogievskiy wrote:
>> Hi all!
>>
>> Here is an asynchronous scheme for handling fragmented qcow2
>> reads and writes. Both qcow2 read and write functions loops through
>> sequential portions of data. The series aim it to
13.09.2019 11:58, Max Reitz wrote:
> On 16.08.19 17:30, Vladimir Sementsov-Ogievskiy wrote:
>> Hi all!
>>
>> Here is an asynchronous scheme for handling fragmented qcow2
>> reads and writes. Both qcow2 read and write functions loops through
>> sequential portions of data. The series aim it to
On 16.08.19 17:30, Vladimir Sementsov-Ogievskiy wrote:
> Hi all!
>
> Here is an asynchronous scheme for handling fragmented qcow2
> reads and writes. Both qcow2 read and write functions loops through
> sequential portions of data. The series aim it to parallelize these
> loops iterations.
> It
Pinging, as Stefan's branch merged into master and now these series based on
master.
16.08.2019 18:30, Vladimir Sementsov-Ogievskiy wrote:
> Hi all!
>
> Here is an asynchronous scheme for handling fragmented qcow2
> reads and writes. Both qcow2 read and write functions loops through
>
Hi all!
Here is an asynchronous scheme for handling fragmented qcow2
reads and writes. Both qcow2 read and write functions loops through
sequential portions of data. The series aim it to parallelize these
loops iterations.
It improves performance for fragmented qcow2 images, I've tested it
as
