On 5/9/2020 12:25 AM, Vijayanand Jitta wrote:
>
>
> On 5/7/2020 6:54 PM, Robin Murphy wrote:
>> On 2020-05-06 9:01 pm, vji...@codeaurora.org wrote:
>>> From: Vijayanand Jitta
>>>
>>> When ever a new iova alloc request comes iova is always searched
>>> from the cached node and the nodes which
On 5/7/2020 6:54 PM, Robin Murphy wrote:
> On 2020-05-06 9:01 pm, vji...@codeaurora.org wrote:
>> From: Vijayanand Jitta
>>
>> When ever a new iova alloc request comes iova is always searched
>> from the cached node and the nodes which are previous to cached
>> node. So, even if there is free
On 2020-05-07 7:22 pm, Ajay kumar wrote:
On 5/7/20, Robin Murphy wrote:
On 2020-05-06 9:01 pm, vji...@codeaurora.org wrote:
From: Vijayanand Jitta
When ever a new iova alloc request comes iova is always searched
from the cached node and the nodes which are previous to cached
node. So, even
On 5/7/20, Robin Murphy wrote:
> On 2020-05-06 9:01 pm, vji...@codeaurora.org wrote:
>> From: Vijayanand Jitta
>>
>> When ever a new iova alloc request comes iova is always searched
>> from the cached node and the nodes which are previous to cached
>> node. So, even if there is free iova space
On 2020-05-06 9:01 pm, vji...@codeaurora.org wrote:
From: Vijayanand Jitta
When ever a new iova alloc request comes iova is always searched
from the cached node and the nodes which are previous to cached
node. So, even if there is free iova space available in the nodes
which are next to the
From: Vijayanand Jitta
When ever a new iova alloc request comes iova is always searched
from the cached node and the nodes which are previous to cached
node. So, even if there is free iova space available in the nodes
which are next to the cached node iova allocation can still fail
because of
