XenGT leverages ioreq server to track and forward the accesses to GPU
I/O resources, e.g. the PPGTT(per-process graphic translation tables).
Currently, ioreq server uses rangeset to track the BDF/ PIO/MMIO ranges
to be emulated. To select an ioreq server, the rangeset is searched to
see if the I/O
On 7/12/2016 5:02 PM, Yu Zhang wrote:
XenGT leverages ioreq server to track and forward the accesses to GPU
I/O resources, e.g. the PPGTT(per-process graphic translation tables).
Currently, ioreq server uses rangeset to track the BDF/ PIO/MMIO ranges
to be emulated. To select an ioreq server, th
>>> On 05.08.16 at 04:44, wrote:
> On 7/12/2016 5:02 PM, Yu Zhang wrote:
>> XenGT leverages ioreq server to track and forward the accesses to GPU
>> I/O resources, e.g. the PPGTT(per-process graphic translation tables).
>> Currently, ioreq server uses rangeset to track the BDF/ PIO/MMIO ranges
>>
On 05/08/16 03:44, Yu Zhang wrote:
>
> On 7/12/2016 5:02 PM, Yu Zhang wrote:
>> XenGT leverages ioreq server to track and forward the accesses to GPU
>> I/O resources, e.g. the PPGTT(per-process graphic translation tables).
>> Currently, ioreq server uses rangeset to track the BDF/ PIO/MMIO ranges