On 06/13/2013 05:40 PM, Paolo Bonzini wrote:
Il 13/06/2013 17:17, Michael R. Hines ha scritto:
On 06/13/2013 04:06 PM, Paolo Bonzini wrote:
Regarding the timestamp problem, it should be fixed in the RDMA code.
You did find a bug, but xyz_start_outgoing_migration should be
asynchronous and the p
Il 13/06/2013 17:17, Michael R. Hines ha scritto:
> On 06/13/2013 04:06 PM, Paolo Bonzini wrote:
>> Regarding the timestamp problem, it should be fixed in the RDMA code.
>> You did find a bug, but xyz_start_outgoing_migration should be
>> asynchronous and the pinning should happen in the setup phas
On 06/13/2013 04:06 PM, Paolo Bonzini wrote:
(CC-ing qemu-devel).
OK, that's good to know. This means that we need to bringup the mlock()
problem as a "larger" issue in the linux community instead of the QEMU
community.
In the meantime, how about I make update to the RDMA patch which does
the
Il 13/06/2013 10:55, Michael R. Hines ha scritto:
> On 06/13/2013 10:26 AM, Chegu Vinod wrote:
>>>
>>> 1. start QEMU with the lock option *first*
>>> 2. Then enable x-rdma-pin-all
>>> 3. Then perform the migration
>>>
>>> What happens here? Does pinning "in advance" help you?
>>
>> Yes it does help
On 06/13/2013 10:26 AM, Chegu Vinod wrote:
1. start QEMU with the lock option *first*
2. Then enable x-rdma-pin-all
3. Then perform the migration
What happens here? Does pinning "in advance" help you?
Yes it does help by avoiding the freeze time at the start of the
pin-all migration.
I alr
On 06/13/2013 09:50 AM, Chegu Vinod wrote:
Attempted to migrate a smaller guest 10Vcpu/64GB (the guest was just
idle) with the pin-all option.
It took ~20 sec to do the pin of the guest's RAM (this is the time
when the guest is "frozen") and then the actual migration started...
and took ab
From: "Michael R. Hines"
Please pull.
Changes since v6:
- added signed-off bys
- *Major* bug testing:
- In-depth regression testing, several bug fixes.
- Over 1000+ back-to-back migrations performed without error.
- rdma: introduce qemu_update_position(), since RDMA writes
are asyn
