Thanks, Ben, I appreciate your help very much.Is there any documentation or
schematic diagram that describes the process that a packet entering the
switch's input ports, scheduling, and departing from the switch's output ports?
Or there is no such stuff in OVS？
Cheers,
Jfhu> Date: Tue, 6 Mar 2
On Wed, Mar 07, 2012 at 11:35:57AM +0800, HuJingfei wrote:
>
>
> Thanks, Ben, All right. However, at least there is a mapping from the
> software implementation of a switch to its real component. Is that
> right? For example,The struct, dp_netdev, may be mapped to a switch,
> because of following
Thanks, Ben, All right. However, at least there is a mapping from the software
implementation of a switch to its real component. Is that right? For
example,The struct, dp_netdev, may be mapped to a switch, because of following
mappings:1. member struct dp_netdev_queue queues[N_QUEUES] correspo
This is the output that you see with your test running? Only one hash
bucket (143) has significant load, so there's no effective balancing.
It might be useful to see the output of "ovs-dpctl dump-flows" while
your test is running, to see how many active flows there are and how
much traffic is run
On Tue, Mar 06, 2012 at 11:35:42AM +0800, HuJingfei wrote:
>
> Hi, all,I'm newbie to OVS. I know there are quite a lot of switch
> architectures such as Shared Memory, Shared Medium, Crossbar, Banyan
> and so on. Could anyone tell me the userspace OVS switch's
> architecture please? Forgive me fo
