Thanks!
So here's what I got, does this mean I'm not even to 1 % utilization
even with 1866 buffers?
##
request pfe execute command "show qxchip 0 memory" target tfeb0
SENT: Ukern command: show qxchip 0 memory
GOT:
GOT: QX Linkram : 0
GOT: Total buffers in use: 5 (0%)
GOT: Bank 0 in use: 1 (0%)
GOT: Bank 1 in use: 4 (0%)
GOT: Use meter regions:
GOT: region up-threshold down-threshold
GOT: ------ ------------ --------------
GOT: 0 68% 0% <--- current region
GOT: 1 87% 65%
GOT: 2 93% 83%
GOT: 3 100% 89%
GOT: QX Linkram : 1
GOT: Total buffers in use: 1866 (0%)
GOT: Bank 0 in use: 977 (0%)
GOT: Bank 1 in use: 889 (0%)
GOT: Use meter regions:
GOT: region up-threshold down-threshold
GOT: ------ ------------ --------------
GOT: 0 68% 0% <--- current region
GOT: 1 87% 65%
GOT: 2 93% 83%
GOT: 3 100% 89%
LOCAL: End of file
##
Scott H.
On 11/7/13, 10:15 AM, Nikita Shirokov wrote:
in trio qxchip is responsible for H-QOS. you can check it's memory
utilization thru this command:
hostname>request pfe execute command "show qxchip 0 memory" target tfeb0
SENT: Ukern command: show qxchip 0 memory
GOT:
GOT: QX Linkram : 0
GOT: Total buffers in use: 6 (0%)
GOT: Bank 0 in use: 3 (0%)
GOT: Bank 1 in use: 3 (0%)
GOT: Use meter regions:
GOT: region up-threshold down-threshold
GOT: ------ ------------ --------------
GOT: 0 68% 0% <--- current
region
GOT: 1 87% 65%
GOT: 2 93% 83%
GOT: 3 100% 89%
GOT: QX Linkram : 1
GOT: Total buffers in use: 6 (0%)
GOT: Bank 0 in use: 3 (0%)
GOT: Bank 1 in use: 3 (0%)
GOT: Use meter regions:
GOT: region up-threshold down-threshold
GOT: ------ ------------ --------------
GOT: 0 68% 0% <--- current
region
GOT: 1 87% 65%
GOT: 2 93% 83%
GOT: 3 100% 89%
LOCAL: End of file
2013/11/7 Scott Harvanek <scott.harva...@login.com
<mailto:scott.harva...@login.com>>
Does anyone know if there is there a way to see how much buffer
space/queue space is being used for shaping policies on the MX80 /
MIC-3D-20SFP? I can see queue status but I'm more interested in
how much memory is being consumed for shaping.
We apply some shaping policies per unit on interfaces and we have
_a lot_ of them, I'm wondering if there is any sort of limit of
how many interfaces can be shaped reliably or how we can check
buckets/buffers per physical port to ensure we are not overflowing
/ losing the shaping ability.
Hopefully that question makes sense, thanks.
--
Scott H.
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