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3. Verify the LM function after the CC function obtains the status information for the entire network:
# Test the frame loss from MEP 1001 to MEP 4002 in service instance 1 on Device A.
[DeviceA] cfd slm service-instance 1 mep 1001 target-mep 4002
Reply from 0010-fc00-6514
Far-end frame loss: 10 Near-end frame loss: 20
Reply from 0010-fc00-6514
Far-end frame loss: 40 Near-end frame loss: 40
Reply from 0010-fc00-6514
Far-end frame loss: 0 Near-end frame loss: 10
Reply from 0010-fc00-6514
Far-end frame loss: 30 Near-end frame loss: 30
Average
Far-end frame loss: 20 Near-end frame loss: 25
Far-end frame loss rate: 25.00% Near-end frame loss rate: 32.00%
Sent LMMs: 5 Received: 5 Lost: 0
4. Verify the one-way DM function after the CC function obtains the status information for the
entire network:
# Test the one-way frame delay from MEP 1001 to MEP 4002 in service instance 1 on Device A.
[DeviceA] cfd dm one-way service-instance 1 mep 1001 target-mep 4002
5 1DMs have been sent. Please check the result on the remote device.
# Display the one-way DM result on MEP 4002 in service instance 1 on Device D.
[DeviceD] display cfd dm one-way history service-instance 1 mep 4002
Service instance: 1
MEP ID: 4002
Sent 1DM total number: 0
Received 1DM total number: 5
Frame delay: 10ms 9ms 11ms 5ms 5ms
Delay average: 8ms
Delay variation: 5ms 4ms 6ms 0ms 0ms
Variation average: 3ms
5. Verify the two-way DM function after the CC function obtains the status information for the
entire network:
# Test the two-way frame delay from MEP 1001 to MEP 4002 in service instance 1 on Device A.
[DeviceA] cfd dm two-way service-instance 1 mep 1001 target-mep 4002
Frame delay:
Reply from 0010-fc00-6514: 10ms
Reply from 0010-fc00-6514: 9ms
Reply from 0010-fc00-6514: 11ms
Reply from 0010-fc00-6514: 5ms
Reply from 0010-fc00-6514: 5ms
Average: 8ms
Sent DMMs: 5 Received: 5 Lost: 0
Frame delay variation: 5ms 4ms 6ms 0ms 0ms
Average: 3ms
6. Verify the TST function after the CC function obtains the status information for the entire
network: