Related Documentation
- M, MX, T Series
- Proactive Mode
- Configuring an Iterator Profile
- Configuring a Remote MEP with an Iterator Profile
- Managing Iterator Statistics
- Additional Information
- Ethernet Interfaces
Verifying the Configuration of an Iterator Profile
The following topics illustrate the configuration of an iterator profile for a two-way delay measurement, for loss measurement, and for a remote maintenance association end point (MEP). The topics also illustrate disabling an iterator profile with the disable statement for two-way measurement and deactivating an iterator profile with the deactivate command for a remote MEP.
Displaying the Configuration of an Iterator Profile for Two-way Delay Measurement
Purpose
Display the configuration of an iterator profile for two-way delay measurement as configured in the Configuring an Iterator Profile topic with the following values:
- profile-name—i1
- cycle-time—1000 milliseconds
- iteration-period—2000 cycles per second
- delay—1
- delay-variation—1:
Action
To display information about the iterator profile, run the show command at the [edit protocols oam ethernet connectivity-fault-management performance-monitoring sla-iterator-profiles] hierarchy level:
Meaning
The configuration for an iterator profile for two-way measurement is displayed as expected with set values.
Displaying the Configuration of an Iterator Profile for Loss Measurement
Purpose
Display the configuration of an iterator profile for loss measurement as configured in the Configuring an Iterator Profile topic with the following values:
- profile-name—12
- cycle-time—1000 milliseconds
- iteration-period—2000 cycles per second
Action
To display information about the iterator profile, run the show command at the [edit protocols oam ethernet connectivity-fault-management performance-monitoring sla-iterator-profiles] hierarchy level:
Meaning
The configuration for an iterator profile for loss measurement is displayed as expected with set values.
Displaying the Configuration of a Remote MEP with an Iterator Profile
Purpose
Display the configuration of a remoteMEP as configured in the Configuring a Remote MEP with an Iterator Profile topic with the following values:
- profile-name—i3
- maintenance-domain—default-1
- maintenance-association—1
- short-name-format—2octet
- mep—1
- remote-mep—1
- data-tlv-size—1
- iteration-count—1
- priority—1
Action
To display information about the remote MEP, run the show command at the [edit protocols oam ethernet connectivity-fault-management maintenance-domain default-1 maintenance association ma1 mep 1 remote-mep 1] hierarchy level:
Meaning
The configuration for a remote MEP for two-way measurement is displayed as expected with set values.
Disabling an Iterator Profile
Purpose
To disable an iterator profile for two-way delay measurement and for a remote MEP.
Action
- To disable an iterator profile (for example, i1) with
the disable configuration command for two-way measurement
at the [edit protocols oam ethernet connectivity-fault-management performance-monitoring sla-iterator-profiles i1] hierarchy level:[edit protocols oam ethernet connectivity-fault-management performance-monitoring sla-iterator-profiles i1]user@host# disable
- To disable an iterator profile for a remote MEP (for example,
i2) with the deactivate configuration command at the [edit protocols oam ethernet connectivity-fault-management maintenance-domain default-1 maintenance association ma1 mep 1 remote-mep 1] hierarchy
level:[edit protocols oam ethernet connectivity-fault-management maintenance-domain default-1 maintenance association ma1 mep 1 remote-mep 1]user@host# deactivate sla-iterator-profile i2
Related Documentation
- M, MX, T Series
- Proactive Mode
- Configuring an Iterator Profile
- Configuring a Remote MEP with an Iterator Profile
- Managing Iterator Statistics
- Additional Information
- Ethernet Interfaces
Published: 2013-08-01
Related Documentation
- M, MX, T Series
- Proactive Mode
- Configuring an Iterator Profile
- Configuring a Remote MEP with an Iterator Profile
- Managing Iterator Statistics
- Additional Information
- Ethernet Interfaces