Supported Platforms
Related Documentation
show oam ethernet connectivity-fault-management sla-iterator-statistics
Syntax
Release Information
Command introduced in Junos OS Release 11.4 for EX Series switches.
Command introduced in Junos OS Release 9.6.
Command introduced in Junos OS Release 12.2 for ACX Series routers.
Command introduced in Junos OS Release 13.2 for MX Series routers (not on MPC3E Hyperion cards).
Description
Display the Ethernet Operation, Administration, and Maintenance (OAM) service-level agreement (SLA) iterator statistics.
Options
maintenance-domain md-name | — | Name of an existing connectivity fault management (CFM) maintenance domain. |
maintenance-association ma-name | — | Name of an existing CFM maintenance association. |
sla-iterator sla-iterator | — | Name of the iterator profile. |
local-mep local-mep-id | — | (Optional) Numeric identifier of the local MEP. The range of values is 1 through 8191. |
remote-mep remote-mep-id | — | (Optional) Numeric identifier of the remote MEP. The range of values is 1 through 8192. |
Required Privilege Level
view
Related Documentation
List of Sample Output
show oam ethernet connectivity-fault-management sla-iterator-statisticsshow oam ethernet connectivity-fault-management sla-iterator-statistics (MX Series routers)
Output Fields
Table 1 lists the output fields for the show oam ethernet connectivity-fault-management sla-iterator-statistics command. Output fields are listed in the approximate order in which they appear.
Table 1: show oam ethernet connectivity-fault-management sla-iterator-statistics Output Fields
Output Field Name | Output Field Description |
|---|---|
Maintenance domain | Name of the maintenance domain. |
Level | Level of the maintenance domain level configured. |
Maintenance association | Name of the maintenance association. |
Local MEP id | Numeric identifier of the local MEP. |
Remote MEP id | Numeric identifier of the remote MEP. |
Remote MAC address | Unicast MAC address of the remote MEP. |
Iterator name | Name of iterator. |
Iterator Id | Numeric identifier of the iterator. |
Iterator cycle time | Number of cycles (in milliseconds) taken between back-to-back transmission of SLA frames for this connection |
Iteration period | Maximum number of cycles per iteration |
Iterator status | Current status of iterator whether running or stopped. |
Infinite iterations | Status of iteration as infinite or finite. |
Counter reset time | Date and time when the counter was reset. |
Reset reason | Reason to reset counter. |
Delay weight | Calculation weight of delay. |
Delay variation weight | Calculation weight of delay variation. |
DMM sent | Delay measurement message (DMM) PDU frames sent to the peer MEP in this session. |
DMM skipped for threshold hit | Number of DMM frames sent to the peer MEP in this session skipped during threshold hit. |
DMM skipped for threshold hit window | Number of DMM frames sent to the peer MEP in this session skipped during the last threshold hit window. |
DMR received | Number of delay measurement reply (DMR) frames received. |
DMR out of sequence | Total number of DMR out of sequence packets received. |
DMR received with invalid time stamps | Total number of DMR frames received with invalid timestamps. |
Average two-way delay | Average two-way frame delay for the statistics displayed. |
Average two-way delay variation | Average two-way “frame jitter” for the statistics displayed. |
Average one-way forward delay variation | Average one-way forward delay variation for the statistics displayed in microseconds. |
Average one-way backward delay variation | Average one-way backward delay variation for the statistics displayed in microseconds. |
Weighted average two-way delay | Weighted average two-way delay for the statistics displayed in microseconds. |
Weighted average two-way delay variation | Weighted average two-way delay variation for the statistics displayed in microseconds. |
Weighted average one-way backward delay variation | Weighted average one-way backward delay variation for the statistics displayed in microseconds. |
Weighted average one-way forward delay variation | Weighted average one-way forward delay variation for the statistics displayed in microseconds. |
SLM packets sent | Total number of synthetic loss message (SLM) PDU frames sent from the source MEP to the remote MEP during this ETH-SLM session. |
SLM packets received | Total number of synthetic loss message (SLM) PDU frames that the remote MEP received from the source MEP during this ETH-SLM session. |
SLR packets sent | Total number of synthetic loss reply (SLR) PDU frames that the remote MEP sent to the source MEP during this measurement session. |
SLR packets received | Total number of synthetic loss reply (SLR) PDU frames that the source MEP received from the remote MEP during this measurement session. |
Local TXFC1 value | Number of synthetic frames transmitted to the peer MEP for a test ID. A test ID is used to distinguish each synthetic loss measurement because multiple measurements can be simultaneously activated also on a given CoS and MEP pair. It must be unique at least within the context of any SLM for the MEG and initiating MEP. |
Local RXFC1 value | Number of synthetic frames received from the peer MEP for a test ID. The MEP generates a unique Test ID for the session, adds the source MEP ID, and initializes the local counters for the session before SLM initiation. For each SLM PDU transmitted for the session (test ID), the local counter TXFC1 is sent in the packet. |
Last Received SLR frame TXFCf(tc) | Value of the local counter TxFCl at the time of SLM frame transmission. |
Last Received SLR frame TXFCb(t | Value of the local counter RxFCl at the time of SLR frame transmission. |
Frame loss (near-end) | Count of frame loss associated with ingress data frames. |
Frame loss (far-end) | Count of frame loss associated with egress data frames. |
Sample Output
show oam ethernet connectivity-fault-management sla-iterator-statistics
user@switch> show oam ethernet connectivity-fault-management
sla-iterator-statistics sla-iterator i1 maintenance-domain default-1
maintenance-association ma1 local-mep 1 remote-mep 2Iterator statistics: Maintenance domain: md6, Level: 6 Maintenance association: ma6, Local MEP id: 1000 Remote MEP id: 103, Remote MAC address: 00:90:69:0a:43:92 Iterator name: i1, Iterator Id: 1 Iterator cycle time: 10ms, Iteration period: 1 cycles Iterator status: running, Infinite iterations: true Counter reset time: 2010-03-19 20:42:39 PDT (2d 18:24 ago) Reset reason: Adjacency flap Iterator delay measurement statistics: Delay weight: 1, Delay variation weight: 1 DMM sent : 23898520 DMM skipped for threshold hit : 11000 DMM skipped for threshold hit window : 0 DMR received : 23851165 DMR out of sequence : 1142 DMR received with invalid time stamps : 36540 Average two-way delay : 129 usec Average two-way delay variation : 15 usec Average one-way forward delay variation : 22 usec Average one-way backward delay variation : 22 usec Weighted average two-way delay : 134 usec Weighted average two-way delay variation : 8 usec Weighted average one-way forward delay variation : 6 usec Weighted average one-way backward delay variation : 2 usec
Sample Output
show oam ethernet connectivity-fault-management sla-iterator-statistics (MX Series routers)
user@switch> show oam ethernet connectivity-fault-management
sla-iterator-statistics maintenance-domain mdu maintenance-association
mau local-mep 4 remote-mep 3 sla-iterator lmIterator statistics:
Maintenance domain: 2, Level: 2
Maintenance association: W-160432000-001, Local MEP id: 2
Remote MEP id: 1, Remote MAC address: 00:90:69:0a:43:39
Iterator name: iter1, Iterator Id: 1
Iterator cycle time: 100ms, Iteration period: 10 cycles
Iterator status: running, Infinite iterations: true
Counter reset time: 2012-09-25 02:15:31 PDT (00:00:45 ago)
Reset reason: Adjacency flap
Iterator loss measurement statistics:
LMM sent : 444
LMM skipped for threshold hit : 0
LMM skipped for threshold hit window: 0
LMR received : 444
LMR out of sequence : 0
LMR forwarding-class mismatch : 0
Accumulated transmit statistics:
Near-end (CIR) : 0
Far-end (CIR) : 0
Near-end (EIR) : 0
Far-end (EIR) : 0
Accumulated receive statistics:
Near-end (CIR) : 0
Far-end (CIR) : 0
Near-end (EIR) : 0
Far-end (EIR) : 0
Accumulated loss statistics:
Near-end loss (CIR) : 0
Near-end loss-ratio (CIR) : 0 (0.00000%)
Far-end loss (CIR) : 0
Far-end loss-ratio (CIR) : 0 (0.00000%)
Near-end loss (CIR) : 0
Near-end loss-ratio (EIR) : 0 (0.00000%)
Far-end loss (CIR) : 0
Far-end loss-ratio (EIR) : 0 (0.00000%)
Last loss measurement statistics:
Near-end (CIR) : 0
Far-end (CIR) : 0
Near-end (EIR) : 0
Far-end (EIR)
