LAG Operational Commands
Show Commands
Viewing LAG Running Configuration
The following command displays the LAG running configuration on the system.
Syntax:
Example: LAG Running Configuration
supervisor@rtbrick: op> show config link-aggregation
{
"rtbrick-config:link-aggregation": {
"interface": [
{
"interface-name": "lag-3",
"mode": "lacp",
"minimum-link-count": 2,
"member-interface": [
{
"member-interface-name": "ifp-0/0/4",
"lacp-mode": "active",
"lacp-timeout": "long"
},
{
"member-interface-name": "ifp-0/0/5",
"lacp-mode": "active",
"lacp-timeout": "long"
}
]
}
]
}
}
Viewing LAG Information
The following command displays the LAG information.
Syntax:
| Option | Description |
|---|---|
|
Displays information for a specific LAG interface |
|
Displays detailed LAG information |
|
Displays information for a LAG mode: |
|
Detailed LACP information for the LAG member interface. |
Example: Viewing LAG Information
supervisor@rtbrick: op> show lag detail
LAG interface name: lag-3
Status : Resolved
Speed : -
Minimum link count : 2
Mode : lacp
Member interface name: ifp-0/0/4
Member Resolution : lacp
LACP mode : active
Timeout : long
Actor system ID : e8:c5:7a:8e:c1:83
Actor key : 3
Partner system ID : 02:ff:ff:ff:ff:00
Partner key : 1
Member interface name: ifp-0/0/5
Member Resolution : lacp
LACP mode : active
Timeout : long
Actor system ID : e8:c5:7a:8e:c1:83
Actor key : 3
Partner system ID : 02:ff:ff:ff:ff:00
Partner key : 1
LAG Hierarchy
Using the commands, you can view LAG hierarchy. It provides a structured view of the properties of the specified LAG interface, including its member interfaces and hierarchical relationships.
Syntax:
| Option | Description |
|---|---|
|
Specifies the name of the LAG. |
Example:
supervisor@rtbrick.net: cfg> show lag hierarchy lag-2
lagd:
LAG interface name: lag-2
Status: Resolved
Type: Lag
Mode: Lacp
Member interface name: ifp-0/0/12
Member resolved state: True
Member interface name: ifp-0/0/13
Member resolved state: True
Admin status: Up
Link status: Up
Operational status: Up
Mac address: f4:1e:5e:02:da:fa
Minimum link count status: Up
Minimum link count: 1
Layer2 mtu: 9000
Holddown: Enable
Stability: Holddown
ifmd:
LAG interface name: lag-2
Status: Resolved
Type: Lag
Mode: Lacp
Member interface name: ifp-0/0/12
Member resolved state: True
Member interface name: ifp-0/0/13
Member resolved state: True
Admin status: Up
Link status: Up
Operational status: Up
Mac address: f4:1e:5e:02:da:fa
Minimum link count status: Up
Minimum link count: 1
Layer2 mtu: 9000
Holddown: Enable
Stability: Stable
fibd:
LAG interface name: lag-2
Status: Resolved
Type: Lag
Mode: Lacp
Member interface name: ifp-0/0/12
Member resolved state: True
Member interface name: ifp-0/0/13
Member resolved state: True
Admin status: Up
Link status: Up
Operational status: Up
Mac address: f4:1e:5e:02:da:fa
Minimum link count status: Up
Minimum link count: 1
Layer2 mtu: 9000
Holddown: Enable
Stability: Holddown
VPP
Status: Download Success
Hw if name: BondEthernet2
Hw if index: 39
Sw if index: 46
BCM
Ifmapping_pp_port: 85
Trunk id: 33554434
Trunk gport: 234881026
Viewing LAG QoS Policer Counters
The following command displays the QoS Policer Counters.
Syntax:
Example 1: QoS policer counter
supervisor@rtbrick: op> show qos policer counter
Interface Level Units Total Received Dropped
lag-3 1 Packets 910 903 7
Bytes 131342 130320 1022
lag-3 2 Packets 0 0 0
Bytes 0 0 0
lag-3 3 Packets 0 0 0
Bytes 0 0 0
lag-3 4 Packets 0 0 0
Bytes 0 0 0
Syntax:
Example 2: QoS policer counter for a specified LAG
supervisor@rtbrick: op> show qos policer counter lag-3
Interface Level Units Total Received Dropped
lag-3 1 Packets 910 903 7
Bytes 131342 130320 1022
lag-3 2 Packets 0 0 0
Bytes 0 0 0
lag-3 3 Packets 0 0 0
Bytes 0 0 0
lag-3 4 Packets 0 0 0
Bytes 0 0 0