multichassis
MultiChassisLag

This is a NFM-P only entity that represents the MC LAG that spans between two peer routers. This object contains references to MC LAG Members which essentially represent the MC LAG configurations on the two peer routers. Creating this object will result in NFM-P deploying a working MC LAG configuration to both the participating routers. The creation will also automatically turn up the administrative states of the MC LAG specifics in the peers if not already up. When creating this object both the peer routers that are participating in the MC LAG has to be managed by NFM-P. Configuring the values for the MC LAG Identifiers (LACP Key, System ID and System Priority) will cause NFM-P to symmetrically deploy the changes to both the MC LAG Members. Only symmetrically values for MC LAG Identifiers configured in the MC LAG Members will be reflected in this object. Any asymmetry in the values for the MC LAG Identifiers in the two MC LAG Members can be corrected by setting the corresponding values in this object.



public class MultiChassisLag

Properties
firstIpAddress The first and second IP addresses, types and LAG Ids refers to an ordered relationship arbitrary defined between the two IP addresses. Despite the address type (i.e. IPv4/IPv6) the order is decided using a polynomial numerical representation based upon the totality of bytes/double bytes in the IP addresses. The order is decided on creation. If the totality of bytes in the given first IP address is higher than the second, the values of the first IP address, type and LAG will be swapped with the second.

type=InetAddress
access=read-create
default=0.0.0.0
Displayed(tab/group)=Source Address (/First Site), Source Address (States/First Site)

firstIpAddressType The type of the first IP address.

type=rtr.InetAddressType
access=read-create
default=ipv4

secondIpAddress The first and second IP addresses, types and LAG Ids refers to an ordered relationship arbitrary defined between the two IP addresses. Despite the address type (i.e. IPv4/IPv6) the order is decided using a polynomial numerical representation based upon the totality of bytes/double bytes in the IP addresses. The order is decided on creation. If the totality of bytes in the given first IP address is higher than the second, the values of the first IP address, type, and LAG will be swapped with the second.

type=InetAddress
access=read-create
default=0.0.0.0
Displayed(tab/group)=Source Address (/Second Site), Source Address (States/Second Site)

secondIpAddressType The type of the second IP address.

type=rtr.InetAddressType
access=read-create
default=ipv4

srcBMacLSB The value of srcBMacLSB specifies the value of last 16-bits of the MAC address used for all the traffic ingressing the MC-Lag links. This needs to be configured in the same manner on both sides of the MC-LAG in order for the PBB Access Dual-Homing to function properly. Possible values are: 00-00..FF-FF (0..65535) and FF-FF-FF-FF (4294967295). FF-FF-FF-FF indicates the use of the LACP-Key as source backbone MAC address LSB. If set to 'FF-FF-FF-FF', the value of 'srcBMacLsbUseLacpKey' property is set to true.

type=string
default=00-00
minimum=5
maximum=11
units=hex
Displayed(tab/group)=MAC LSB (/PBB Source Backbone MAC LSB)

srcBMacLSBMisconfigured

type=boolean
access=read-only
default=false

srcBMacLsbUseLacpKey Indicates the use of the lacp-key as source backbone MAC address LSB. If set to 'true', the value of 'srcBMacLSB' property is set to FF-FF-FF-FF.

type=boolean
default=false
Displayed(tab/group)=Use LACP Key (/PBB Source Backbone MAC LSB)

  
Properties inherited from multichassis.AbstractMultiChassisLag
asymmetricalConfigDetected, description, firstLagInterfacePointer, firstMcLagMemberPointer, firstPeerMcLagConfigPointer, firstPeerPointer, lacpKey, operationalState, secondLagInterfacePointer, secondMcLagMemberPointer, secondPeerMcLagConfigPointer, secondPeerPointer, systemId, systemPriority
 
Properties inherited from ManagedObject
actionMask, children-Set, deploymentState, isFaultSquelched, name, objectFullName, selfAlarmed
 
Supported Network Elements
7750 SR
7705 SAR Gen 2
7705 SAR Hm
7450 ESS
7950 XRS
DC 7850 Supported from 4.0.0
DC 210
7210 SAS M
7210 SAS X
7210 SAS T
7210 SAS Mxp
7210 SAS S/Sx
7210 SAS R
7705 SAR Supported from 6.0.R1
7250 IXR Supported from 13.1.R4